Microcomputers in Automatic Train Control: Part 1: Computer Reliability and Redundancy

Naresky J. H. Reliability definitions. IEEE Trans., Nov. 1970, R-19, 198–200.

Hopkins A. L. Fault tolerant system design: Broad brush and fine print. Computer, Mar. 1980, 13, 39–45.

Friedman A. D. Fault detection in redundant circuits. IEEE Trans., 1967, EC-16, 99–100.

Avizienis A. Fault tolerant systems. IEEE Trans., Dec. 1976, C-25, 1304–1311.

Bennetts R. G. Designing reliable computer systems. Electronics & Power, 1978, No. 11, 846–851.

Arnold T. F. The concept of coverage and its effect on the reliability model of a repairable system. IEEE Trans., Mar. 1973, C-22, 251–254.

Dummer G. W. A. Griffin N. B. Electronics reliability—calculation and design, Pergamon Press, 1966.

Lyons R. E. Vanderkulk W. The use of triple-modular redundancy to improve computer reliability. IBM Journal Res. & Dev., April 1962, 200–209.

Wakerly J. F. Microcomputer reliability improvement using triple-modular redundancy. IEEE Proc., June 1976, 64, No. 6, 889–895.

Wakerly J. F. Transient failures in triple-modular redundancy systems with sequential modules. IEEE Trans., May 1975, C-24, No. 5, 570–573.

Mathur F. P. Avizienis A. Reliability analysis and architecture of a hybrid-redundant digital system: generalised triple-modular redundancy with self-repair. AFIPS Spring Joint Comp. Conf. Proc. 1970, pp 375–383.

Nerber P. O. Power-off time impact on reliability estimates. IEEE Int. Conv. Record, 1965, 13, No. 10, 1–8.

Dennis N. G. Reliability analyses of combined voting and standby redundancies. IEEE Trans., June 1974, R-23. No. 2, 66–75.

Siewiorek D. P. McCluskey E. J. An iterative cell switch design for hybrid redundancy. IEEE Trans., Mar. 1973, C-22, 290–297.

Siewiorek D. P. McCluskey E. J. Switch complexity in systems with hybrid redundancy. IEEE Trans., Mar. 1973, C-22, 276–282.

Ogus R. C. Fault tolerance of the iterative cell array switch for hybrid redundancy. IEEE Trans., July 1974, C-23, 667–681.