Automobile congestion in major
cities has become unacceptable, and advanced traffic management systems are
being built in many of these cities to measure traffic flow at intersections
(by some combination of magnetic loop detectors, optical sensors, and other
means), and regulate stoplights and message signs. These systems can also issue
advisories of accidents ahead by means of variable message signs or radio, and
give advice of alternative routings. In emergencies they can dispatch fire,
police, ambulances, or tow trucks, and in the case of tunnels can shut down
entering traffic completely if necessary. These systems are operated by a
combination of computers and humans from centralized control rooms. The
operators look at banks of video monitors which let them see the traffic flow
at different locations, and computer-graphic displays of maps, alarm windows,
and textual messages. The operators get advice from computer-based expert
systems, which suggest best responses based on measured inputs, and the
operator must decide whether to accept the computer’s advice, whether to seek further
information, and how to respond.
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2014
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July 2014
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- Topping and Bottoming Cycles
- Energy Conservation
- Trust, Alienation, and How Far to Go with Automation
- Human Error
- Mental Workload
- Human Workload and Human Error
- Common Criteria for Human Interface Design
- High-Speed Train Control
- Advanced Traffic Management Systems
- Smart Cruise Control
- Intelligent Highway Vehicles:Vehicle Guidance and ...
- Air Traffic Control
- Supervisory Control
- Direct Manual Control
- Human-Machine Interaction
- Guidelines for Improving Thermodynamic Effectiveness
- Combustion in Internal Combustion Engine
- Engineering Thermodynamics Second Low
- Engineering Thermodynamics First Low
- Engineering Thermodynamics Basics Part 1
- Introduction to Finite Element Analysis
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July 2014
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