“A Modification of Newton’s Nonlinear Programming Algorithm Applied Onto the Earth Transport System Strategic Operation Optimization Problems in Form of Iterative On-Line Solution, Case Study: Solar / Electric Road Vehicle.
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- Category: Operational Optimization of Transport Systems.
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RESEARCH PAPER PRESENTATION: Optimal Control, Nonlinear Programming. “A Modification of Newton’s Nonlinear Programming Algorithm Applied Onto the Earth Transport System Strategic Operation Optimization Problems in Form of Iterative On-Line Solution, Case Study: Solar / Electric Road Vehicle”, Preprints of the CONTROL95 Conference held in Melbourne VIC Australia, Vol 2, pp. 429-440, Published by the Institution of Engineers Australia (NCP 95/09). Melbourne, Australia (Oct 1995)
Abstract: A form of the modified Newton's algorithm of nonlinear programming has been proposed in this paper as potentially capable of solving the Strategic Operations Optimization (SOO) problems relevant to the various Earth Transport Systems (ETS). The application has been demonstrated on solar/electric road vehicle under the race conditions. Modeling of the vehicle and the optimization problem setting have been done from the general ETS SOO standpoint. The analytical conditions under which this method is applicable have been discussed, too. It has been shown that the knowledge of ETS mathematical model would suffice to predetermine the validity of this approach. We have demonstrated the method on the minimum-energy type of SOO problems and have generalized our observations for the minimum-time optimization scenarios, also.
Personal Author: Brankovic, Branimir M; Lamba, Surinder S;
Source: In: Conference on Control Engineering (1995 : Melbourne, Vic.). Control 95: Meeting the Challenge of Asia Pacific Growth; Preprints. Barton, ACT: Institution of Engineers, Australia, 1995: 429-433.
DOI: Document Type: Conference Paper,
Research ISBN: 0858256312
Subject: Mathematical optimization; Nonlinear programming; Programming (Mathematics); Electric vehicles--Technological innovations; Electric vehicles--Design and construction; Transportation--Mathematical models; Automobiles, Electric--Design and construction;
Identifier: Earth Transport Systems (ETS); Solar/Electric Road Vehicle (SERV); Strategic Operation Optimization (SOO)
Series: National conference publication (Institution of Engineers, Australia) ; no. 95/09
Affiliation:
(1) Faculty of Technology, Northern Territory University, Darwin NT 0909, Australia
(2) Faculty of Technology, Northern Territory University, Darwin NT 0909, Australia