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Design and Implementation of an Integrated Development Environment Consisting of Engine Rapid Control Prototyping and Real Time Vehicle Simulation
Technical Paper
2007-01-0515
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
To meet the ever increasing requirements for engines and vehicles in the areas of performance, fuel economy and emission, and reduce product development time, we see the need for an integrated development environment which combines engine rapid control prototyping (RCP) capability with real-time vehicle simulation capability using an engine dynamometer in the test cell. Design and implementation of such a system with the ADX universal high-speed system controllers are described. An application example of simulating an FTP-75 cycle in the test cell while the engine is under ADX control is presented. This system moves a lot of work from the whole vehicle environment to the engine test cell environment, and is a powerful tool for quick development and testing of control algorithms as well as calibration.
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Authors
Topic
Citation
Jiang, S., Medonza, D., Furukawa, S., and Smith, M., "Design and Implementation of an Integrated Development Environment Consisting of Engine Rapid Control Prototyping and Real Time Vehicle Simulation," SAE Technical Paper 2007-01-0515, 2007, https://doi.org/10.4271/2007-01-0515.Also In
SAE 2007 Transactions Journal of Passenger Cars: Electronic and Electrical Systems
Number: V116-7; Published: 2008-08-15
Number: V116-7; Published: 2008-08-15
References
- Ma Jooyoung Youn Jeamyoung Shin Minsuk et. al. “A Design Approach using Seamless Development Environments, SILs/RCP, for Real-Time Control Systems” SAE 2006-01-0310
- Beaumont Andrew Lemieux Joe Battiston Paul et. al. “Design of a Rapid Prototyping Engine Management System for Development of Combustion Feedback Control Technology” SAE 2006-01-0611
- Erkkinen Tom Zwaanenburg Koos “A Seamless Implementation of Model-Based Design Applied to a New Fuel Control Feature for an Existing Engine ECU” SAE 2006-01-0612
- Park Seungbum Yoo Hakmo Park Youngbug et. al. “Model-based Development of Engine Control System from Concept to Vehicle” SAE 2006-01-0856
- Steiber Joe “Development of an Engine Test Cell for Rapid Evaluation of Advanced Powertrain Technologies using Model-Controlled Dynamometers” SAE 2006-01-1409
- Naber Jeffrey D. Bradley Eric K. Szpytman John E. “Target Based Rapid Prototyping Control System for Engine Research” SAE 2006-01-0860
- Steiber Joe Surampudi Bapraju Treichel Ben et.al. “Vehicle HIL, the Near Term Solution for Optimizing Engine and Transmission Development” SAE 2005-01-1050
- Philipp O. Buhl M. Diehl S. et.al. “Engine ECU Function Development Using Software-in-the-Loop Methodology” SAE 2005-01-0049
- Hsu Mark El-Jaroudi Maher Bender Eric “Accelerated Life Cycle Development for Electronic Throttle Control Software using Model-based/Auto-Code Technology” SAE 2004-01-0276
- Beine Michael Otterbach Rainer “Development of Safety-Critical Software Using Automatic Code generation” SAE 2004-01-0708
- Plischke Kurt B. “Bringing MATLAB Into the Test Cell” SAE 2003-01-1025
- Cook Paul James Peter Willows Mark “Rapid Prototyping of Generic Hybrid Concept Vehicles” SAE 2002-01-0755
- Lemieux Joseph J. “Foundation for Rapid Embedded Development” SAE 2001-01-0022