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Vehicle Electronics (Vetronics) Implications for Vehicle Diagnostics
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English
Abstract
The problem of performing vehicle diagnostics during the past 10 years has grown in magnitude and has become even more difficult and sophisticated for Army Combat vehicles. Army combat vehicles have increased greatly in capability largely through the use of the ever expanding electronic and microcomputer technology. Through proper exploitation of the same technology, more efficient integration of the vehicle subsystems can be achieved to make possible built-in diagnostics. Built-in diagnostics must be part of the system design to provide a “fix forward” capability in the highly mobile and lethal battlefield of the future.
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Sarna, D., Comito, A., and Walker, P., "Vehicle Electronics (Vetronics) Implications for Vehicle Diagnostics," SAE Technical Paper 830370, 1983, https://doi.org/10.4271/830370.Also In
References
- Muzi, Angelo “Sensor Selection for Automatic Diagnosis of Vehicles” Paper 770403 presented at SAE Automotive Engineering Congress and Exposition February 1977
- Fitzpatrick, T. E. Hanson, R. E. Sarna, D. S. Steyaert, J. W. “STE/FVS - Total Combat Vehicle Support with Simplified Test Equipment” Presented at AUTGTESCON San Diego November 1978
- Hadden, S. C. Hanson, R. E. Stewich, M. W. “Vehicle Monitoring System” Presented at Mechanical Failure Prevention Group Chicago May 1977
- Sarna, D. S. Steyaert, J. W. “Diagnostic Equipment Development for Military Vehicle Applications” Paper 780029 presented at SAE Automotive Engineering Congress and Exposition February 1978
- Petrick, E. N. Sarna, D. S. Huber, T. “Vetronics - A New Approach to Vehicle Electronics Integration” Army Research, Development and Acquistion Magazine November–December 1981
- Sarna, D. S. “The Future of Diagnostics” Armor Magazine March–April 1982
- Sarna, D. S. “Vehicle Electronics (Vetronics)” paper presented at the 15th Annual Electronics and Aerospace Systems Conference, Washington, D.C. Sep 1982