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| | HR0126 | | LRB100 11236 KLG 21565 r |
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1 | | HOUSE RESOLUTION
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2 | | WHEREAS, According to a 2014 study, five of the 20 most |
3 | | congested stretches of road in the United States are in the |
4 | | Chicago area; drivers in the northeastern Illinois-northwest |
5 | | Indiana region spent on average, 61 extra hours behind the |
6 | | wheel because of gridlock, construction zones, and collisions; |
7 | | that is the equivalent to a week and a half of work; the time |
8 | | wasted because traffic flow lagged well below speed limits |
9 | | during much of the day, was 6 hours more per driver; |
10 | | nationally, delays due to traffic congestion kept drivers and |
11 | | their passengers in cars for almost seven billion extra hours |
12 | | and more than three billion gallons of fuel were wasted; and
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13 | | WHEREAS, Specific to the greater Chicago area, the study |
14 | | measured the total travel delay to 302.6 million hours |
15 | | affecting 3.4 million commuters in 2014; the cost of truck |
16 | | congestion, $1.5 billion in 2014, accounted for approximately |
17 | | five percent of the $28 billion nationally in the value of |
18 | | operating time and wasted fuel for commercial trucks stuck in |
19 | | traffic and adding to congestion; a driver in the Chicago |
20 | | region who needs to arrive on time at a destination 20 minutes |
21 | | away in light traffic, should instead budget a full hour during |
22 | | peak travel times; and
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23 | | WHEREAS, Universities across the country are collaborating |
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| | HR0126 | - 2 - | LRB100 11236 KLG 21565 r |
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1 | | with tech companies and state government entities to develop |
2 | | wireless technology to reduce traffic congestion; in South |
3 | | Carolina alone, Clemson University, Benedict College, The |
4 | | Citadel, South Carolina State University, and the University of |
5 | | South Carolina, are developing wireless technology for traffic |
6 | | signals in order to make it possible to eliminate car accidents |
7 | | and travel on busy roads without stopping for traffic lights by |
8 | | controlling traffic signals in real-time based on existing and |
9 | | predicted vehicular and pedestrian demand; researchers at MIT, |
10 | | using models developed in Singapore, were able to build |
11 | | simulations gauging driver locations with radio transmitters |
12 | | mounted on gantries scattered around a city, like the gantries |
13 | | used in many wireless toll systems, to route drivers around |
14 | | congested roadways by charging a toll for entering congested |
15 | | roadways, thereby providing an incentive to avoid it and choose |
16 | | and alternate route; therefore, be it
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17 | | RESOLVED, BY THE HOUSE OF REPRESENTATIVES OF THE ONE |
18 | | HUNDREDTH GENERAL ASSEMBLY OF THE STATE OF ILLINOIS, that we |
19 | | urge Illinois colleges and universities, in cooperation with |
20 | | tech companies and government entities, to work together to |
21 | | develop wireless technology designed to work towards |
22 | | eliminating traffic congestion so that Illinois can be on the |
23 | | forefront in the elimination of traffic congestion and to make |
24 | | Illinois roads the safest in the nation, to reduce travel time, |
25 | | and to save money on wasted fuel.
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