상용차용ABS ECU 의성능분석을위한HILS 시스템개발
황돈하， 이기창， 전정우， 김용주， 조정목… - 제어· 자동화· 시스템 …, 2002 - kiss.kstudy.com
Antilock Brake System (ABS) is designed to prevent wheels from being locked-up under
emergency braking of a vehicle. Therefore it improves directional stability of the vehicle,
shortens stopping distance, and enhances maneuvering during braking, regardless of road
conditions. Hardware In-the-Loop Simulation (HILS) is an effective tool for design
Performance evaluation and test of vehicle subsystems such as ABS, active suspension,
and steering systems. This paper describes a HILS model for ABS/ASR (Acceleration Slip …
emergency braking of a vehicle. Therefore it improves directional stability of the vehicle,
shortens stopping distance, and enhances maneuvering during braking, regardless of road
conditions. Hardware In-the-Loop Simulation (HILS) is an effective tool for design
Performance evaluation and test of vehicle subsystems such as ABS, active suspension,
and steering systems. This paper describes a HILS model for ABS/ASR (Acceleration Slip …
[引用][C] 상용차용ABS ECU 의성능분석을위한HILS 시스템구축
조정목， 황돈하， 박동영， 김용주， 조중선… - 대한전기학회학술대회 …, 2000 - dbpia.co.kr
HILS (Hardware In-the-Loop Simulation) is an effective tool for design, performance
evaluation and test of developed vehicle sub-systems such as ABS (Antilock Brake System),
suspension, and steering systems. This paper describes a HILS model for an ABS/ASR
application. Also the implementation of HILS system for performance test of the ABS ECU
(Electronic Control Unit) for commercial vehicles is presented.
evaluation and test of developed vehicle sub-systems such as ABS (Antilock Brake System),
suspension, and steering systems. This paper describes a HILS model for an ABS/ASR
application. Also the implementation of HILS system for performance test of the ABS ECU
(Electronic Control Unit) for commercial vehicles is presented.
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