@vasanth kumar d: Yes. I do know about PIXY. Great project with innumerable applications...
I know -- I pledged to th eKickstarter campaign -- I cannot wait for my Pixy to arrive -- that's one reason why I'm working on learning the Arduino so i can use my Pixy on an Arduino-controller robot...
You are right so my point is, if the car manufacturer itself designs ADAS it may tend to reduce the overall price of the car, that's why I was asking about Mitsubishi as that is the alone company who is in electronic system development along with car manufacturing.
The local automobile manufacturer have a lot of influence on the local laws. Eg emission rules are very everywhere. But i agree that extra technology or gadgets are going to increase the overall ownership cost of the vehicle.
We already have a lot of vision assistance in vehicles eg reverse, side parking. Radar or any other system which can detect the collision trajectory of other vehicle/human much in advance or take action will be greately helpful.
Indeed, as jaybus0 stated, an infrastructure system is a huge public works project involving multiple government entities. Even if funding could be procured -- a highly questionable proposition -- the high cost & long schedule would not bode well for improving driving safety any time soon. It is far more effective to deploy safety systems on the vehicles themselves.
Radar is more real-time with less computational processing
Vision is more reactive and require computational grunt.
Personally, i take both! That's this field of data sensing call data fusion, if you want to reduce uncertainties and improve measurement confidences. You want both. Along with GPS, inertial, wheel RPM measurements i.e dead reckoning. Otherwise, it's not complete to me.
Given that most signs (in the US anyway) are standardized (think STOP signs) it should be an easy task for vision to pick them out (even in poor visibilty conditions - snow covered stop sign) and alert the driver. Even with a low quality GPS system I was made aware of both my speed and the "posted speed limit" in almost real time. If GPS was improved and kept up to date on speeds and hazzards then GPS would be a very easy way to be more road aware. That said, having driven a rental car with back up vision assist and blind side (and back up) radar I loved it! I would be willing to pay more for my next car with those features, esp. given my new / young drivers in the family.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.