DARPA Grand Challenge 2005 Rules Announced
Mr_KnowItAll writes "Our friends at DARPA have released the
proposed
rules for the 2005
Grand Challenge. They learned their lesson from the first one, now they will expect teams to submit a video demonstration of their vehicle's ability to complete the course before being invited to participate. Good, but they're also advancing the timeline to the point that it will be very hard to any team to start now and hope to participate. After all the fuss at DARPA's last-minute rule changes in '04, it's interesting to see that they're offering the proposed rules for community review and feedback."
-Terrain navigation
-Obstacle navigation
-Other short races that highlight various systems and their proficiencies
-An overall skill winner
-And THEN the race
Each of the teams would be able to see and learn from the other various technologies and make changes/improvements in the coming years.
This thing was just a joke this year with many of the vehicles crashing before they could display their skills.
you bozo's /.'ed DARPA...
flinging poop since 1969
I guess you could do better? Oh, I forgot, this is slashdot, everything is easy...and if you fail you are stupid. Look, the best team broke an axel which caused them to stop. I bet you would have a hard time driving that course yourself. Have you ever driven somewhere where breaking an axel is a hazard? This isn't like your daily drive to work. Oh, and the CMU team drove ~3000 miles across the US in '94. I guess we should all just give up since nobody completed the course though...
If it was easy, idiots like yourself could do it, but it is hard so it will take a few tries to get it right.
DARPA has been funding development of this technology for many years. The Grand Challenge was designed to expedite the process by placing a seemingly large sum on the table for the winner. They, however, have chosen to not allow any previously government funded software.
While that levels the playing field for all the teams, it certainly does not represent the state of the art in autonomous robotic software that has been developed under DARPA's own contracts in the past. Many of the complex image understanding algorithms for road operations, obstacle avoicance, terrain classification, etc. have required millions of contract dollars to develop. This is far in excess of the prize being offered for the completion of the GC.
The repeat teams will certainly have a development advantage because the bulk of the necessary work is software development and integration not overall vehicle development. Most of the critical algorithms already exist but cannot qualify because they were developed under DARPA (and other government agencies) contracts.
From the article, someone has to read it...
"The route (see definition, p.28) will be no longer than 175 miles. It may include paved roads, unpaved roads, trails, and off-road desert areas. The route contains manmade and natural obstacles, both above and below the surface of the average terrain. Examples of obstacles include ditches, washboard, sandy ground, standing water, rocks and boulders, narrow underpasses, construction equipment, concrete safety rails, power line towers, barbed wire fences and cattle guards. Every obstacle on the route can be either traversed by a commercial 4X4 pickup truck or avoided entirely. DARPA will place on the route one or more obstacles that are designed to disable tactical vehicles. These obstacles must be detected and circumnavigated for a vehicle to successfully complete the route. The route will be wide enough for vehicles to bypass these obstacles."
Still think this is easy? If someone can't make a robot to navigate this they are stupid? By that standard nobody is smart, except you of course...
We've got Top men working on it right now. Who? Top Men
Looks like all teams will require an alleged Site Visit in order to participate in this next Grand Challenge. Last time, their PreChosen Few did not need to have a site visit. As a result, you can see what happened! The newer rules will still allow them to game it any way they really want to. Actually, after reading the newer rules, it looks like it will be easier for them to refuse teams for non technical reasons. Before, they had to explain exactly why the teams technical papers did not pass their muster. Now, all they have to do is not like any teams Video Presentation in order to disqualify them! They will not even have to give a a reason why they were not chosen like they had to before! The implied answer is that they did not like your video for some reason. What once was a technical challenge has now turned into which teams are able to produce the slickest and flashiest video of their alleged race vehicle. Something tells me that technical challenge was never the case. Rest assured, they are not going to like our teams video for some, as yet, unknown or dreamed up reason even though we already fulfill and surpass the current GC requirements. We shall all see.
I've been following the GC for a couple of months now, with the aim of setting up a team at school.
While there are some very tough technical barriers to be overcome, getting a vehicle in 'race' shape shouldn't be THAT hard. All of the pieces needed are available, they just need to be integrated. A dedicated team of college students (engineers) should be able to start in september and still be competitive.
That being said, let the naysaying commence.
....for God's sake DON'T enter a motorcycle, have it go for like 1 foot and have it fall over like last time.
Autonomous ground vehicles are needed to get people out of the supply logistics roles that are inherently hazardous. Force protection options for a convoy of trucks are limited and mostly unchanged since the military started using motorized vehicles. Since there's no way to circumvent the ground transportation requirement, the best option available is to develop automation to keep people out of the inevitable ambushes.
It would be interesting if they tried more unconventional vehicles. Berkeley's motorcycle was a good idea (very very efficient), but it just couldn't balance right. Maybe a tricycle design is in order? Like those 666 mile per gallon freakshows? Or a car that can flip over and still run (like some of those fancy toy RC cars)?
I hope there will be teams who will think it's worth it to do a really radical design: we might see some strange and exciting stuff on the battlefield later on.
John Nagle
Team Overbot
We're recruiting. Programmers, this time; we have most of the hardware working. Silicon Valley only; we're in Redwood City. Send us 1000 lines of C++ code that you're proud of. We'll be having an open house in late August. Watch the Overbot web site for details.
Quoth the competition rules;
"The manual emergency stop must be easy to identify and activate safely, even if the vehicle is moving at a walking pace. The operation instructions for manual emergency stop actuators must be clearly labeled in English and Spanish."
Who'd have thunk it, government organizations requiring instructions in English and Spanish, bilingually, for vital instructions on the vehicles. Is this a sign of the U.S. going bilingual (adopting Spanish) at snail's pace?
"I am a CMU alumni."
:-)
I found the problem. The prints showing how to make the axles strong enough were annotated in Latin, and so nobody at CMU could read them.
A Purdue Alumnus.