Experience with the longitudinal control system used on each vehicle in the Morgantown Personal Rapid Transit System has shown that nonlinearities and variations in control system parameters can significantly affect performance if such characteristics are not adequately considered in the system design. A design summary is provided that documents this experience and emphasizes the important analysis and hardware design problems encountered. The performance capability of the final design is computed on the basis of analysis and test results. A description of the detailed nonlinear analytical model developed is included for possible use in future studies. Potential system improvements are described that may be the objects of future research and development.
Morgantown Personal Rapid Transit Longitudinal Control System Design Summary
1975
160 pages
Report
No indication
English
Transportation & Traffic Planning , Urban transportation , Vehicles , Automatic control , Speed control , Synchronism , Mathematical models , Spacing , Safety , Traffic control , Electric drives , Telecommunication , Braking , Position(Location) , West Virginia , Personal rapid transit , Guideway transportation , Morgantown(West Virginia)
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