Add to ORKGAbstract: In Distributed Computer-Controlled Systems (DCCS), a special emphasis must be given to the communication infrastructure, which must provide timely and reliable communication services. CAN networks are usually suitable to support small-scale DCCS. However, they are known to present some reliability problems, which can lead to an unreliable behaviour of the supported applications. In this paper, an atomic multicast protocol for CAN networks is proposed. This protocol explores the CAN synchronous properties, providing a timely and reliable service to the supported applications. The implementation of such protocol in Ada, on top of the Ada version of Real-Time Linux is presented, which is used to demonstrate the advantages and disadva...
This paper addresses the problem of atomic multicasting messages in asynchronous distributed systems...
. This paper addresses the problem of atomic multicasting messages in asynchronous systems with unr...
In this paper, we study atomic multicast, a fundamental abstraction for building fault-tolerant syst...
In Distributed Computer-Controlled Systems (DCCS), a special emphasis must be given to the communic...
In Distributed Computer-Controlled Systems (DCCS), a special emphasis must be given to the communic...
Controller area network (CAN) is a fieldbus network suitable for small-scale distributed computer co...
In this paper, we present a multicast protocol which guarantees atomic order in a CAN bus under anti...
The paper discusses a transport protocol for the CAN-Bus (CAN: Controller Area Network) for distribu...
In this paper, we study the atomic broadcast and multicast problems, two fundamental abstractions fo...
In the industrial and automotive appliances, distributed systems are more and more frequently used. ...
Processes are distributed over processors that share directly accessible memory. Processes exchange ...
Atomic broadcast and atomic multicast are communication primitives which ensure that processes agree...
AbstractThis paper addresses the problem of atomic multicasting messages in asynchronous distributed...
The research work conducted during the PhD program was focused on real-time embedded systems communi...
The CAN (Controller Area Network) protocol provides one of the cost-effective methods to network cur...
This paper addresses the problem of atomic multicasting messages in asynchronous distributed systems...
. This paper addresses the problem of atomic multicasting messages in asynchronous systems with unr...
In this paper, we study atomic multicast, a fundamental abstraction for building fault-tolerant syst...
In Distributed Computer-Controlled Systems (DCCS), a special emphasis must be given to the communic...
In Distributed Computer-Controlled Systems (DCCS), a special emphasis must be given to the communic...
Controller area network (CAN) is a fieldbus network suitable for small-scale distributed computer co...
In this paper, we present a multicast protocol which guarantees atomic order in a CAN bus under anti...
The paper discusses a transport protocol for the CAN-Bus (CAN: Controller Area Network) for distribu...
In this paper, we study the atomic broadcast and multicast problems, two fundamental abstractions fo...
In the industrial and automotive appliances, distributed systems are more and more frequently used. ...
Processes are distributed over processors that share directly accessible memory. Processes exchange ...
Atomic broadcast and atomic multicast are communication primitives which ensure that processes agree...
AbstractThis paper addresses the problem of atomic multicasting messages in asynchronous distributed...
The research work conducted during the PhD program was focused on real-time embedded systems communi...
The CAN (Controller Area Network) protocol provides one of the cost-effective methods to network cur...
This paper addresses the problem of atomic multicasting messages in asynchronous distributed systems...
. This paper addresses the problem of atomic multicasting messages in asynchronous systems with unr...
In this paper, we study atomic multicast, a fundamental abstraction for building fault-tolerant syst...