MIT Researchers Fight Gridlock with Linux
nerdyH brings us a report about a Linux-based device being developed at MIT which aims to reduce traffic congestion as well as assist automotive research projects.
"The current focus of the project is in developing algorithms that run on top of the portal application to help drivers plot the best route at a given time. For example, the team's MyRoute project includes applications that model delays observed on road segments as statistical distributions. Various algorithms then use these to compute optimal routes for different times of the day. 'Instead of asking the shortest time or shortest distance from point A to point B, you ask what route should be taken, say, for the highest probability of getting to the airport by a certain time depending on the time selected,' says Madden."
Within a few years I don't think we'll just be using statistics of past data, but rather real-time traffic data from cars that link into a real-time network. All it will take is a certain density of smartphones with GPS.
Eliminate green arrows from 12am-5am! As an overnight worker I can not tell you how many times I've had to sit at a red light twice because the sensor didn't want to trigger for just one car - and I know the one time I decide to go on a red arrow there is going to be a cop right around the corner.
But actually, that would be a good us of the system; if there ever were an evacuation, it would be useful to have a system to reroute around the inevitable traffic jams...
http://www.geoffreylandis.com
It is about time we applied techonolgy to solve the worlds problems. What if all the business leaders coordinated to shift their employee arrival and departure times slightly so as to create a well orchestrated movement of workers? With a little funding I could build a system to coordinate the daily rush hours. The system would take into account departure points and destinations, the course and various elements on the course, and perhaps the best course, preferences and people would select a travel spot. Even better all the cars can communicate with each other, knowing their drivers intended destination an artificial intelligence could coordinate suggesting the best time to move into the middle or left lane, sending some cars down an alternate route to relieve some congestion which in the end results in everyone getting home quickly which is the incentive to participate. How many billions of gallons of gasoline could be saved if we simply knew the most energy efficient route especially when driving in unfamiliar territory? Far more money would be saved than the cost of the system and the benefits would be extraordinary.
"an infinite player that has lost his finite mind" ~Infinite Play the Movie (it blends with reality)
Density. There are simply too many cars for the roads. Public transit is partly to blame; it's gotten better and more convenient (the Charlie Card was a major improvement- people can board busses *really* fast now, and I'm seeing fewer and fewer here-is-what-I-found-in-my-change-jar types), but the T still has miles to go in terms of reliability, routes, and just plain cleanliness.
GPS units (and Yahoo/Mapquest/Google maps) which go for the shortest/fastest route, not the *best* route or route with the most 'bandwidth'. For example, it's technically shorter to cut *through* longwood medical area, but it's much faster to go around it- even though there are more traffic lights, they're all in your favor.
Stupid traffic lights. There's a major intersection near me where, despite the complexity of the intersection (five streets), it's not wired with pads to tell how many cars are where. One car on a tiny side-street fucks up traffic on roads which are classified as arterial (y'know, the ones you can't park on during a snow emergency.) Boston and surrounding cities have hundreds of such intersections- but you'll only find the "smart" ones where rich people live.
Please help metamoderate.
I think the EasyWiFi technology that they had to develop in order to get this to work is actually the cooler aspect of this project, especially since its compatible with normal WiFi hotspots.
I could see it becoming a handy addition to any Wifi setup for a mobile device.