Traffic Signal Control of Congested Arterials - Abu-Lebdeh, Ghassan
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As traffic congestion becoming the norm in many urban areas around the world, formulation and solution of sutiable traffic control algorithms is now a necessity. Congested and oversaturated traffic conditions are not simple variant of undersaturated conditions-- they more complex and have unique properties. A control approach that recognizes such uniquness and complexity is necessary. TRAFFIC SIGNAL CONTROL OF CONGESTED ARETERIALS is about the formulation of flow models and control algorithms for oversaturated traffic arterials. The control problem is formulated as a discrete-time, time…mehr

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Produktbeschreibung
As traffic congestion becoming the norm in many urban areas around the world, formulation and solution of sutiable traffic control algorithms is now a necessity. Congested and oversaturated traffic conditions are not simple variant of undersaturated conditions-- they more complex and have unique properties. A control approach that recognizes such uniquness and complexity is necessary. TRAFFIC SIGNAL CONTROL OF CONGESTED ARETERIALS is about the formulation of flow models and control algorithms for oversaturated traffic arterials. The control problem is formulated as a discrete-time, time varying dynamical system. The control is optimized using micro-Genetic Algorithms. The formulation and solutions provide a mean to controlling oversaturated arterials and also heighlight operational issues that are unique to oversaturated conditions but are often overlooked or not well understood.
Autorenporträt
Dr. Ghassan Abu-Lebdeh is an associate professor of Civil Engineering at the American University of Sharjah. He is a former recipient of the Eisenhower Doctoral Fellowship at the University of Illinois at Urbana-Champaign. Professor Abu- Lebdeh''s researh interests are in control and modeling of interrupted flow and congested traffic systems.