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Simple engine models for VII-enabled in-vehicle applications

TitleSimple engine models for VII-enabled in-vehicle applications
Publication TypeJournal Article
Year of Publication2008
AuthorsNi D, Henclewood D
JournalIEEE Transactions on Vehicular Technology
Volume57
Issue5
Start Page2695
Pagination2695-2702
Date Published02/2008
ISSN0018-9545
Accession Number10222427
KeywordsIn-vehicle applications, Internal Combustion (IC) Engine, modeling and simulation, Vehicle Infrastructure Integration (VII)
Abstract

The rapid development of intervehicular communication technology, coupled with the United States department of transportation (USDOT)'s vehicle infrastructure integration (VII) initiative, will soon enable a new class of in-vehicle applications such as cooperative driving assistance systems (CDASs). An engine model with reasonable accuracy and excellent computational efficiency is called for to facilitate the development of such systems. This paper presents and formulates three candidate models (Models I, II, and III), among which Model I is an existing one, and the other two are new. Their performances are evaluated based on a system of metrics including accuracy, accessibility, computational efficiency, formulation, and the need for calibration. Overall, Model II outperforms the other two and appears promising to fit the need of the particular application.

DOI10.1109/TVT.2008.917229