

Friday, October 24, about 11 a.m. Accident #66, like all the rest, could have been prevented with a bit of caring by our dear pols.
The Brooklyn-Queens Expressway: Fatalities Waiting to Happen


Early Monday morning -- October 20, 2008, about 8 a.m. Another accident that should have been prevented.






Saturday, October 4, 4 p.m. This is the 61st time that I have observed this kind of accident since last fall. Does anyone care ?
Here we are, Sunday, September 7, 2008. High noon. Guess what, another accident at the same familiar place.


This time it's a tractor-trailer collision. Obviously, as in all accidents, there is cost to the vehicle owners and their insurance companies. But there is also a huge cost to the public: insurance rates, police time, hospitalizations ... Do our legislators care ? Does the governor ?

And here is Accident # 41. It is the second accident, at the very same spot, this evening. And please remember that I cannot watch the spot all the time. I can only document the accidents that I happen to see. Time for this one: about 11:30 p.m., Tuesday, April 8, 2008.
And here, once again, the t-bone: accident #40, Tuesday, April 8, about 8:45 p.m. When will the State see fit to do something ? Traffic lights, though they may slow traffic a bit, would seem to be the most feasible solution.
Accident #39; third in day. Monday, April 7, 2008, about 3:30 p.m. This one involved at least one school bus. Mr. Governor, I know you're new on the job, but ARE YOU GOING TO DO SOMETHING ????
Just a couple of hours after the previous accident, here is #38. About 3:10 p.m., Monday, April 8, 2008.
Monday, April 7, 2008, ab. 12:30 p.m. Yet another t-bone accident, same spot. The installation of traffic signals would seem to be the most practical solution for avoiding this constant mayhem.

Here is the second accident of this Leap Year Day at the usual t-bone site. This picture was taken at 6 p.m., Friday, February 29, 2008.
Highway ramp control via fuzzy logic |
| Abstract Utilizes the fuzzy control concept to design a highway on-ramp control (HORC) such that the traffic light in the on-ramp works well to maintain the smoothness of the traffic flow on the highway. The HORC includes a fuzzy decision base (FDB) to estimate the probability of the light change and a decision function to decide the change making of the light. In this HORC, we only need one sensor to measure the speed and the speed change rate of the vehicles on the highway. Our simulation shows that the HORC has a good performance |
12:35 p.m. Feb. 27, '08
red car bumps into gray station wagon waiting to get on BQE; both pull over, check damage to rear. red car makes a call; g.s.w. keeps checking through hatchback (people inside ?), kicks back of car several times, closes back.
12:56 police car appears, drives away ..
1:03 another p0l. car appears, drives away
1:16 tow truck arrives, parks in "triangle"
1:17 2 police cars, one leaves.

Photo by Kirst0714