Remember that whole fad when pagers, mobile phones, and even computers (cough -iMac) were transparent revealing their innards? What if we applied that idea to a car? The Gamma Concept takes advantage of new polycarbonate and composite materials to create lighter, stronger, and more fuel efficient cars. Sounds like the automotive holy grail. What gives?
The Gamma’s visual language features large transparent areas to show the underlying structure and engine parts; to remind how the car works and present a more honest (transparent) design than its contemporary counterparts. All body panels are made from polycarbonate. To keep manufacturing costs to a minimum the panels are shaped using thermoforming, and then glued onto a carbon-kevlar reinforced aluminium chassis.
Thursday, June 11, 2009
Why Should I Want This MID
Really, why would I want this MID (Mobile Internet Device) over the current iPhone I use? Lord! I know you’re up to your neck with Apple banging, so for a change let’s compare it to an LG Arena, Samsung I7500 or even BlackBerry Storm 2. Where does this MID score over the rest of these Internet efficient phones? Two places: Prime Real Estate i.e. a three screen setup that opens to 210 x 210 mm and an Integrated Stand.
On the flip side, this MID is merely a concept, but is pompous enough to include a clip-like anti-theft mechanism! I’m not going to get into the tech-specs, coz any dandy designer can pump out just about anything they like these days. So my focus stays on the screen.
How important is the screen of a mobile phone anyways. Plenty! Those who chanced on the LG Arena etc. will have to admit, that when you are using a device that small for net browsing, you wished for that moment the screen was a bit larger. Unfortunately I do need to quote Apple here, but damn; the panning in and out on the iPhone, sure compensates for not having a large computer screen handy. So yeah, a mobile device with a three tier screen layout giving easy keyboard access to fat fingers really scores, even if it’s a concept!
On the flip side, this MID is merely a concept, but is pompous enough to include a clip-like anti-theft mechanism! I’m not going to get into the tech-specs, coz any dandy designer can pump out just about anything they like these days. So my focus stays on the screen.
How important is the screen of a mobile phone anyways. Plenty! Those who chanced on the LG Arena etc. will have to admit, that when you are using a device that small for net browsing, you wished for that moment the screen was a bit larger. Unfortunately I do need to quote Apple here, but damn; the panning in and out on the iPhone, sure compensates for not having a large computer screen handy. So yeah, a mobile device with a three tier screen layout giving easy keyboard access to fat fingers really scores, even if it’s a concept!
Eat, Cook and Clean Up, All At The Same Table
The two things that I see common regarding perception of futuristic technology is that products are going to be compact and well integrated. Take for example this futuristic dining table, its designed with all the modern convenience integrated within its belly. Once you sit down, you needn’t get up to make a toast or fetch the coffee, get an apple from the fridge or even wash your dishes. It’s all integrated into the table.
The Form:
- A circular five-seater table with retractable chairs that fit flush with the frame of the table when not in use.
- A part of the table used to refrigerate food and is divided into 2 separate sections with a total volume capacity of 203 liters.
- At the touch of a button, the black glass top becomes transparent allowing a complete view of the fridge contents beneath it.
- The food is stored in bins where it is divided into groups (dairy products, smoked meat, vegetables, fruits etc).
- This is where a rotating storage compartment is located with a volume capacity of 98 liters, designed to store small groceries.
- The second part of the refrigerator is integrated into the center of the table and chills your bottles.
- The shelves of the bottle fridge feature punched with holes minimizing the escape of cold air when the refrigerator is lifted. This section has a volume capacity of 105 liters.
- Two buttons help you to use this second fridge: One for Pulling up the fridge, the other for rotating the stand for easy selection.
- Small appliances are located inside a stainless steel inter-circular compartment that is manually rotatable and can store up to 8 different electrical appliances. These appliances are easily replaceable.
- The appliances integrated include a mini-dishwasher, toaster, coffee machine, boiling kettle, cold water dispenser, a freezer, mini-microwave and cutlery holder.
- The top layer of the table is a touch display screen, allowing access to the internet. It displays daily press (newspaper, magazines), allows search for recipes and enables communications.
- The table top display can be changed to accommodate soothing views or even fun games.
The Systems Used:
- Touch OLED display screens that change from complete shade of black to fully transparent to expose content of the refrigerator.
- Nanotechnology surface (for better cleaning).
- Pneumatic system (pistons for hoisting electrical appliance), servomotors and electronics.
- The materials used are glass, plastic (or synthetic stone) and stainless steel.
- The table is securely anchored to the floor and connected to a source of electricity, water supply, the internet and the waste.
The Form:
- A circular five-seater table with retractable chairs that fit flush with the frame of the table when not in use.
- A part of the table used to refrigerate food and is divided into 2 separate sections with a total volume capacity of 203 liters.
- At the touch of a button, the black glass top becomes transparent allowing a complete view of the fridge contents beneath it.
- The food is stored in bins where it is divided into groups (dairy products, smoked meat, vegetables, fruits etc).
- This is where a rotating storage compartment is located with a volume capacity of 98 liters, designed to store small groceries.
- The second part of the refrigerator is integrated into the center of the table and chills your bottles.
- The shelves of the bottle fridge feature punched with holes minimizing the escape of cold air when the refrigerator is lifted. This section has a volume capacity of 105 liters.
- Two buttons help you to use this second fridge: One for Pulling up the fridge, the other for rotating the stand for easy selection.
- Small appliances are located inside a stainless steel inter-circular compartment that is manually rotatable and can store up to 8 different electrical appliances. These appliances are easily replaceable.
- The appliances integrated include a mini-dishwasher, toaster, coffee machine, boiling kettle, cold water dispenser, a freezer, mini-microwave and cutlery holder.
- The top layer of the table is a touch display screen, allowing access to the internet. It displays daily press (newspaper, magazines), allows search for recipes and enables communications.
- The table top display can be changed to accommodate soothing views or even fun games.
The Systems Used:
- Touch OLED display screens that change from complete shade of black to fully transparent to expose content of the refrigerator.
- Nanotechnology surface (for better cleaning).
- Pneumatic system (pistons for hoisting electrical appliance), servomotors and electronics.
- The materials used are glass, plastic (or synthetic stone) and stainless steel.
- The table is securely anchored to the floor and connected to a source of electricity, water supply, the internet and the waste.
Solar powered machine
Imagine a solar powered machine with the ability to make stunning unique pieces of furniture. Although it sounds like something out of an environmentally themed science fiction film, Viennese designers Mischer’Traxler have created such a machine.
Their amazing invention —Idea of a Tree — turns the energy of the sun into one-of-a-kind organic furniture pieces with the size, shape and color of the products determined by the intensity of sunlight available during the creation of the piece. Object colors vary according to sun intensity; more sun creates a paler color and less sun creates a darker color.
The Idea of a Tree machine has the ability to make benches and lamps by pulling thread through a dye tank and resin tank and then wrapping it around a solar-powered mold.
Recently displayed at the Berlin International Design Festival, the designers describe their machine as, “…an autonomous mechanical production process which is a hybrid combination of natural input and mechanical process. It involves the translation of natural inputs through a mechanical apparatus in order to create one object a day”.
Each object reflects the sunshine and environmental conditions that occurred while the object was being made.
“Like a tree the object becomes a three dimensional recording of its process and time of creation,” explain the designers.
Wednesday, June 10, 2009
Court Costs: $1,000,000 in Translation Costs Awarded to Prevailing Party
In 2005, the Federal Circuit affirmed a district court ruling in this case supporting the validity of Daiichi's Levofloxacin's patent.
Under the Federal Rules of Civil Procedure (R. 54(d)), non-attorney-fee costs are presumptively awarded to the prevailing party. These usually include costs associated with court fees, subpoena fees, transcripts, copying, and translations.
Daiichi calculated its costs as $2.2 million, but the district court reduced those costs to $1.3 million (including $1 million in translation costs). On appeal, the Federal Circuit affirmed these costs.
The one exception to the affirmance involves a parallel case against Teva. Although there was no joint discovery agreement, some depositions were taken jointly by Mylan and Teva for the convenience of Daiichi. Because the Teva case settled, the court in that case did not award any costs. However, Mylan argued that Teva's portion of the costs was implicit in the settlement payment. The Federal Circuit agreed - holding that Mylan should not be required to pay more than 50% of the costs for the joint depositions.
Here it is apparent that Daiichi has in effect already recovered some amount of costs through its settlement agreement with Teva. Although Teva did not actually pay costs to Daiichi in cash, the taxable costs in the New Jersey action (including deposition costs) were unquestionably taken into account by the parties’ settlement, in which Daiichi agreed not to seek actual payment of costs as consideration for Teva foregoing its appeal. Having recovered the value of those costs in the form of the foregone appeal, Daiichi cannot now recover more than its total entitlement by obtaining those same costs again from Mylan. . . . Because the district court here did not apportion costs between the two actions, we vacate the award of costs in this one respect and remand for further proceedings.
Read the Decisions
United States Court of Appeals for the Federal Circuit
2008-1600
ORTHO-MCNEIL PHARMACEUTICAL, INC.
and JOHNSON & JOHNSON PHARMACEUTICAL
RESEARCH AND DEVELOPMENT, LLC,
Plaintiffs,
and
DAIICHI PHARMACEUTICAL CO., LTD.,
Plaintiff-Appellee,
v.
MYLAN LABORATORIES INC.
and MYLAN PHARMACEUTICALS INC.,
Defendants-Appellants.
Mark Boland, Sughrue Mion, PLLC, of Washington, DC, argued for plaintiff-appellee. With him on the brief were Brett S. Sylvester and Michael R. Dzwonczyk. Of counsel on the brief were Henry B. Gutman, Robert A. Bourque and Noah M. Leibowitz, Simpson Thacher & Bartlett, LLP, of New York, New York.
James H. Wallace, Jr., Wiley Rein LLP, of Washington, DC, argued for defendants-appellants. With him on the brief were Kevin P. Anderson, Robert J. Scheffel and Brian H. Pandya.
Appealed from: United States District Court for the Northern District of West Virginia
Judge Irene M. Keeley
United States Court of Appeals for the Federal Circuit
2008-1600
ORTHO-MCNEIL PHARMACEUTICAL, INC.
and JOHNSON & JOHNSON PHARMACEUTICAL
RESEARCH AND DEVELOPMENT, LLC,
Plaintiffs,
and
DAIICHI PHARMACEUTICAL CO., LTD.,
Plaintiff-Appellee,
v.
MYLAN LABORATORIES INC.
and MYLAN PHARMACEUTICALS INC.,
Defendants-Appellants.
Appeal from the United States District Court for the Northern District of West
Virginia in case no. 1:02-CV-32, Judge Irene M. Keeley.
___________________________
DECIDED: June 10, 2009
___________________________
Before MAYER, DYK, and MOORE, Circuit Judges.
DYK, Circuit Judge.
Defendants-Appellants Mylan Laboratories and Mylan Pharmaceuticals (collectively “Mylan”) appeal from the district court’s order awarding approximately $1.3 million in costs to Plaintiff-Appellee Daiichi Pharmaceutical Co. (“Daiichi”) under
28 U.S.C. § 1920 and Federal Rule of Civil Procedure 54(d). We affirm-in-part, vacate-in-part, and remand.
BACKGROUND
This appeal concerns an award of costs stemming from a patent dispute. Daiichi is the owner of U.S. Patent No. 5,053,407, which is directed to an antibiotic compound known as levofloxacin. Levofloxacin is a pioneer drug registered with and approved by the United States Food and Drug Administration under the trade name “Levaquin.” Ortho-McNeil Pharm., Inc. v. Mylan Labs., Inc., 267 F. Supp. 2d 533, 536 (N.D. W. Va. 2003). In November 2001, Mylan submitted an abbreviated new drug application to the Food and Drug Administration seeking approval to manufacture and sell levofloxacin tablets, together with a so-called “Paragraph IV” certification contending that Daiichi’s patent was invalid. See 21 U.S.C. § 355(j)(2)(A)(vii)(IV). Daiichi brought a Hatch-Waxman infringement suit against Mylan.1 See 35 U.S.C. § 271(e)(2). Mylan asserted that Daiichi’s patent was invalid or unenforceable on several grounds. The district court found that Mylan had failed to prove any of its invalidity or unenforceability contentions by clear and convincing evidence, and we affirmed. Ortho-McNeil Pharm., Inc. v. Mylan Labs., Inc., No. 1:02-CV-32, 2005 WL 41648, at *1 (N.D. W. Va. Jan. 4, 2005), aff’d, 161 F. App’x 944, 945 (Fed. Cir. 2005); see also Ortho-McNeil Pharm., Inc. v. Mylan Labs., Inc., 348 F. Supp. 2d 713, 764 (N.D. W. Va. 2004).
1 Ortho-McNeil Pharmaceutical, Inc. and Johnson & Johnson Pharmaceutical Research and Development, LLC, which hold licenses from Daiichi to manufacture levofloxacin in the United States, were co-plaintiffs with Daiichi in the district court. As the result of a settlement with Mylan concerning costs, however, they are not parties to this appeal.
2008-1600 2
As the prevailing party in the action, Daiichi submitted to the district court a bill of costs pursuant to Federal Rule of Civil Procedure 54(d)2 and 28 U.S.C. § 1920 seeking approximately $2.2 million from Mylan. Mylan raised numerous objections to Daiichi’s bill of costs, including the argument that certain discovery had been conducted jointly for this action and a separate levofloxacin-related civil action against Teva Pharmaceuticals, Inc. in a different district court, and that costs of the discovery should be apportioned between the two actions.
On August 18, 2008, the district court entered a thirty-one page “Order Reducing Daiichi’s Bill of Costs and Awarding Costs” awarding costs to Daiichi, but in a lesser amount than sought by Daiichi. Ortho-McNeil, No. 1:02-CV-32, slip op. at 1 (N.D. W. Va. Aug. 18, 2008) (“Order”). After reducing Daiichi’s requested costs by approximately 40% (including most notably a substantial reduction in translation costs awarded), the district court awarded costs, which are summarized as follows:
Fees of Clerk.....................................................$ 75.00
Service of summons & subpoena......................$ 1,676.81
Court reporter fees:
Trial transcripts.......................................$ 31,225.18
Pre-trial hearing transcripts.....................$ 4,924.20
Deposition transcripts.............................$ 112,911.70
Witness fees..................................................$ 53,939.94
Exemplification & copying fees..........................$ 89,424.20
Interpretation................................................$ 24,512.36
Translation................................................$ 1,011,712.00
Total .....................................................$ 1,330,401.39
2 Federal Rule of Civil Procedure 54(d) provides that “[u]nless a federal statute, these rules, or a court order provides otherwise, costs . . . should be allowed to the prevailing party.”
2008-1600 3
Order, slip op. at 30-31. In addition, the district court rejected Mylan’s argument that discovery costs should be allocated between its case and the Teva action, noting that “no deposition at issue . . . was undertaken by Teva solely for use in that case” without also being necessary for Mylan’s case. Id. at 29. Mylan timely appealed, and we have jurisdiction under 28 U.S.C. § 1295(a)(1).
DISCUSSION
We apply the law of the regional circuit, here the Fourth Circuit, in reviewing the award of costs under Rule 54(d) and 28 U.S.C. § 1920. See Summit Tech., Inc. v. Nidek Co., 435 F.3d 1371, 1374 (Fed. Cir. 2006). Under Fourth Circuit law, Rule 54(d) “creates the presumption that costs are to be awarded to the prevailing party,” and we review a district court’s award of costs for abuse of discretion. Cherry v. Champion Int’l Corp., 186 F.3d 442, 446 (4th Cir. 1999).
On appeal, Mylan essentially restates many of the same arguments it made to the district court opposing Daiichi’s bill of costs. With regard to the large majority of the costs, we see no basis to disturb the judgment of the district court. Thus, we affirm the district court’s award of translation costs for potential trial exhibits, translation costs for privilege log documents, and other costs not discussed below.
One issue, however, requires further discussion. The district court here rejected Mylan’s argument that the joint discovery costs should have been apportioned between this action and the parallel levofloxacin case in the District of New Jersey brought against Teva. Order, slip op. at 29–30; see Ortho-McNeil Pharm., Inc. v. Teva Pharms. USA, No. 3:02-CV-02794 (D.N.J. filed June 12, 2002). On appeal Mylan argues that this was erroneous.
2008-1600 4
Although no formal joint-discovery agreement appears to have been entered on the docket of either court, the parties do not dispute that for Daiichi’s convenience the depositions of Daiichi’s witnesses were in fact taken jointly by Mylan and Teva, with attorneys for both Mylan and Teva present, and with the captions of both cases on the transcripts. In other words, the depositions were formally taken in both cases. There is also no dispute that the depositions at issue were necessary in both cases. Indeed, Daiichi admits that the New Jersey district court could have properly taxed the deposition costs, and it acknowledged at oral argument that, had the New Jersey district court done so, Daiichi could not have also recovered those same costs in this action.
However, Daiichi points out that costs were not awarded in the New Jersey action against Teva. Rather, Daiichi and Teva executed a settlement agreement. As described by Daiichi, “in exchange for Teva agreeing not to appeal the New Jersey district court’s grant of summary judgment [to Daiichi on the issue of inequitable conduct], Daiichi agreed not to seek to recover its otherwise taxable costs in that case.” Pl.-Appellee’s Br. 15. The stipulated order of dismissal entered by the New Jersey district court reflected this arrangement, stating that “all parties shall bear their own costs and attorneys’ fees.”
Daiichi argues that because it did not in fact receive its costs at the conclusion of the New Jersey action, it was appropriate for the district court here to award all of the shared deposition costs without reduction. In contrast, Mylan argues that Daiichi effectively received half of the shared costs when it settled with Teva, waiving actual payment of the costs in return for Teva forgoing an appeal. In its view, to prevent a double recovery, the district court was required to either deny costs entirely or to reduce
2008-1600 5
the award of shared deposition-related costs in this case by 50% to reflect the portion of costs already “recovered” by Daiichi in the Teva settlement.
The parties cite (and we have found) no governing Fourth Circuit precedent on whether costs must be apportioned in such circumstances; accordingly, we rely on general principles of law enunciated by our sister circuits. As a general rule, it is well established that in multiparty proceedings before a single judge (as where multiple losing parties are joined in one case, or where multiple cases are consolidated into a single proceeding), the district court has discretion to apportion payment of jointly incurred costs among the losing parties3 or to invoke the default rule that the losing parties are jointly and severally liable for costs.4 In the latter situation, the prevailing party typically may elect to secure payment of the entire award from any one of the
3 See, e.g., Marmo v. Tyson Fresh Meats, Inc., 457 F.3d 748, 763–64 (8th Cir. 2006); In re Paoli R.R. Yard PCB Litig., 221 F.3d 449, 469 (3d Cir. 2000) (“This power to apportion between parties also includes the power to divide costs among the losing and winning parties in a case involving multiple defendants and plaintiffs such as this one . . . .”); see also 10 James Wm. Moore, Moore’s Federal Practice § 54.101[4] (3d ed. 2008) (“If there are multiple losing parties, the district court generally has discretion to impose an award of costs jointly or severally or to disaggregate costs and impose them individually.”); 10 Charles Alan Wright et al., Federal Practice and Procedure § 2668 at 243 (3d ed. 1998) (“In proper cases the costs also may be apportioned among the parties . . . .”).
4 See, e.g., Anderson v. Griffin, 397 F.3d 515, 522–23 (7th Cir. 2005) (“The cases say that the presumptive rule is joint and several liability unless it is clear that one or more of the losing parties is responsible for a disproportionate share of the costs.”); In re Derailment Cases, 417 F.3d 840, 844 (8th Cir. 2005); Concord Boat Corp. v. Brunswick Corp., 309 F.3d 494, 496-97 (8th Cir. 2002); In re Paoli, 221 F.3d at 469–70.
2008-1600 6
losing parties.5 Any such award, whether apportioned or awarded jointly and severally, is subject to the usual limitation that the prevailing party may receive only one satisfaction of costs; that is, he “cannot recover more than his total entitlement.” Anderson, 397 F.3d at 523.6 In such cases, the fact that a single district court judge oversees the award of costs ensures that the prevailing party will not obtain a double recovery of the same costs.7
The governing rules are less clear, however, where joint discovery is conducted in multiple cases pending in different districts. In such a situation there is no single judge who can make an overarching determination concerning the award of jointly-incurred costs at the conclusion of the cases. Accordingly, there is a risk of impermissible double recovery. Had the New Jersey court made an actual award of costs to Daiichi, it would have been impermissible for the district court here to award the
5 See Nelson-Salabes, Inc. v. Morningside Dev., LLC, 284 F.3d 505, 517 n.13 (4th Cir. 2002) (“Joint and several liability means that the person who has been harmed can sue and recover from both wrongdoers or from either one of the wrongdoers.” (alteration and quotation marks omitted)); see also Anderson, 397 F.3d at 523 (“Ordinarily when parties are jointly and severally liable, it means that each party is fully liable . . . . This leaves [the prevailing party] free to pick and choose and if he wants collect the total entitlement from one of several liable persons . . . .”).
6 See also Chisholm v. UHP Projects, Inc., 205 F.3d 731, 737 (4th Cir. 2000) (noting that allowing a double recovery is ordinarily against legal policy); EnergyNorth Natural Gas, Inc. v. Century Indem. Co., 452 F.3d 44, 58 (1st Cir. 2006) (noting, in a discussion of costs and fees, that the prevailing party was not entitled to a double recovery).
7 See, e.g., Marmo, 457 F.3d at 764 (approving district court’s apportionment among thirteen plaintiffs of expenses incurred during consolidated discovery because “the apportionment reduced the risk of duplicative cost recovery”); Camarillo v. Pabey, No. 2:05-CV-455, 2007 WL 3102144, at *3 & n.2 (N.D. Ind. Oct. 22, 2007) (apportioning shared deposition costs proportionately among multiple related cases, and noting that no windfall or double recovery would result).
2008-1600 7
same costs. The district court recognized this fact, and Daiichi in fact agreed at oral argument that the same costs could not be awarded in both actions.
We see no basis for treating a settlement situation differently. Here it is apparent that Daiichi has in effect already recovered some amount of costs through its settlement agreement with Teva. Although Teva did not actually pay costs to Daiichi in cash, the taxable costs in the New Jersey action (including deposition costs) were unquestionably taken into account by the parties’ settlement, in which Daiichi agreed not to seek actual payment of costs as consideration for Teva foregoing its appeal. Having recovered the value of those costs in the form of the foregone appeal, Daiichi cannot now recover more than its total entitlement by obtaining those same costs again from Mylan. See Chisholm, 205 F.3d at 737; see also Anderson, 397 F.3d at 523; In re Air Crash Disaster at John F. Kennedy Int’l Airport on June 24, 1975, 687 F.2d 626, 629–30 (2d Cir. 1982). Because the district court here did not apportion costs between the two actions, we vacate the award of costs in this one respect and remand for further proceedings.
The record before us does not indicate what taxable costs were included in the settlement (and hence were effectively recovered or waived). In this regard, we find persuasive the Second Circuit’s approach in somewhat similar circumstances in In re Air Crash Disaster, 687 F.2d at 629–30. There, numerous suits involving one defendant were filed. All but thirty-six plaintiffs settled before a consolidated trial, in which the defendant was found liable. Id. at 629. Seventeen of the remaining plaintiffs then settled with the defendant after trial (but before costs were taxed), subject to the stipulation that the settlement was “without costs.” Id. Four more then settled with the
2008-1600 8
2008-1600 9
same stipulation after costs were taxed. Id. The district court awarded all of the costs of the trial to the remaining non-settling plaintiffs. The Second Circuit reversed, holding that a pro-rata reduction was required to account for the share of the joint costs associated with the “plaintiffs who agreed that [the defendant] would not be required to pay their costs.” Id. We agree that as a default rule, a mechanical allocation by the number of parties sharing those costs is reasonable, but there may be other considerations that could make such a mechanical allocation inappropriate. Although the parties here have not identified any such factors, we remand for the district court to make the apportionment determination in the first instance.
We therefore vacate the judgment of the district court with regard to the portion of the award of costs related to jointly taken depositions, and remand to the district court to apportion in this action the disputed deposition costs.8 We affirm as to all other costs awarded.
AFFIRMED-IN-PART, VACATED-IN-PART, and REMANDED
COSTS
Each party shall bear its costs on appeal.
8 Although Mylan at several points contends that all costs taxed (as opposed to joint discovery costs) should be apportioned, like the district court we see no basis here for apportioning trial costs and other costs for items not expressly coordinated by Mylan and Teva for use in both cases.
We note that at oral argument, counsel indicated that some costs itemized under witness fees and interpretation might also be attributable to the joint depositions. If on remand the district court determines this to be the case, it should apportion those costs as well.
Under the Federal Rules of Civil Procedure (R. 54(d)), non-attorney-fee costs are presumptively awarded to the prevailing party. These usually include costs associated with court fees, subpoena fees, transcripts, copying, and translations.
Daiichi calculated its costs as $2.2 million, but the district court reduced those costs to $1.3 million (including $1 million in translation costs). On appeal, the Federal Circuit affirmed these costs.
The one exception to the affirmance involves a parallel case against Teva. Although there was no joint discovery agreement, some depositions were taken jointly by Mylan and Teva for the convenience of Daiichi. Because the Teva case settled, the court in that case did not award any costs. However, Mylan argued that Teva's portion of the costs was implicit in the settlement payment. The Federal Circuit agreed - holding that Mylan should not be required to pay more than 50% of the costs for the joint depositions.
Here it is apparent that Daiichi has in effect already recovered some amount of costs through its settlement agreement with Teva. Although Teva did not actually pay costs to Daiichi in cash, the taxable costs in the New Jersey action (including deposition costs) were unquestionably taken into account by the parties’ settlement, in which Daiichi agreed not to seek actual payment of costs as consideration for Teva foregoing its appeal. Having recovered the value of those costs in the form of the foregone appeal, Daiichi cannot now recover more than its total entitlement by obtaining those same costs again from Mylan. . . . Because the district court here did not apportion costs between the two actions, we vacate the award of costs in this one respect and remand for further proceedings.
Read the Decisions
United States Court of Appeals for the Federal Circuit
2008-1600
ORTHO-MCNEIL PHARMACEUTICAL, INC.
and JOHNSON & JOHNSON PHARMACEUTICAL
RESEARCH AND DEVELOPMENT, LLC,
Plaintiffs,
and
DAIICHI PHARMACEUTICAL CO., LTD.,
Plaintiff-Appellee,
v.
MYLAN LABORATORIES INC.
and MYLAN PHARMACEUTICALS INC.,
Defendants-Appellants.
Mark Boland, Sughrue Mion, PLLC, of Washington, DC, argued for plaintiff-appellee. With him on the brief were Brett S. Sylvester and Michael R. Dzwonczyk. Of counsel on the brief were Henry B. Gutman, Robert A. Bourque and Noah M. Leibowitz, Simpson Thacher & Bartlett, LLP, of New York, New York.
James H. Wallace, Jr., Wiley Rein LLP, of Washington, DC, argued for defendants-appellants. With him on the brief were Kevin P. Anderson, Robert J. Scheffel and Brian H. Pandya.
Appealed from: United States District Court for the Northern District of West Virginia
Judge Irene M. Keeley
United States Court of Appeals for the Federal Circuit
2008-1600
ORTHO-MCNEIL PHARMACEUTICAL, INC.
and JOHNSON & JOHNSON PHARMACEUTICAL
RESEARCH AND DEVELOPMENT, LLC,
Plaintiffs,
and
DAIICHI PHARMACEUTICAL CO., LTD.,
Plaintiff-Appellee,
v.
MYLAN LABORATORIES INC.
and MYLAN PHARMACEUTICALS INC.,
Defendants-Appellants.
Appeal from the United States District Court for the Northern District of West
Virginia in case no. 1:02-CV-32, Judge Irene M. Keeley.
___________________________
DECIDED: June 10, 2009
___________________________
Before MAYER, DYK, and MOORE, Circuit Judges.
DYK, Circuit Judge.
Defendants-Appellants Mylan Laboratories and Mylan Pharmaceuticals (collectively “Mylan”) appeal from the district court’s order awarding approximately $1.3 million in costs to Plaintiff-Appellee Daiichi Pharmaceutical Co. (“Daiichi”) under
28 U.S.C. § 1920 and Federal Rule of Civil Procedure 54(d). We affirm-in-part, vacate-in-part, and remand.
BACKGROUND
This appeal concerns an award of costs stemming from a patent dispute. Daiichi is the owner of U.S. Patent No. 5,053,407, which is directed to an antibiotic compound known as levofloxacin. Levofloxacin is a pioneer drug registered with and approved by the United States Food and Drug Administration under the trade name “Levaquin.” Ortho-McNeil Pharm., Inc. v. Mylan Labs., Inc., 267 F. Supp. 2d 533, 536 (N.D. W. Va. 2003). In November 2001, Mylan submitted an abbreviated new drug application to the Food and Drug Administration seeking approval to manufacture and sell levofloxacin tablets, together with a so-called “Paragraph IV” certification contending that Daiichi’s patent was invalid. See 21 U.S.C. § 355(j)(2)(A)(vii)(IV). Daiichi brought a Hatch-Waxman infringement suit against Mylan.1 See 35 U.S.C. § 271(e)(2). Mylan asserted that Daiichi’s patent was invalid or unenforceable on several grounds. The district court found that Mylan had failed to prove any of its invalidity or unenforceability contentions by clear and convincing evidence, and we affirmed. Ortho-McNeil Pharm., Inc. v. Mylan Labs., Inc., No. 1:02-CV-32, 2005 WL 41648, at *1 (N.D. W. Va. Jan. 4, 2005), aff’d, 161 F. App’x 944, 945 (Fed. Cir. 2005); see also Ortho-McNeil Pharm., Inc. v. Mylan Labs., Inc., 348 F. Supp. 2d 713, 764 (N.D. W. Va. 2004).
1 Ortho-McNeil Pharmaceutical, Inc. and Johnson & Johnson Pharmaceutical Research and Development, LLC, which hold licenses from Daiichi to manufacture levofloxacin in the United States, were co-plaintiffs with Daiichi in the district court. As the result of a settlement with Mylan concerning costs, however, they are not parties to this appeal.
2008-1600 2
As the prevailing party in the action, Daiichi submitted to the district court a bill of costs pursuant to Federal Rule of Civil Procedure 54(d)2 and 28 U.S.C. § 1920 seeking approximately $2.2 million from Mylan. Mylan raised numerous objections to Daiichi’s bill of costs, including the argument that certain discovery had been conducted jointly for this action and a separate levofloxacin-related civil action against Teva Pharmaceuticals, Inc. in a different district court, and that costs of the discovery should be apportioned between the two actions.
On August 18, 2008, the district court entered a thirty-one page “Order Reducing Daiichi’s Bill of Costs and Awarding Costs” awarding costs to Daiichi, but in a lesser amount than sought by Daiichi. Ortho-McNeil, No. 1:02-CV-32, slip op. at 1 (N.D. W. Va. Aug. 18, 2008) (“Order”). After reducing Daiichi’s requested costs by approximately 40% (including most notably a substantial reduction in translation costs awarded), the district court awarded costs, which are summarized as follows:
Fees of Clerk.....................................................$ 75.00
Service of summons & subpoena......................$ 1,676.81
Court reporter fees:
Trial transcripts.......................................$ 31,225.18
Pre-trial hearing transcripts.....................$ 4,924.20
Deposition transcripts.............................$ 112,911.70
Witness fees..................................................$ 53,939.94
Exemplification & copying fees..........................$ 89,424.20
Interpretation................................................$ 24,512.36
Translation................................................$ 1,011,712.00
Total .....................................................$ 1,330,401.39
2 Federal Rule of Civil Procedure 54(d) provides that “[u]nless a federal statute, these rules, or a court order provides otherwise, costs . . . should be allowed to the prevailing party.”
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Order, slip op. at 30-31. In addition, the district court rejected Mylan’s argument that discovery costs should be allocated between its case and the Teva action, noting that “no deposition at issue . . . was undertaken by Teva solely for use in that case” without also being necessary for Mylan’s case. Id. at 29. Mylan timely appealed, and we have jurisdiction under 28 U.S.C. § 1295(a)(1).
DISCUSSION
We apply the law of the regional circuit, here the Fourth Circuit, in reviewing the award of costs under Rule 54(d) and 28 U.S.C. § 1920. See Summit Tech., Inc. v. Nidek Co., 435 F.3d 1371, 1374 (Fed. Cir. 2006). Under Fourth Circuit law, Rule 54(d) “creates the presumption that costs are to be awarded to the prevailing party,” and we review a district court’s award of costs for abuse of discretion. Cherry v. Champion Int’l Corp., 186 F.3d 442, 446 (4th Cir. 1999).
On appeal, Mylan essentially restates many of the same arguments it made to the district court opposing Daiichi’s bill of costs. With regard to the large majority of the costs, we see no basis to disturb the judgment of the district court. Thus, we affirm the district court’s award of translation costs for potential trial exhibits, translation costs for privilege log documents, and other costs not discussed below.
One issue, however, requires further discussion. The district court here rejected Mylan’s argument that the joint discovery costs should have been apportioned between this action and the parallel levofloxacin case in the District of New Jersey brought against Teva. Order, slip op. at 29–30; see Ortho-McNeil Pharm., Inc. v. Teva Pharms. USA, No. 3:02-CV-02794 (D.N.J. filed June 12, 2002). On appeal Mylan argues that this was erroneous.
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Although no formal joint-discovery agreement appears to have been entered on the docket of either court, the parties do not dispute that for Daiichi’s convenience the depositions of Daiichi’s witnesses were in fact taken jointly by Mylan and Teva, with attorneys for both Mylan and Teva present, and with the captions of both cases on the transcripts. In other words, the depositions were formally taken in both cases. There is also no dispute that the depositions at issue were necessary in both cases. Indeed, Daiichi admits that the New Jersey district court could have properly taxed the deposition costs, and it acknowledged at oral argument that, had the New Jersey district court done so, Daiichi could not have also recovered those same costs in this action.
However, Daiichi points out that costs were not awarded in the New Jersey action against Teva. Rather, Daiichi and Teva executed a settlement agreement. As described by Daiichi, “in exchange for Teva agreeing not to appeal the New Jersey district court’s grant of summary judgment [to Daiichi on the issue of inequitable conduct], Daiichi agreed not to seek to recover its otherwise taxable costs in that case.” Pl.-Appellee’s Br. 15. The stipulated order of dismissal entered by the New Jersey district court reflected this arrangement, stating that “all parties shall bear their own costs and attorneys’ fees.”
Daiichi argues that because it did not in fact receive its costs at the conclusion of the New Jersey action, it was appropriate for the district court here to award all of the shared deposition costs without reduction. In contrast, Mylan argues that Daiichi effectively received half of the shared costs when it settled with Teva, waiving actual payment of the costs in return for Teva forgoing an appeal. In its view, to prevent a double recovery, the district court was required to either deny costs entirely or to reduce
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the award of shared deposition-related costs in this case by 50% to reflect the portion of costs already “recovered” by Daiichi in the Teva settlement.
The parties cite (and we have found) no governing Fourth Circuit precedent on whether costs must be apportioned in such circumstances; accordingly, we rely on general principles of law enunciated by our sister circuits. As a general rule, it is well established that in multiparty proceedings before a single judge (as where multiple losing parties are joined in one case, or where multiple cases are consolidated into a single proceeding), the district court has discretion to apportion payment of jointly incurred costs among the losing parties3 or to invoke the default rule that the losing parties are jointly and severally liable for costs.4 In the latter situation, the prevailing party typically may elect to secure payment of the entire award from any one of the
3 See, e.g., Marmo v. Tyson Fresh Meats, Inc., 457 F.3d 748, 763–64 (8th Cir. 2006); In re Paoli R.R. Yard PCB Litig., 221 F.3d 449, 469 (3d Cir. 2000) (“This power to apportion between parties also includes the power to divide costs among the losing and winning parties in a case involving multiple defendants and plaintiffs such as this one . . . .”); see also 10 James Wm. Moore, Moore’s Federal Practice § 54.101[4] (3d ed. 2008) (“If there are multiple losing parties, the district court generally has discretion to impose an award of costs jointly or severally or to disaggregate costs and impose them individually.”); 10 Charles Alan Wright et al., Federal Practice and Procedure § 2668 at 243 (3d ed. 1998) (“In proper cases the costs also may be apportioned among the parties . . . .”).
4 See, e.g., Anderson v. Griffin, 397 F.3d 515, 522–23 (7th Cir. 2005) (“The cases say that the presumptive rule is joint and several liability unless it is clear that one or more of the losing parties is responsible for a disproportionate share of the costs.”); In re Derailment Cases, 417 F.3d 840, 844 (8th Cir. 2005); Concord Boat Corp. v. Brunswick Corp., 309 F.3d 494, 496-97 (8th Cir. 2002); In re Paoli, 221 F.3d at 469–70.
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losing parties.5 Any such award, whether apportioned or awarded jointly and severally, is subject to the usual limitation that the prevailing party may receive only one satisfaction of costs; that is, he “cannot recover more than his total entitlement.” Anderson, 397 F.3d at 523.6 In such cases, the fact that a single district court judge oversees the award of costs ensures that the prevailing party will not obtain a double recovery of the same costs.7
The governing rules are less clear, however, where joint discovery is conducted in multiple cases pending in different districts. In such a situation there is no single judge who can make an overarching determination concerning the award of jointly-incurred costs at the conclusion of the cases. Accordingly, there is a risk of impermissible double recovery. Had the New Jersey court made an actual award of costs to Daiichi, it would have been impermissible for the district court here to award the
5 See Nelson-Salabes, Inc. v. Morningside Dev., LLC, 284 F.3d 505, 517 n.13 (4th Cir. 2002) (“Joint and several liability means that the person who has been harmed can sue and recover from both wrongdoers or from either one of the wrongdoers.” (alteration and quotation marks omitted)); see also Anderson, 397 F.3d at 523 (“Ordinarily when parties are jointly and severally liable, it means that each party is fully liable . . . . This leaves [the prevailing party] free to pick and choose and if he wants collect the total entitlement from one of several liable persons . . . .”).
6 See also Chisholm v. UHP Projects, Inc., 205 F.3d 731, 737 (4th Cir. 2000) (noting that allowing a double recovery is ordinarily against legal policy); EnergyNorth Natural Gas, Inc. v. Century Indem. Co., 452 F.3d 44, 58 (1st Cir. 2006) (noting, in a discussion of costs and fees, that the prevailing party was not entitled to a double recovery).
7 See, e.g., Marmo, 457 F.3d at 764 (approving district court’s apportionment among thirteen plaintiffs of expenses incurred during consolidated discovery because “the apportionment reduced the risk of duplicative cost recovery”); Camarillo v. Pabey, No. 2:05-CV-455, 2007 WL 3102144, at *3 & n.2 (N.D. Ind. Oct. 22, 2007) (apportioning shared deposition costs proportionately among multiple related cases, and noting that no windfall or double recovery would result).
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same costs. The district court recognized this fact, and Daiichi in fact agreed at oral argument that the same costs could not be awarded in both actions.
We see no basis for treating a settlement situation differently. Here it is apparent that Daiichi has in effect already recovered some amount of costs through its settlement agreement with Teva. Although Teva did not actually pay costs to Daiichi in cash, the taxable costs in the New Jersey action (including deposition costs) were unquestionably taken into account by the parties’ settlement, in which Daiichi agreed not to seek actual payment of costs as consideration for Teva foregoing its appeal. Having recovered the value of those costs in the form of the foregone appeal, Daiichi cannot now recover more than its total entitlement by obtaining those same costs again from Mylan. See Chisholm, 205 F.3d at 737; see also Anderson, 397 F.3d at 523; In re Air Crash Disaster at John F. Kennedy Int’l Airport on June 24, 1975, 687 F.2d 626, 629–30 (2d Cir. 1982). Because the district court here did not apportion costs between the two actions, we vacate the award of costs in this one respect and remand for further proceedings.
The record before us does not indicate what taxable costs were included in the settlement (and hence were effectively recovered or waived). In this regard, we find persuasive the Second Circuit’s approach in somewhat similar circumstances in In re Air Crash Disaster, 687 F.2d at 629–30. There, numerous suits involving one defendant were filed. All but thirty-six plaintiffs settled before a consolidated trial, in which the defendant was found liable. Id. at 629. Seventeen of the remaining plaintiffs then settled with the defendant after trial (but before costs were taxed), subject to the stipulation that the settlement was “without costs.” Id. Four more then settled with the
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2008-1600 9
same stipulation after costs were taxed. Id. The district court awarded all of the costs of the trial to the remaining non-settling plaintiffs. The Second Circuit reversed, holding that a pro-rata reduction was required to account for the share of the joint costs associated with the “plaintiffs who agreed that [the defendant] would not be required to pay their costs.” Id. We agree that as a default rule, a mechanical allocation by the number of parties sharing those costs is reasonable, but there may be other considerations that could make such a mechanical allocation inappropriate. Although the parties here have not identified any such factors, we remand for the district court to make the apportionment determination in the first instance.
We therefore vacate the judgment of the district court with regard to the portion of the award of costs related to jointly taken depositions, and remand to the district court to apportion in this action the disputed deposition costs.8 We affirm as to all other costs awarded.
AFFIRMED-IN-PART, VACATED-IN-PART, and REMANDED
COSTS
Each party shall bear its costs on appeal.
8 Although Mylan at several points contends that all costs taxed (as opposed to joint discovery costs) should be apportioned, like the district court we see no basis here for apportioning trial costs and other costs for items not expressly coordinated by Mylan and Teva for use in both cases.
We note that at oral argument, counsel indicated that some costs itemized under witness fees and interpretation might also be attributable to the joint depositions. If on remand the district court determines this to be the case, it should apportion those costs as well.
Tuesday, June 9, 2009
Google Wave
Google Wave is a new tool for communication and collaboration on the web, coming later this year.Today has been dominated by news and excitement surrounding Google WaveGoogle Wave reviewsGoogle Wave reviews, GoogleGoogle reviewsGoogle reviews’s new real-time communication platform that will launch to the public later this year. In fact, there’s been so much buzz that you might just not have enough time to read the thousands of articles being released on Google’s biggest product launch in recent memory.
To make sense of it all, I have compiled key information, definitions, and links related to the launch of Google Wave. This in-depth guide provides an overview of Google Wave, discusses the terminology associated with it, details information on Google Wave applications, (i.e. the Twitter Wave app Twave), and goes over ways to keep yourself informed. I know you’re excited about Google Wave, so here’s what i think you should know:
What is Google Wave?
While i suggest reading our article on the launch of Google Wave for more detailed information, here’s the sum of it: Google Wave is a real-time communication platform. It combines aspects of email, instant messaging, wikis, web chat, social networking, and project management to build one elegant, in-browser communication client. You can bring a group of friends or business partners together to discuss how your day has been or share files.
Google Wave has a lot of innovative features, but here are just a few:
- Real-time: In most instances, you can see what someone else is typing, character-by-character.
- Embeddability: Waves can be embedded on any blog or website.
- Applications and Extensions: Just like a FacebookFacebook reviewsFacebook reviews application or an iGoogle gadget, developers can build their own apps within waves. They can be anything from bots to complex real-time games.
- Wiki functionality: Anything written within a Google Wave can be edited by anyone else, because all conversations within the platform are shared. Thus, you can correct information, append information, or add your own commentary within a developing conversation.
- Open source: The Google Wave code will be open source, to foster innovation and adoption amongst developers.
- Playback: You can playback any part of the wave to see what was said.
- Natural language: Google Wave can autocorrect your spelling, even going as far as knowing the difference between similar words, like “been” and “bean.” It can also auto-translate on-the-fly.
- Drag-and-drop file sharing: No attachments; just drag your file and drop it inside Google Wave and everyone will have access.
While these are only a few of the many features of Google Wave, it’s easy to see why people are extremely excited.
Google Wave was the brainchild of a team based out of Sydney, Australia. The core team members are two brothers, Jens and Lars Rasmussen, and lead project manager Stephanie Hannon, all of whom were involved in Google MapsGoogle Maps reviewsGoogle Maps reviews previously. Google Wave was announced today at Google’s I/O Developer conference, although the product will not be available to the public for several months.
What is the Google Wave API?
The Google Wave API allows developers to use and enhance Google Wave through two primary types of development:
* Extensions: Build robot extensions to automate common tasks or build gadget extensions to provide a new way for users to interact
* Embed: Make your site more collaborative by dropping in a Wave
Terminology
Google Wave actually has its own lingo - yes, you have to learn a few definitions if you’re going to really understand this new communication platform. Having knowledge of these terms will help you understand more about Google’s newest project.
- Wave: A wave, specifically, refers to a specific threaded conversation. It can include just one person, or it can include a group of users or even robots (explained below). The best comparison I can make is that it’s like your entire instant messaging (IM) history with someone. Anything you’ve ever discussed in a single chat or conversation is a wave.
- Wavelet: A wavelet is also a threaded conversation, but only a subset of a larger conversation (or a wave). It’s like a single IM conversation - a small part of a larger conversation and a larger history. Wavelets, though, can be created and managed separately from a wave.
- BlipBLIP reviewsBLIP reviews: Even smaller than a Wavelet, a Blip is a single, individual message. It’s like a single line of an IM conversation. Blips can have other blips attached to them, called children. In addition, blips can either be published or unpublished (once again, it’s sort of like typing out an IM message but not yet sending it).
- Document: A document actually refers to the content within a blip. This seems to refer to the actual characters, words, and files associated with a blip.
- Extension: An extension is a mini-application that works within a wave. So these are the apps you can play with while using Wave. There are two main types of extenisons: Gadgets and Robots
- Gadgets: A gadget is an application users can participate with, many of which are built on Google’s OpenSocial platform. A good comparison would be iGoogle gadgets or Facebook applications.
- Robots: Robots are an automated participant within a wave. They can talk with users and interact with waves. They can provide information from outside sources (i.e. TwitterTwitter reviewsTwitter reviews) or they can check content within a wave and perform actions based on them (i.e. provide you a stock quote if a stock name is mentioned).
- Embeded Wave: An embeded wave is a way to take a Google Wave and the conversation within it and place it on your website. Users could use this as a chatroom, as a way to contact you, or for something more.
Wave Gadgets
A Wave Gadget is one of two types of Google Wave extensions. Gadgets are fully-functional applications. According to Google, gadgets are primarily for changing the look and feel of waves, although this seems to only scratch the surface of the potential of a wave gadget.
First: almost any iGoogle or OpenSocial gadget can run within Google Wave. That means thousands of applications that have been already created will work in Google Wave. Second: a gadget built within Google Wave can take advantage of live interaction with multiple users. This means something like a live online game with active participation from all users. In that way, it has similarities to Facebook or MySpaceMySpace reviewsMySpace reviews applications, which take advantage of your friend network to make games, quizzes, and applications more meaningufl and useful.
Gadgets are specific to individual waves, rather than to specific users. Thus, it’s not like having a Facebook app on your profile - the gadget belongs to everyone within the wave. They also do not have titles, to better integrate with the actual conversation. Some of the gadgets already built include a Sudoku gadget, Bidder (which turns your wave into an auction), and Maps (which allows for collaboration on a Google Map).
For a more technical explanation, be sure to check out Google’s Wave Gadgets Tutorial.
Wave Robots
Robots are the other type of Google Wave extension. Robots are like having another person within a Google Wave conversation, except that they’re automated. They’re a lot like the old IM bots of the past, although far more robust. Robots can modify information in waves, interact with users, communicate with others waves, and pull information from outside sources.
Because it acts like a user, you can define its behavior based on what happens in the chat. You could build one as simple as “change the word dog to the word cat” or one as complex as a fully-functional debugger. I’ll probably start seeming some very advanced robots in the near future.
Some of the robots already in service include Debuggy (an in-wave debugger), Stocky (which pulls stock prices based on stock quote mentions), and Tweety (the Twave robot, which displays tweets inside of a wave).
A more advanced explanation is available at Google’s Wave Robots Overview.
Wave Embeds
Wave embeds are a little more complex than embedding a YouTubeYouTube reviewsYouTube reviews video onto your blog, yet in the end, that’s really what Google Wave Embeds are: a way to take Google Waves onto a third party website. Embedded Waves support many of the functions of the actual Google Wave client, including dragging-and-dropping files.
While the Wave Embeds is still very early stage, Google has already built two: YouTube Playlist Discuss and Multiple Extensions Embed. The former allows you to discuss a YouTube video via a wave and the latter allows for interaction with multiple waves on the same page.
One possibility: Google Wave Embeds may be a real-time replacement to static comments. If Google perfects wave embeds, you could even see YouTube.com comments replaced with waves, although it is way too early to make any calls on the potential of this.
Google’s Wave Embed Developer’s Guide has more advanced information embedding waves.
Furthering your Google Wave education
The Google Wave Logo
Still can’t get enough of Google Wave? While information is sparse, hopefully this collection of links will help you understand this new product even more.
- Google Wave Federation Protocol: Google has provided some community principles, architecture information, and more detailed definitions on their Wave protocol webpage.
- Google Wave API: For developers interested in building applications for Google Wave, be sure to check out the Wave API website.
- Google Wave Updates: Want to be informed the second Google Wave is available? Here’s the sign-up form.
To make sense of it all, I have compiled key information, definitions, and links related to the launch of Google Wave. This in-depth guide provides an overview of Google Wave, discusses the terminology associated with it, details information on Google Wave applications, (i.e. the Twitter Wave app Twave), and goes over ways to keep yourself informed. I know you’re excited about Google Wave, so here’s what i think you should know:
What is Google Wave?
While i suggest reading our article on the launch of Google Wave for more detailed information, here’s the sum of it: Google Wave is a real-time communication platform. It combines aspects of email, instant messaging, wikis, web chat, social networking, and project management to build one elegant, in-browser communication client. You can bring a group of friends or business partners together to discuss how your day has been or share files.
Google Wave has a lot of innovative features, but here are just a few:
- Real-time: In most instances, you can see what someone else is typing, character-by-character.
- Embeddability: Waves can be embedded on any blog or website.
- Applications and Extensions: Just like a FacebookFacebook reviewsFacebook reviews application or an iGoogle gadget, developers can build their own apps within waves. They can be anything from bots to complex real-time games.
- Wiki functionality: Anything written within a Google Wave can be edited by anyone else, because all conversations within the platform are shared. Thus, you can correct information, append information, or add your own commentary within a developing conversation.
- Open source: The Google Wave code will be open source, to foster innovation and adoption amongst developers.
- Playback: You can playback any part of the wave to see what was said.
- Natural language: Google Wave can autocorrect your spelling, even going as far as knowing the difference between similar words, like “been” and “bean.” It can also auto-translate on-the-fly.
- Drag-and-drop file sharing: No attachments; just drag your file and drop it inside Google Wave and everyone will have access.
While these are only a few of the many features of Google Wave, it’s easy to see why people are extremely excited.
Google Wave was the brainchild of a team based out of Sydney, Australia. The core team members are two brothers, Jens and Lars Rasmussen, and lead project manager Stephanie Hannon, all of whom were involved in Google MapsGoogle Maps reviewsGoogle Maps reviews previously. Google Wave was announced today at Google’s I/O Developer conference, although the product will not be available to the public for several months.
What is the Google Wave API?
The Google Wave API allows developers to use and enhance Google Wave through two primary types of development:
* Extensions: Build robot extensions to automate common tasks or build gadget extensions to provide a new way for users to interact
* Embed: Make your site more collaborative by dropping in a Wave
Terminology
Google Wave actually has its own lingo - yes, you have to learn a few definitions if you’re going to really understand this new communication platform. Having knowledge of these terms will help you understand more about Google’s newest project.
- Wave: A wave, specifically, refers to a specific threaded conversation. It can include just one person, or it can include a group of users or even robots (explained below). The best comparison I can make is that it’s like your entire instant messaging (IM) history with someone. Anything you’ve ever discussed in a single chat or conversation is a wave.
- Wavelet: A wavelet is also a threaded conversation, but only a subset of a larger conversation (or a wave). It’s like a single IM conversation - a small part of a larger conversation and a larger history. Wavelets, though, can be created and managed separately from a wave.
- BlipBLIP reviewsBLIP reviews: Even smaller than a Wavelet, a Blip is a single, individual message. It’s like a single line of an IM conversation. Blips can have other blips attached to them, called children. In addition, blips can either be published or unpublished (once again, it’s sort of like typing out an IM message but not yet sending it).
- Document: A document actually refers to the content within a blip. This seems to refer to the actual characters, words, and files associated with a blip.
- Extension: An extension is a mini-application that works within a wave. So these are the apps you can play with while using Wave. There are two main types of extenisons: Gadgets and Robots
- Gadgets: A gadget is an application users can participate with, many of which are built on Google’s OpenSocial platform. A good comparison would be iGoogle gadgets or Facebook applications.
- Robots: Robots are an automated participant within a wave. They can talk with users and interact with waves. They can provide information from outside sources (i.e. TwitterTwitter reviewsTwitter reviews) or they can check content within a wave and perform actions based on them (i.e. provide you a stock quote if a stock name is mentioned).
- Embeded Wave: An embeded wave is a way to take a Google Wave and the conversation within it and place it on your website. Users could use this as a chatroom, as a way to contact you, or for something more.
Wave Gadgets
A Wave Gadget is one of two types of Google Wave extensions. Gadgets are fully-functional applications. According to Google, gadgets are primarily for changing the look and feel of waves, although this seems to only scratch the surface of the potential of a wave gadget.
First: almost any iGoogle or OpenSocial gadget can run within Google Wave. That means thousands of applications that have been already created will work in Google Wave. Second: a gadget built within Google Wave can take advantage of live interaction with multiple users. This means something like a live online game with active participation from all users. In that way, it has similarities to Facebook or MySpaceMySpace reviewsMySpace reviews applications, which take advantage of your friend network to make games, quizzes, and applications more meaningufl and useful.
Gadgets are specific to individual waves, rather than to specific users. Thus, it’s not like having a Facebook app on your profile - the gadget belongs to everyone within the wave. They also do not have titles, to better integrate with the actual conversation. Some of the gadgets already built include a Sudoku gadget, Bidder (which turns your wave into an auction), and Maps (which allows for collaboration on a Google Map).
For a more technical explanation, be sure to check out Google’s Wave Gadgets Tutorial.
Wave Robots
Robots are the other type of Google Wave extension. Robots are like having another person within a Google Wave conversation, except that they’re automated. They’re a lot like the old IM bots of the past, although far more robust. Robots can modify information in waves, interact with users, communicate with others waves, and pull information from outside sources.
Because it acts like a user, you can define its behavior based on what happens in the chat. You could build one as simple as “change the word dog to the word cat” or one as complex as a fully-functional debugger. I’ll probably start seeming some very advanced robots in the near future.
Some of the robots already in service include Debuggy (an in-wave debugger), Stocky (which pulls stock prices based on stock quote mentions), and Tweety (the Twave robot, which displays tweets inside of a wave).
A more advanced explanation is available at Google’s Wave Robots Overview.
Wave Embeds
Wave embeds are a little more complex than embedding a YouTubeYouTube reviewsYouTube reviews video onto your blog, yet in the end, that’s really what Google Wave Embeds are: a way to take Google Waves onto a third party website. Embedded Waves support many of the functions of the actual Google Wave client, including dragging-and-dropping files.
While the Wave Embeds is still very early stage, Google has already built two: YouTube Playlist Discuss and Multiple Extensions Embed. The former allows you to discuss a YouTube video via a wave and the latter allows for interaction with multiple waves on the same page.
One possibility: Google Wave Embeds may be a real-time replacement to static comments. If Google perfects wave embeds, you could even see YouTube.com comments replaced with waves, although it is way too early to make any calls on the potential of this.
Google’s Wave Embed Developer’s Guide has more advanced information embedding waves.
Furthering your Google Wave education
The Google Wave Logo
Still can’t get enough of Google Wave? While information is sparse, hopefully this collection of links will help you understand this new product even more.
- Google Wave Federation Protocol: Google has provided some community principles, architecture information, and more detailed definitions on their Wave protocol webpage.
- Google Wave API: For developers interested in building applications for Google Wave, be sure to check out the Wave API website.
- Google Wave Updates: Want to be informed the second Google Wave is available? Here’s the sign-up form.
Monday, June 8, 2009
Innovation: Behind Microsoft's full-body gaming interface
At the E3 2009 gaming conference in Los Angeles, California, this week, Microsoft unveiled a new hands-free, full-body-control system for its Xbox 360 console, codenamed Natal. Using it, players can interact with games simply by talking and moving their body.
Microsoft also claims that it can recognise emotions, and Natal has impressed game players, developers and movie mogul Steven Spielberg alike.
It is undeniably impressive. And you have to wonder: how does Natal actually work? Microsoft is remaining tight-lipped. But we've talked to industry insiders and pulled together some material from the New Scientist archive to suggest how it could live up to the high expectations generated by partially enhanced concept videos like this one.
Camera capture
Although techniques to capture a person's movement using cameras have been in development since the 1970s, doing so without attaching markers to the person's body as Natal does is a more recent possibility.
Organic Motion is one of the few commercial companies currently offering markerless motion capture technology. Andrew Tschesnok, the firm's CEO, says his system uses as many as 14 cameras positioned around an actor to get a 3D picture of their movement in real time.
But Natal comes equipped with just two cameras. So how can it work with such a limited input?
In-depth view
A year ago, Israeli firm 3DV Systems unveiled a system that uses an infrared depth-sensing camera. The ZCam is said to be able to pinpoint the depth of an object to within 1 to 2 centimetres, and capture the information at a rate of 60 frames per second for very smooth motion. A second, full colour camera in the device records textures and colours.
In March of this year, the company sold its assets to a third party, reportedly Microsoft. Many people have concluded that Natal's motion capture system owes a lot to the ZCam. When New Scientist asked 3DV System's CEO Zvika Klier about the possibility this week, he had no comment.
Tschesnok says the results from ZCam-like systems fall short of what he'd call true markerless motion capture – Natal can't see what's going on behind a gamer's back – but it is still an improvement over other games consoles' interfaces and will work well for Natal's needs. "In a way, it's the same effect as having a Wiimote in each hand, one on each foot and one on your head," he says.
But more is yet to come: Tschesnok predicts that the games consoles due out early in the next decade will use his multi-camera system, built into the widely used "surround sound" speaker systems to provide users with a truly immersive experience.
Voice in the crowd
People are also understandably excited about Natal appearing to recognise and respond to voices and emotions. However, while speech recognition software may be increasingly common, it still suffers from the "cocktail party" effect; where background noise and multiple voices can cause errors.
Finding a way round this issue is vital for gaming. Microsoft is targeting Natal at social and casual gamers who are likely to play in the company of others, yet few, if any, voice recognition systems have been created capable of following a single voice in a noisy room.
IBM has shown that a system that can read lips provides one way around that. That could help Natal, but would need to be tuned separately to different languages.
Research that enabled one of Honda's Asimo humanoid's to understand three voices all speaking at once even suggests that multiplayer voice control could be possible one day.
Face reading
Speech software could also feasibly be used to recognise emotions from stresses and emphasis in a player's voice. For example, software called Emotive Alert is able to classify voices into one of eight basic emotional states.
We are told, though, that Natal will use facial recognition, so it may read emotions that way too. Earlier this year, artist Tina Gonsalves teamed up with neuroscientist Chris Frith at University College London, UK, to develop an art installation that responds to the emotion of visitors, using an algorithm Frith created to read faces.
Frith told New Scientist that getting such systems to perform reliably is difficult, but not impossible. However, it is unlikely that Natal will detect more than a handful of basic emotions.
Emotional connection
Even with that limitation, a console able to sense emotions and respond to them has the potential to make gaming a much richer experience.
In 2005, an "emotionally aware" virtual fitness trainer, name Laura, was tested on groups of volunteers. Her friendly gestures and sympathetic body language were found to genuinely foster a better connection with users. This positive influence significantly increased the participants' exercise levels compared to a control group interacting with a version of Laura that didn't recognise emotions.The Natal concept videos may seem on first viewing to show technology bordering on the fictional, but it's clear that many of the basics are within our technological reach. How many of these features gamers will see when Natal finally hits shelves, though, is unknow
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