Software Speeds Response To Road Accidents
coondoggie alerts us to research out of Ohio State University that could help authorities respond to car accidents more quickly and ease traffic back-ups at lower cost, particularly in rural areas. The software improves the efficiency of communications from in-road vehicle detection loops to transportation engineers monitoring conditions in order to improve traffic flow. Faster response to accidents and traffic jams could have huge payoffs: a 2002 study estimated that traffic jams cost the average city almost a billion dollars a year.
If only there was some computer software that would stop people from slowing down and gawking at small fender bender, we'd have no more traffic jams.
Every day we drive the dangerous bloody roads.
Our friends and neighbors are killed as we drive on to work. Their deaths are an inconvenience and a reminder of the dangerous lives we live.
What is more likely do result in death and injury: being deployed to Iraq or driving to work every day? Driving to work.
Ride on, brave Americans. We are the real heros.
You can't take the sky from me...
They've been doing this in Germany for years and years now.
And a lot of other European countries have also been following suit.
America, as always, straggles behind the times.
The article talks about software/hardware combos being used to alleviate road traffic jams. I think this is a very interesting advancement in the use of our road infrastructure. Currently, where I live (Ottawa) there is a huge problem associated with road usage and a non-scalable transit system. Here there is exclusively busses used as public transit. When the busses are using common traffic roads, there is often a pileup of busses arriving at once or no busses at all when they're stuck in traffic. If we were somehow able to analyze traffic patterns in real-time it would probably be possible to divert or add additional bussing to busy routes and avoid congested areas, thereby alleviating the current situation where there is no possibility for rail or subway and our bus system can't get any bigger. D
How does a traffic jam cost a city money?
0xB315AA8D852DCD3F3DCA578FD2E0BF88
If this is really true, big cities are spending over $1B a year for traffic problems, they should stop buying them and spend that money elsewhere.
If your car can still function after the accident, get it off the road. If the other person's cannot or is unwilling, use your vehicle to push theirs onto the shoulder. Yes, it's that important.
There are 11 types of people. Those who understand binary, those who don't and those who are sick of this lame joke.
Come - keep up !
This kind of stuff had been around since 2001 and is very widely used in used in the UK and Europe... http://www.scoot-utc.com/
When it works, software can be great, but you have to be careful:
t me /4879026.stme /6201950.stm
http://news.bbc.co.uk/1/hi/england/tyne/4986432.s
http://news.bbc.co.uk/1/hi/england/north_yorkshir
http://news.bbc.co.uk/1/hi/england/gloucestershir
Excellent editing job, guys.
m0nstr42.blogspot.com
CALTRANS has had that operational on Bay Area and LA freeways for the last ten years.
Here's the current status for the SF Bay Area.
The detector loops on the freeways report speed and traffic density data ("70 MPH, 14 veh/30 seconds"). A map display at the local CALTRANS control center shows spots where there's an unexpected discontinuity with the previous section. The control center then turns on the appropriate traffic cameras, which have pan, tilt, and zoom, so they can get a close look at the problem. They they can send tow trucks, ambulances, police cars, fire trucks, road repair crews, cleanup crews, or whatever's needed.
You can watch much of the camera output, alhough, being an old system, it's RealPlayer. Most of the cameras are pointed in somewhat random directions, because they're usually just left pointing at whatever incident needed to be looked at last.
You can see the incident log at the CHP incident log site. The control center sometimes initiates entries, but the guys who actually go to the site finish them.
Typical entries:
1:09PM VEH STALLED IN LANES, PTY UNDER VEH WORKING ON IT
1:13PM CHP Unit Enroute
My solution to accident-caused traffic backups features two components: A bulldozer, to get the wrecks off the road ASAP*, and a long portable canvas screen between the wreck and the travel lanes, so dumbass rubberneckers don't have anything to look at.
*willing to make exceptions for wrecks with people still in the cars
Remain calm! All is well!
Actually, it doesn't seem to be the 'average city' it looks like it's the 'average city' in a group of 72 major cities. Which could, in turn, mean many things. But I haven't read the 2002 paper so it's hard to pin this down.
=======
Science -- Sealed, Delivered.
We can't even keep the pot holes filled here. A country in ruin with crumbling infrastructure, busy playing bully all over the world.
"He then wrote computer algorithms that can capture a vehicle's length as it passes over a detector. Once a vehicle of similar length passed over the next loop, the computer could match the two signals and calculate the vehicle's travel time. Based on each car's travel time, the software was able to determine within three and a half minutes after traffic began to slow that a traffic jam had formed."
I'm probably missing something here but how do they determine the length of the car when they don't know it's speed. Surely a small car moving slowly would record a similar reading to a longer car moving faster.
Chirstchurch NZ has real time monitoring & update of bus traffic. At each bus stop there is a terminal telling you when the next bus will arrive and they are able to control buses far better to get improved passenger flow. Better passenger experience also means more bus usage which is also good for the old environment.
Engineering is the art of compromise.
Hi, everyone. I'm the author of the news release referenced in the post... It looks like you linked to an older story. The new one is here: http://researchnews.osu.edu/archive/smartbox.htm Thanks for posting it! Pam Gorder
Dear Richard,
Can I call you Dick, great, thanks Dick.
Yes, Dick, it's true, if you analyze enough stories, you find that there are only a few types of events.
Specifically, "$noun $verb" and often some number of "$adjective" or "$adverb" or more "$noun" and "$verb" fields.
Of course, this all obscures the fact that when stuff happens, it's news, and if people care about it, it's news worth reporting. This story involves stuff happening (specifically, researchers found a way to write software which will help respond to traffic problems), and people (particularly those who drive) care about it.
So there you go, Dick, it all makes sense. You can rest assured that despite the veracity of your statement, there is in fact news worth reporting to be had. I hope this cleared everything up for you, dick.
Try not to take me more seriously than I take myself.
Damn people following too close, that's what. Back off! Three second rule. Should be law.
What?
Require cell operators to provide anonymous traffic speeds as a condition of licensing. It's a pure software solution. Of course they won't like it (people stuck in traffic reach for what revenue-producing device?) but at least they can claim carbon credits.
Oh, I'm sorry sir, I thought you were referring to me, Mr. Wensleydale.
Yes, those are the CALTRANS cameras. You can look at what CALTRANS centers are looking at, but the camera system, which is mostly analog, has a limited number of video paths and switching, so only some of the cameras are live at any time. They're for zooming in on trouble, not for constant surveillance.