Faults in computer control systems cause great economic losses and endanger human beings. In order to ensure control and monitoring tasks, the availability and safety of computer control systems in areas such as military, manufacturing plants, traffic, public health service, environment protection, banking and assurances have to be improved. The fault-tolerance of the computer control system is achieved by using the hardware and software redundancy and redundancy of processor time. In this paper, the structure of real time double redundant computer control system is updated. The highly efficient methods and device are designed for supporting of the fault-tolerance of the double redundant computer control system by using the hardware redunda...
A methodology that facilitates the design of fault-tolerant computing systems is presented. It is b...
Difference equation methods are used to develop redundant (n-version) programs required for high rel...
A method for fault tolerance in concurrently executing computer programs is presented. The present i...
Faults in computer control systems cause great economic losses and endanger human beings. In order t...
Applications of computers have extended to almost every field of human activity including some life-...
Fault-tolerant computing began between 1965 and 1970, probably with the highly reliable ...
This paper is intended to demonstrate the feasibility of a solution to a fault tolerant control prob...
Safety or mission critical applications have to recover from an error within an acceptable time wind...
The paper considers the issues of functional safety (reliability) support for the specialized comput...
The use of distributed computers to control life-critical systems, such as aircraft or nuclear react...
This paper describes a single-version algorithmic approach to design in fault tolerant computing in ...
A real-time control system is generally composed of a synergistic pair, a controlled process and a c...
A concept providing a fail-safe operation of parallel computing systems (PCS) has been worked out on...
A Thesis Submitted to the Faculty 0/ Engineering, University 0/ Lite Witwatersrand, Johannesburg in...
An architecture based on controller redundancy for increased embedded real-time systems safety and a...
A methodology that facilitates the design of fault-tolerant computing systems is presented. It is b...
Difference equation methods are used to develop redundant (n-version) programs required for high rel...
A method for fault tolerance in concurrently executing computer programs is presented. The present i...
Faults in computer control systems cause great economic losses and endanger human beings. In order t...
Applications of computers have extended to almost every field of human activity including some life-...
Fault-tolerant computing began between 1965 and 1970, probably with the highly reliable ...
This paper is intended to demonstrate the feasibility of a solution to a fault tolerant control prob...
Safety or mission critical applications have to recover from an error within an acceptable time wind...
The paper considers the issues of functional safety (reliability) support for the specialized comput...
The use of distributed computers to control life-critical systems, such as aircraft or nuclear react...
This paper describes a single-version algorithmic approach to design in fault tolerant computing in ...
A real-time control system is generally composed of a synergistic pair, a controlled process and a c...
A concept providing a fail-safe operation of parallel computing systems (PCS) has been worked out on...
A Thesis Submitted to the Faculty 0/ Engineering, University 0/ Lite Witwatersrand, Johannesburg in...
An architecture based on controller redundancy for increased embedded real-time systems safety and a...
A methodology that facilitates the design of fault-tolerant computing systems is presented. It is b...
Difference equation methods are used to develop redundant (n-version) programs required for high rel...
A method for fault tolerance in concurrently executing computer programs is presented. The present i...