Hardware System Performance Enhancement Method in the Design Stage for Automotive Engine Mount Control Module
Author:
Affiliation:
1. Dept. of Computer Engineering, Yeungnam University College, DeaGu, Korea
2. GyeongBuk Research Institute of Vehicle Embedded Technology, YoungChun-si, GyeongsangBuk-do, Korea
Publisher
ACM
Link
https://dl.acm.org/doi/pdf/10.1145/3362752.3362771
Reference10 articles.
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2. Terry M. North James Muccioli. 2012. Automotive EMC testing - The challenges of testing battery systems for electric and hybrid vehicles. IEEE Electromagnetic Compatibility Magazine. vol 1(2012) 97--100. Terry M. North James Muccioli. 2012. Automotive EMC testing - The challenges of testing battery systems for electric and hybrid vehicles. IEEE Electromagnetic Compatibility Magazine. vol 1(2012) 97--100.
3. Matsuoka H Mikasa T. and Nemoto H. 2004. NV Countermeasure Technology for a Cylinder-On-Demand Engine-development of Active Control Engine Mount. SAE Technical Paper Series. 2004-01-0413. Matsuoka H Mikasa T. and Nemoto H. 2004. NV Countermeasure Technology for a Cylinder-On-Demand Engine-development of Active Control Engine Mount. SAE Technical Paper Series. 2004-01-0413.
4. Gennesseaux A. 1993. Research for New Vibration Isolation Techniques: From Hydro-mounts to Active Mounts. SAE Technical Paper. 93-13-254. Gennesseaux A. 1993. Research for New Vibration Isolation Techniques: From Hydro-mounts to Active Mounts. SAE Technical Paper. 93-13-254.
5. Swanson D. D. 1993. Active Engine Mounts for Vehicles. SAE Technical Paper. 93-02-432. Swanson D. D. 1993. Active Engine Mounts for Vehicles. SAE Technical Paper. 93-02-432.
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