A Nonlinear Programming approach to On-Line Solution of Minimum-Time/Limited- Fuel/Fixed-Route Problems.

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Master of Sciences Thesis

Strategic Long-Distance Operation Optimization for Solar/Electric Road Vehicles.

Development of course-specific energy use strategies for extension of vehicle operational range and average vehicle speed maximization. Original solution to the implied limited-fuel/minimum-time problem. General applicability of concept / various possible applications.

Branimir M Brankovic

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A Nonlinear Programming approach to On-Line Solution of Minimum-Time/Limited- Fuel/Fixed-Route Problems.

Details: Category: Operational Optimization of Transport Systems.; Published: Saturday, 19 August 2017 19:14; Written by Branimir; Hits: 793

A Nonlinear Programming approach to On-Line Solution of Minimum-Time/Limited- Fuel/Fixed-Route Problems.

Working as Graduate Research Assistant, have prepared this paper with Prof.Dr. S.T. Hung as author. Paper is an extension of a general approach to the underlying problem. It stresses particularly a modified Newton's algorithm, its self-adjusting performance cost index weights, and an element-wise matrix inversion scheme, to attain speed while preserving robustness of algorithm.

Ref.: Submitted to the IEEE Transactions on Automatic Control.