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Still More on the DARPA Grand Challenge 168

The SF Chronicle has an in-depth story on the DARPA Grand Challenge, with emphasis on the several teams from the San Francisco area. The three teams covered are using a pickup truck, a six-wheeled all-terrain vehicle, and a self-balancing motorcycle...
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Still More on the DARPA Grand Challenge

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  • by potpie ( 706881 ) on Sunday February 15, 2004 @07:01PM (#8289569) Journal
    Which of these three doesn't belong?
    a pickup truck,
    a six-wheeled all-terrain vehicle,
    and a self-balancing motorcycle
  • What (Score:5, Funny)

    by Anonymous Coward on Sunday February 15, 2004 @07:01PM (#8289574)
    no VW van?
    • You laugh, but VW does well in off road races like the Paris / Dakar [vwmotorsport.com] events.

      (the coolest VW pictures I've seen)

      One advantage of VWs is that they're very customizable.

  • Windows (Score:5, Funny)

    by Anonymous Coward on Sunday February 15, 2004 @07:03PM (#8289580)
    *insert joke about how blue screen of death will be literal here*
  • by challahc ( 745267 ) on Sunday February 15, 2004 @07:07PM (#8289613)
    Do you think I could enter with a beat up buick and a brick on the accelerator?
  • by Anonymous Coward on Sunday February 15, 2004 @07:08PM (#8289618)
    so if that pickup truck had come from texas instead of SF would it have it's own computer controlled fully autonomous gun turret too?
  • by HappyCitizen ( 742844 ) on Sunday February 15, 2004 @07:09PM (#8289628) Homepage Journal
    Which one will be least elaborite. I mean, yes you need some complexity, but the less things that can go wrong the better. I like the sound of a self balancing motorcycle myself, but I bet the simplest will have a better chance at winning.
  • rover (Score:5, Interesting)

    by bran6don ( 693931 ) on Sunday February 15, 2004 @07:09PM (#8289630)
    I wonder how much do NASA and DARPA collaborate. Much of the technology used to create the mars rovers seems like they would be useful for this challenge.

    From the article: "The biggest hurdle has been making vehicles see obstacles and react to them"

    The mars rovers use a pair of cameras to build a 3d model when it decides its path. Put this system into a 4x4, give it a small cluster for computation, and it should work well enough to make it across the desert, I would think.
    • Re:rover (Score:3, Funny)

      by tonyr60 ( 32153 ) *
      Maybe the ESA built Beagle with input from the British motor industry....
      • Re:rover (Score:4, Funny)

        by swb ( 14022 ) on Sunday February 15, 2004 @08:52PM (#8290152)
        No, it was a true pan-European effort:

        Italian looks, French engines and British electrical systems, with German price tags.
        • In heaven:
          The Italians are the lovers
          The Swiss run the hotels
          The Germans are the mechanics
          The British are the police
          The French are the cooks.

          In Hell:
          The French run the hotels
          The British are the cooks
          The Italians are the mechanics
          The Swiss are the lovers
          The Germans are the police.
    • Re:rover (Score:5, Informative)

      by nissin ( 706707 ) on Sunday February 15, 2004 @07:15PM (#8289665)
      It would be ideal, however one of the rules for the challenge is that no government funds may be used towards development. You can of course uses technology that was developed with government funding, but ONLY if it is commercially available. Unfortunately, the JPL vision code is not.
      • I have heard from several of the people on the Caltech team that they are using computer code from some of the Mars rovers since JPL is owned by Caltech. I have not been able to find out more information as the ones I know have either graduated or specialized on another part of the project.
        • Re:rover (Score:3, Informative)

          by nissin ( 706707 )
          I'm on the Caltech team, and I can assure you, we are not using the JPL code, although we wish we could.
    • Re:rover (Score:5, Informative)

      by c0dedude ( 587568 ) on Sunday February 15, 2004 @07:18PM (#8289685)
      The Mars rover goes a few feet a day, tops. These things have got to go 40mph average. That's a mite different...
      • Re:rover (Score:5, Insightful)

        by Cyno01 ( 573917 ) <Cyno01@hotmail.com> on Sunday February 15, 2004 @07:22PM (#8289698) Homepage
        Yeah, but since it doesn't have to be tested and shielded like NASA spec hardware does, a similar system based on more modern hardware could probably handle input at a faster rate.
        • Re:rover (Score:5, Interesting)

          by timeOday ( 582209 ) on Sunday February 15, 2004 @09:06PM (#8290241)
          The rovers are cutting edge aerospace, but I haven't seen anything to make me think they're on the forefront of computer vision. The obstacle avoidance done on the rover was first done on earth many years ago. It's not just the NASA hardware that's (necessarily) conservative; the surface of MARS isn't a race so apparently it's better to drive the rovers conservatively and mostly manually, which is what they do.

          The rovers aren't even autonomous in real time. They stop, take pictures, plan the next few feet, execute blindly, then stop and open their eyes again to start the next episode. That's not what DARPA is looking for. And the system only looks ahead by a few feet. You might think it's just a matter of adding more computing horsepower, but handling all the disorienting motion from looking while moving is a whole different problem.

          The DARPA contest will hopefully be won by somebody pushing the field forward, not by recycling a technology time-tested enough to go on a rover.

      • Math is good (Score:5, Informative)

        by AoT ( 107216 ) on Sunday February 15, 2004 @08:06PM (#8289958) Homepage Journal
        200 miles in 10 hours equals an average of 20mph.
    • Re:rover (Score:2, Insightful)

      by TheWart ( 700842 )
      As little as I know about the Mars Rover, unless I mistaken, I think the guys and gals at Nasa have the final say over where the rover goes.
      In this case, the teams cannot aif their creation in any way. So in Nasa's case, an engineer might say that the rover is getting to close to a rock, and the team will stear it away, whereas the people in the Darpa thing cannot do that.
      • Re:rover (Score:5, Funny)

        by Billy the Mountain ( 225541 ) on Sunday February 15, 2004 @08:00PM (#8289926) Journal
        So in Nasa's case, an engineer might say that the rover is getting to close to a rock, and the team will stear it away

        Yeah, plus they have a week of meetings, planning sessions, etc. to decide whether the rock is really an obstacle worth diverting around or not.

        BTM
        • So in Nasa's case, an engineer might say that the rover is getting to close to a rock, and the team will stear it away

          Yeah, plus they have a week of meetings, planning sessions, etc. to decide whether the rock is really an obstacle worth diverting around or not.

          You're forgetting that NASA is CMM Level 5. Add six weeks for paperwork and peer reviewing.

    • Re:rover (Score:2, Informative)

      by maliabu ( 665176 )
      with the time limit of 10 hours across 200 miles, technology from Mars Rover might not be enough.

      those rovers are travelling at max 2-inch per second, which gives the processor plenty of time to build a 3D model, analyse it and make a decision.
    • confusing the issue (Score:5, Informative)

      by segment ( 695309 ) <sil AT politrix DOT org> on Sunday February 15, 2004 @07:36PM (#8289779) Homepage Journal
      Much of the technology used to create the mars rovers seems like they would be useful for this challenge.

      Just because DARPA is collaborating with NASA, don't get your hopes up if you're thinking about some 'geekcool' super-Star-Trek-beam-me-up-scotty rocket their buddy. DARPA is strictly defense, and anything they can get to the benefit of a defense project is worth gold.

      The Defense Advanced Research Projects Agency (DARPA) is the central research and development organization for the Department of Defense (DoD).
      It manages and directs selected basic and applied research and development projects for DoD, and pursues research and technology where risk and payoff are both very high and where success may provide dramatic advances for traditional military roles and missions.
      If DARPA is doing something with NASA, it will likely use this for the killing fields nothing more nothing less.
      • DARPA is strictly defense

        True, they are doing research for the military, but this will trickle down to civilian applications, as the jet engine did, as micro-electronics did. Darpanet was the precursor to the Internet, originally designed as a redundant communications system that would survive a nuclear strike. Thats right, it was Darpa, not Al Gore, that invented the internet. I am a big fan of Darpa (except for the Total Information Awareness program). They do really cool stuff. If you haven't been
    • ... like, 30 ft/day, or something? The DARPA thing needs to move 20 mph on average through the rocky desert road (ever driven a Jeep at 20+ mph off-road? not pleasant, huh? ;-) ). I bet that 3D vision algorithms used in NASA rover are pretty old and conservative compared to what can be run on even the simplest laptop likely to be built into that truck.

      Paul B.
  • by Anonymous Coward on Sunday February 15, 2004 @07:12PM (#8289647)
    John Negle [sfgate.com] aka Animats [slashdot.org] is the Slashdot's most prolific poster.
    • Slashdotters who have done network programming or read the RFC's that describe how the internet works may have heard of John Nagle. He created the Nagle algorithm [freesoft.org] which combines small packets of data to avoid the dreaded Silly Window Syndrome.
      • by Animats ( 122034 ) on Monday February 16, 2004 @01:41AM (#8291652) Homepage
        Actually, that's not quite right. Silly Window Syndrome occurs when the TCP window is almost full. The tinygram problem, which the Nagle algorithm addresses, occurs when the window is almost empty.

        If I'd paid more attention to what Berkeley was doing with ACK delays, TCP would work better in that area today. Both algorithms went in around the same time, and they don't play well together.

  • by Anonymous Coward on Sunday February 15, 2004 @07:13PM (#8289653)
    Vehicles must cross 200 miles of rugged terrain between Barstow and Las Vegas in under 10 hours with no human assistance whatsoever.

    Leave the vechicle unlocked in a bad part of Barstow with the keys, a pile of Vegas casino chips and case of booze in the car.

    If no one watches the car, I predict at least 50% chance that it with disappear from Barstow and reappear in Vegas. (Or in a ditch on the way there.)

  • by thecountryofmike ( 744040 ) on Sunday February 15, 2004 @07:15PM (#8289668)
    Cannonball run. For robots. Cool.
  • Related link ... (Score:4, Informative)

    by foobsr ( 693224 ) on Sunday February 15, 2004 @07:16PM (#8289679) Homepage Journal
    EEPD Profive 700 Mhz Pentium III PC -104 onboard computer running Real Time Linux

    http://robots.mit.edu/projects/darpa/ (with videos)

    CC.
  • by SuperBanana ( 662181 ) on Sunday February 15, 2004 @07:17PM (#8289681)

    From the article:

    DARPA won't disclose the exact route of the Grand Challenge until two hours before the race March 13; it has promised a rigorous route that will include rocks, gullies and streams.

    Some of the world's best dirtbike riders wouldn't be able to easily cross stuff your average Land Rover or Land Cruiser would laugh at. I think the team with [what looks like] the 6-wheeled ATV stands the best chance, at least from a vehicle-choice perspective. Those things are amazing in terms of what they can cross- some of them even float and can ford -rivers- using the tires as paddlewheels.

    Description of the pickup truck entry:Two tons of steel rolled forward and made a jerky left out of a parking lot in Morgan Hill. It gained speed and settled into a lane. It followed a curve to an intersection. It stopped. Then it turned right and continued down the road.

    Probably stands a better chance(and has better fuel economy than the 6-wheeler- though a MUCH higher center of gravity), but taking a trip through suburbia hardly qualifies as suitable testing grounds for what DARPA has described...and depending on the truck, it might not stand up to the abuse. A jeep(or, a Land Cruiser, or a Land Rover) would have been a much better idea than a pickup truck, which really isn't designed for off-roading.

    Even the guys who do insane things with their jeeps and whatnot come fully equipped. Air suspensions. Winches. Huge tanks of air or compressors to re-seat the giant tires(did I mention giant tires? :-)

    I can also think of a lot better things to spend money on than that giant LCD display they put in the truck's passenger side; that thing has got to be what, 21"? The money would have been much better spent on the truck itself. It's all fun and games until that rock takes out your transfer case and your truck's transmission rips itself to pieces.

    • I can also think of a lot better things to spend money on than that giant LCD display they put in the truck's passenger side; that thing has got to be what, 21"? The money would have been much better spent on the truck itself. It's all fun and games until that rock takes out your transfer case and your truck's transmission rips itself to pieces.

      I hope they enjoy pulling the LCD display out of what's left of the truck after the desert is done sodomizing it. I'd drop a lot more cash on armor for the unde
    • by BigBadBri ( 595126 ) on Sunday February 15, 2004 @08:10PM (#8289970)
      Some of the world's best dirtbike riders wouldn't be able to easily cross stuff your average Land Rover or Land Cruiser would laugh at.

      So that's why the motorcycles always finish the Dakar Rally fastest? I always wondered - I've seen motocross races in which 45 year old Triumph Tiger bikes went up hills at 50 mph that a Land Rover would only cry at.

      Yes - there's a big problem with stability (though it's worse at low speeds), but a program that can mimic a motorcycle trials rider is going to be able to go places that a 4wd couldn't even dream of.

      Having said that, an unmanne motorcycle is going to be way short on payload capacity - something that DARPS probably care deeply about.

      Face it - given the navigation problems, solving motorcycle stability as well is cool - and that has to count for a lot.

      • unmanne motorcycle is going to be way short on payload capacity - something that DARPS probably care deeply about

        If the bike takes the prize, you may shortly expect to see perhaps house-sized robotic bikes with various military insignia upon them. Which is a pretty weird vision, if you ask me.

        • by BigBadBri ( 595126 ) on Sunday February 15, 2004 @09:15PM (#8290298)
          Already got house-sized bikes - they're called the Gold Wing.

          Now with a little stabilisation, and the Rising Sun emblazoned on the tank, I can just see hordes of kamikaze Gold Wings descending on the enemy and crushing them to death with their armchair seats, or maybe using the included stereo as an acoustic weapon...

  • by LinuxGeek ( 6139 ) <djand.nc@NoSpAM.gmail.com> on Sunday February 15, 2004 @07:21PM (#8289696)
    The article mentions things like your rental car showing up from the airport all by itself, which I admit would be quite cool. It also makes me wonder about the first collision between two autonomous vehicles on a public highway. Would the programmers get the tickets? Lots more interesting questions to be answered when these things start selling...
    • Actully I am wondering how you program the autonomoouos vehicle to flip other drivers off in traffic and honk the horn. And when they do collide with something do you program them to drive away or stay and yell at the other driver?
  • emergency plan? (Score:3, Interesting)

    by maliabu ( 665176 ) on Sunday February 15, 2004 @07:22PM (#8289703)
    do they have a plan in case these driver-less vehicles are roaming outside the designated path and start running people over?
    • Re:emergency plan? (Score:5, Informative)

      by Smidge204 ( 605297 ) on Sunday February 15, 2004 @07:49PM (#8289871) Journal
      Yes.

      Each vehicle is followed by a manned one. Specifically, one of the team members and a contest official.

      The team member has a "big read button" - which is a mandatory safety device - that is the vehicle is in danger of or actually goes off course can be used to shut it down.

      Then you can get disqualified for it, upon the disgression of the cheif judge.

      Check out the latest copy of the rules [darpa.mil]
      =Smidge=
  • by bluesepsilon ( 630885 ) <bluesepsilon@lycos . c om> on Sunday February 15, 2004 @07:22PM (#8289704)
    I just read an article in Scientific American [sciam.com] about this. I'm not into robotics myself, but I'm curious: how much of the difficulty is due to the time it takes to process the input data (from cameras, lasers, etc.)? how much is from the necessary ruggedness of the components? how much difficulty comes from lack of funding for and access to top-of-the-line components? I'm also curious to see what DARPA plans to do with the winning vehicle, if there is a winner. Will they pay for, and then take, any vehicle that is innovative (for example, the motorcycle that can stand on its own)?. Kudos to DARPA for their clever method of conducting research--instead of tying funds up in someone's brainchild, they are allowing a lot of different ideas to proliferate.
    • by Goonie ( 8651 ) * <robert,merkel&benambra,org> on Sunday February 15, 2004 @07:38PM (#8289800) Homepage
      I'm not a robotics expert, but a good friend of mine is, and I did study this stuff as an undergrad not that long ago.

      The difficulty with autonomous land vehicles is using sensor data to figure out what the environment is like, and using that information to plan what to do next. Both are AI problems, not hardware problems (though, certainly, clever sensor hardware and lots of computer power helps).

    • by flikx ( 191915 ) on Sunday February 15, 2004 @08:37PM (#8290083) Homepage Journal

      I'm not quite a robotics expert (that's 30 years down the line for me), but I do have a mechanical engineering degree, a lot of robotics experience, and I am involved on a team. One that was a DGC hopeful, but also one involved in the IRRF Open Challenge race this next September. (see my homepage.)

      The people involved (such as myself) put in an enourmous amount of time, money and effort into our robots. The components are top of the line, and generally far beyond what we can normally afford. We work mainly from equipment and cash donations, but make up the rest ourselves.

      A lot of the difficultly is directly related to funding. This is pioneering work, and it's very hard to establish a reputation and solicit sponsorship when a lot of your work is still on the drawing board. A lot of other teams involved have resorted to the cheapest components, and quickest solutions. Some of these work, other do not. As these races become a regular occurance, things will definitely change.

  • by plinius ( 714075 )
    It's one thing when a soldier dies because his equipment fails, but I predict that when the first pedestrian gets run over by one of the "robotic" cars the company that makes them will get sued up the wazoo and rightfully taken to the cleaners. Computers should not be everywhere.
    • Nice try, but we all know that humans aren't exactly very good at driving either. Every day there's many many people killed, many pedestrians hit, etc. Even if a computer driving wasn't perfect and still got into some wrecks, it wouldn't take *much* for it to be an improvement. And an improvement would SAVE LIVES. Plus, computer software is much easier to debug and fix to be safer than getting people to actually drive safer. That said, I never wanna give up driving because i find it *fun* :)
      • by KrispyKringle ( 672903 ) on Sunday February 15, 2004 @08:05PM (#8289951)
        Point being that while robotic cars may in fact be safer, the incidents that would get the press would be the rare accidents. Remember when airbags were becoming common, and you started to hear about airbag related fatalities? People reacted as if airbags were inherently unsafe, even though this was patently untrue.

        For that matter, I read recently about a study done by a couple of psychologists in which they described to schoolchildren about accidents in which seatbelts saved lives, and then about ones in which they caused injuries. The children, after hearing about the first, said, ``oh, then you should wear your seatbelt always.'' After hearing about the latter, they said the opposite. When asked repeatedly by the researcher, ``so, when should you wear it and when shouldn't you?'', one subject replied, ``well, I guess you should wear the seatbelt half the time.''

        People aren't rational; one theory is that we interpret probabilities by ``representativeness'', a heuristic in which the situation being judged is compared to a similar situation thought to be probable or frequently heard of. So the more people hear about robotic-automobile-caused deaths (which would certainly be more publicised than the same old same old), they'd assume such vehicles are less-safe than traditional cars.

        Many people judge the risk of very rare, unlikely deaths (from rare diseases, freak accidents, and the like) to be far higher than they are, while they judge the risk of death from things like car accidents and other more normal causes to be significantly lower than it really is. This is because they hear about far more of the freak accident deaths--precisely because they are freak accidents--than the ordinary, normal deaths.

        Of course, just as with airbags, after the breaking-in period, I think people would probably get used to it. And the economic demand, if great enough, would be enough incentive to let them on the road.

    • In other news (Score:5, Interesting)

      by BigBadBri ( 595126 ) on Sunday February 15, 2004 @08:01PM (#8289929)
      Trains are dangerous, because the human body is not designed to go over 30 mph.

      Automobiles should be restricted to 4 mph, and preceded by a man carrying a red flag (an presumably singing the Internationale for good measure).

      Machines such as the Spinning Jenny will destroy our way of life.

      I salute you, Ned Ludd, for your foresight and insight into the human condition.

  • by benjonson ( 204985 ) on Sunday February 15, 2004 @07:33PM (#8289759)
    As a lover of the desert and card carrying member of Earth First, I thought I'd point out another contest that happens to be occurring on the same day. Its called "Bag the Unmanned Vehicle". Contestants compete to disable unmanned vehicles trashing desert flora and fauna for fun and prizes.
    • Re:another contest (Score:4, Insightful)

      by DavittJPotter ( 160113 ) on Sunday February 15, 2004 @11:42PM (#8291069) Homepage Journal
      So I can assume you'll be out there, in your little booties, trampling the very same flora and fauna? And while you dismantle these vehicles, how do you plan on cleaning up the fuel you'll spill while breaking fuel lines? Brake fluid?

      It's called Tread Lightly. Not everyone who enjoys off-road activity trashes the environment, dude. The responsible ones travel well-known trails, and we pack out what we pack in.
    • Re:another contest (Score:3, Insightful)

      by 0x0d0a ( 568518 )
      A coyote digging a couple of holes is going to probably displace more topsoil than these few vehicles.

      If you *really* want to do something, go after the hordes of people driving SUVs and not carpooling. The air pollution emitted by these does a lot more damage than some faint tire tracks.
  • by BuckaBooBob ( 635108 ) on Sunday February 15, 2004 @07:40PM (#8289815)
    Its been done a long time ago but still has soo much to be desired to do it effectivly... Basically you still need a human operator for the equipment your pulling to keep it effecient.. and since your allready in there.. might as well drive to keep effeciency up as high as you can get...

  • training wheels anyone?
  • by dj245 ( 732906 ) on Sunday February 15, 2004 @07:43PM (#8289845) Homepage
    Vehicles must cross 200 miles of rugged terrain between Barstow and Las Vegas in under 10 hours with no human assistance whatsoever.

    Of course the simple solution would be to give a monkey a quad bike. But don't give him a full-blown road vehicle, or he will turn it into a V8 intercepter and conquer the post-apocolyptic wasteland...

  • by Anonymous Coward on Sunday February 15, 2004 @08:01PM (#8289928)
    Vehicles must cross 200 miles of rugged terrain between Barstow and Las Vegas

    Sweet Jesus! That's bat country. I suppose the poor bastards will figure that out soon enough.

    ? [imdb.com]
  • short on details (Score:3, Insightful)

    by Squeezer ( 132342 ) <awilliam@mdah.st ... .us minus distro> on Sunday February 15, 2004 @08:13PM (#8289986) Homepage
    I wish the article said how they were making the pickup be autonomous. Are they running linux and wrote some sort of hazard avoidance program, etc?
  • by Why Should I ( 247317 ) on Sunday February 15, 2004 @08:36PM (#8290076) Homepage
    Something I wondered about the scenario of the car taking off in the suburban street.

    How does i know which side of the road to drive on?

    How do you tell it that half of it's obstacle-free passage is actually not allowed to be driven on because that's for traffic going in the other direction ?
  • by Animats ( 122034 ) on Sunday February 15, 2004 @09:39PM (#8290442) Homepage
    I'm the head of Team Overbot, the guy whose picture is on the front page of the SF Chronicle today.

    Sadly, we (Team Overbot) aren't going to be ready in time. We lost five members in January. Two got better jobs, and two were Stanford students who needed to get their grades back up. This left us with too few people to finish in time. We have all the hardware, and most of the software, Most of it is working, but it hasn't been integrated and tested. We'll finish the vehicle, and we'll have some public demos at some point, even if we're not at the Grand Challenge.

    It's up to DARPA whether anyone wins this year. They're going to provide 5000 GPS waypoints, and if you can drive the route described by connecting the dots, somebody will probably win. If the vehicle has to find its own gully crossing, it's unlikely that anyone will win, unless somebody figured out, by hand, in advance, where the crossing is. It's all up to DARPA. As one of the DARPA people put it, "This is turning into a breadcrumb following exercise". If somebody wins by connecting the dots, this whole thing was a waste of time.

    Several teams are using aerial photographs and manual planning. The general route leaked weeks ago, and it's since been oveflown by Airborne 1 in San Diego. High-resolution photos and depth maps from LIDAR scans have been obtained. Still, you won't see a fence in those depth maps. The emphasis on preplanning surprised us. The whole point of the Grand Challenge was originally that preplanning was made impossible by the large area to be covered and the release of the waypoints only two hours before the race. That all changed when the route leaked.

    Nobody seems to be deploying anything new in the sensor area. Everybody with a laser rangefinder that we know of is using an off-the-shelf line scanner. Nobody has a true 3D scanner, although several teams have line scanners on tilt heads. It's quite possible to build a true 3D LIDAR depth measurement system. But it's hard to make money doing it, as the five companies that exited the field learned the hard way.

    We hear talk of new vision algorithms, but no details yet. Stereo vision doesn't work well on dirt or sand; there aren't enough edges for the stereo algorithms to register the images properly. Optical flow doesn't work well for the same reason. If somebody can do good stereo from motion in this demanding environment, that will be an achievement.

    Still, the Grand Challenge has done quite a bit to get autonomous vehicle work moving again. Just getting CMU off the dime (DARPA's real intent, we hear) was worth the whole effort.

    If DARPA does this every year for the next decade, with a tougher course every time somebody wins, we will have battlefield robotics that works within ten years.

    • It's similar to the way multiple SBIR contracts are awarded to different companies to enhance competition, find a new way of looking at things, and to get the older more established companies / contractors off their butts.
      They realize that the gov't doesn't have to keep coming to the established contractors or research universities to get the same things done.
      But I agree that the leaked route changes the key approach to the concept: responding quickly to a new task without the opportunity for a great amount
  • by Anonymous Coward
    The Turing Test for 2004 goes like this... "Can you distinguish an autonomous computer controlled vehicle from some old lady driving to Vegas?"
  • by TravisTHose ( 737937 ) on Sunday February 15, 2004 @10:59PM (#8290851)
    I was the lead engineer of the Grand Challenge team 'R Junk Works'. Our paper was submitted and approved by DARPA for the Grand Challenge. They then put us in the 'Partially Acceptable' category just after approval. This was no big deal for us as we already had our prototype vehicle built and were testing it in October of 2003 before we submitted our Technical Paper. Their 'Site Visit' seemed like just another hoop to jump through before being in the race. There are only three people on our team, and we all have worked in one form or another for the 'Lockheed Martin Skunk Works', so our little group we called the spin offs - or the 'R Junk Works'. We are also located in Palmdale California. In retrospect, perhaps it was our team name that gave DARPA hesitation. Heaven forbid that only three guys in a garage in Palmdale with a name like ours win their Grand Challenge! Anyway, the four DARPA site visitors/inspectors arrived at my garage on the 5th of December to inspect our progress. They road around in our test vehicle that had: Integrated DGPS, LN200INU and V4L2 Vision systems running under LINUX Fedora Core 1.0 all installed and functional in my personal 1998 Toyota Tacoma pickup truck. They let it slip that this was a 'first for them' to be riding around in one of the contestants vehicles. They road around in the drivers seat around the desert next to my house here in Palmdale along a pre programmed course that took them down dirt desert roads and washes here in the Mojave Desert - only a few mile away from where they are going to have the actual race. Members of this inspection team jump in front of our vehicle as it was traversing the pre programmed course and watched how it avoided them by driving around them and continuing down the course. They watched with amazement as our vehicle raced along in excess of 35 mph across the rutty Mojave Desert roads. Almost everything worked perfectly for the demo except our main vision system camera had been damaged the day before and we were using our backup camera that was having intermittent problems, but did not take away from the totality of the demo. It was probably one of the best demos I have ever given in my entire professional life. If I could summarize their attitude of the demonstration, it would be that they were amazed, enthused and excited over our participation in the Grand Challenge. They also let it somewhat slip that we were the farthest along team that they had seen as yet! I tend to think that the inspection team was 'On our side' as possible contestants. After the demo, we assumed that it was inevitable that we would be selected for one of the remaining six contestant slots left. This was far from the case. They called us on December 17th (my birthday) and told us that we were not selected to participate. One of the inspection team members said: 'After a much heated discussion amongst the DARPA Program Director and our inspection team, I have been told to tell you that you were not selected to participate in the Grand Challenge.' The transparent reason they gave us was that our team did not, as yet, have an actual 'race vehicle'. A very trivial problem for us when it comes right down to it. This was by their very own undoing, as once our vehicle sponsors got wind that we were not in the 'Totally Acceptable' list; they backed out and were waiting for our team to be on that list before donating our actual race vehicle. We even supplied statements of sponsorship from that sponsor = they obviously did not read them = OR = perhaps there was another incentive. After talking to a guy called 'Dan' who is the editor of a national magazine and good friend of mine, he also went to the 'Kick Off' for the Grand Challenge that DARPA had in LA last year. He was able to 'Liquor Up' one of the DARPA legal reps, and SHE intimated that the reason they were holding the Grand Challenge was to put the fear of god into their current contractor and show that they could go else ware for technical projects. She also said that it had already achieved this goal and that even if the
  • I do not want to be stuck behind an autonomous car with its blinker on for 200 miles. The programmer that gets that wrong needs to be tied to the bumper of that vehicle!
  • by tron21 ( 753055 ) on Monday February 16, 2004 @02:15AM (#8291799)
    I was a volunteer for Red Team the CMU entry into this competition and I can tell you first hand they have this, just my 2 cents. Thought you all may like these pictures of the new suspension system for the sensor and computer box and just some general fun we had while working on it.

    Work and Fun Graduation [cmu.edu]

  • Televised? (Score:3, Interesting)

    by hoggoth ( 414195 ) on Monday February 16, 2004 @09:38AM (#8293481) Journal
    I really hope this challenge will be televised in some way. Network, cable, streamed over the net, anything.

A committee takes root and grows, it flowers, wilts and dies, scattering the seed from which other committees will bloom. -- Parkinson

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