A Stochastic Optimal Control Approach to Real-time, Incident-Responsive Traffic Signal Control at Isolated Intersections
Published Online:1 Nov 2002https://doi.org/10.1287/trsc.36.4.418.550
References
- (1999) . Simulation of ITS on the Irvine FOT area using the ′Paramics 1.5′ scalable microscopic traffic simulator—Phase I: Model calibration and validation. California PATH research report UCB-ITS-PRR-99-12 1055-1425, CAGoogle Scholar
- Development of a traffic control and queue management procedure for oversaturated arterials. Transportation Res. Board Annual Meeting (1999) Washington, D.CPresented at theGoogle Scholar
- Incident detection and traffic monitoring in urban areas. DRIVE (1991) Brussels, BelgiumPresented atGoogle Scholar
- Congestion and incident management using the SCOOT UTC system. Road Transport Information and Control Meeting (2000) (IEE, London, U.K) . Presented at theCrossref, Google Scholar
- Estimation of queue lengths in urban road networks. ASCE 3rd Internat. Conf. Appl. Adv. Technologies in Transportation Eng. (1993) Seattle, WAPresented at theGoogle Scholar
- A new algorithm for optimal signal control in congested networks. J. Advanced Transportation (1994) 28(3):275–297Crossref, Google Scholar
- OPAC: A demand-responsive strategy for traf-fic signal control. Transportation Res. Record (1983) 906:75–81Google Scholar
- Incident management using MOLA. Dynamic Control of Strategic Inter-Urban Road Networks (2000) London, U.K(IEE). Presented at theGoogle Scholar
- PRODYN. Control, Computers, Communications in Transportation (1990) (Pergamon Press, Oxford and New York) 253–255Crossref, Google Scholar
- The SCOOT on-line traffic signal optimization technique. Traffic Engrg. and Control (1982) 23:190–192Google Scholar
- A novel traffic signal control formulation. Transportation Res. Part A (1990) 33A(6):433–448Google Scholar
- Actuated signals and detectors. Traffic Engineering (1990) (Prentice Hall, NJ)498–506Google Scholar
- Automatic incident detection through video image processing. Traffic Engrg. and Control (1993) 34(2):66–75Google Scholar
- Optimizing networks of traffic signals in real-time: The SCOOT method. IEEE Trans. Vehicular Tech. (1991) 40(1):11–15Crossref, Google Scholar
- Queue detection and congestion monitoring using image processing. Traffic Engrg. and Control (1991) 32(9):412–419Google Scholar
- Intelligent intersection: artificial intelligence and computer vision techniques for automatic incident detection. Artificial Intelligence Appl. Traffic Engrg. (1994) (Utrecht, The Netherlands) 189–200Google Scholar
- A stochastic modeling approach to real-time prediction of queue overflows. Transportation Sci (2003) . ForthcomingGoogle Scholar
- A new methodology for incident detection and characterization on surface streets. Transportation Res. Part C (1999) 6C(5–6):315–335Crossref, Google Scholar
- A stochastic estimation approach to real-time prediction of incident effects on freeway traffic congestion. Transportation Res. Part B (2001a) 35B(6):575–592Crossref, Google Scholar
- Stochastic modeling and real-time prediction of vehicular lane-changing behavior. Transporation Res. Part B (2001b) 35B(7):695–716Crossref, Google Scholar
- Stochastic modeling and real-time prediction of incident effects on surface street traffic congestion. Appl. Math. Modelling. (2002) . Paper submitted toGoogle Scholar
- The Sydney Coordinated adaptive traffic system. ASCE Engrg. Foundation Conf. Res. Priorities in Comput. Control of Urban Traffic Systems (1979) New YorkPresented at theGoogle Scholar

