This thesis deals with issue of reliability of real-time embedded systems. Contains a summary of basic concepts related to field in real-time embedded systems and mechanisms for dependability enhancement through redundancy techniques and control flow checking. Describes the implementation of selected control flow checking mechanisms, the technique uses software watchdog timers, use of hardware n-modular redundancy in software environment and technique of process pairs using operating system uC/OS-II. The different mechanisms are validated by method injection of faults into the chosen data structures of system uC/OS-II
Abstract. Although computers have been employed for decades to control machinery and entire laborato...
We present a formal approach to implement fault-tolerance in real-time embedded systems. The initial...
The successful use of fly-by-wire systems in aviation along with the positive experience of drive-by...
The design of complex embedded systems deployed in safety-critical or mission-critical applications ...
Nowadays, the reliability has become one of the main issues for safety-critical embedded systems, li...
An architecture based on controller redundancy for increased embedded real-time systems safety and a...
Faults in computer control systems cause great economic losses and endanger human beings. In order t...
This thesis deals with principles and techniques of fault tolerance for distributed embedded systems...
Abstract — Reliability is control and prevention of failures to reduce failure and improve operation...
International audienceMulti- and many-core systems on chip provide an even share of opportunities an...
Critical real-time embedded systems need to apply fault tolerance strategies to deal with operation ...
Our society is faced with an increasing dependence on computing systems, not only in high tech consu...
This paper gives an overview of a holistic project dealing with the consistent design of embedded co...
Faults in computer control systems cause great economic losses and endanger human beings. In order t...
U okviru rada razmotrene su mogućnosti implementacije mehanizama povećanja pouzdanosti ugradbenih ra...
Abstract. Although computers have been employed for decades to control machinery and entire laborato...
We present a formal approach to implement fault-tolerance in real-time embedded systems. The initial...
The successful use of fly-by-wire systems in aviation along with the positive experience of drive-by...
The design of complex embedded systems deployed in safety-critical or mission-critical applications ...
Nowadays, the reliability has become one of the main issues for safety-critical embedded systems, li...
An architecture based on controller redundancy for increased embedded real-time systems safety and a...
Faults in computer control systems cause great economic losses and endanger human beings. In order t...
This thesis deals with principles and techniques of fault tolerance for distributed embedded systems...
Abstract — Reliability is control and prevention of failures to reduce failure and improve operation...
International audienceMulti- and many-core systems on chip provide an even share of opportunities an...
Critical real-time embedded systems need to apply fault tolerance strategies to deal with operation ...
Our society is faced with an increasing dependence on computing systems, not only in high tech consu...
This paper gives an overview of a holistic project dealing with the consistent design of embedded co...
Faults in computer control systems cause great economic losses and endanger human beings. In order t...
U okviru rada razmotrene su mogućnosti implementacije mehanizama povećanja pouzdanosti ugradbenih ra...
Abstract. Although computers have been employed for decades to control machinery and entire laborato...
We present a formal approach to implement fault-tolerance in real-time embedded systems. The initial...
The successful use of fly-by-wire systems in aviation along with the positive experience of drive-by...