this paper aims at avoiding problems with a centralized bandwidth broker for resource reservation for bandwidth in a throttled real-time network [18] [2]. A centralized broker (such as a 'GlobeThrottle' [2]) is a single point of failure in a distributed system and is also a hot-spot resource, which all nodes of the system use for registering new real-time channels. To avoid both these problems we propose a distributed algorithm to be used instead of a central bandwidth broker. Also, the GlobeThrottle approach uses TCP/IP communication for channel allocation, which gives indeterministic time channel allocation. However, this problem is not addressed in this pape
The paper introduces a mechanism to implement distributed scheduling for CAN-bus resource in order t...
The Real-time Channel Administration Protocol (RCAP) provides control and administration services fo...
With long-lived multi-party connections, resource allocation subsystems in distributed real-time sys...
Bandwidth reservation for real-time networks offers an approach for real-time networking in a switch...
We investigate the network resource partitioning problem for real-time communication. Resource parti...
Providing guaranteed timely delivery of real-time messages in point-to-point networks requires the r...
Novel and specialized protocols will be necessary to deal with the requirements of time-constrained ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
For real-time communication services to achieve widespread usage, it is important that the network&a...
We consider scheduling real-time distributable threads in the presence of node/link failures and mes...
Remote process control and supervision applications developed over the TCP/IP networks require speci...
Most of the solutions proposed to support real-time (i.e. guaranteed performance) communication serv...
A real-time channel is a communication mechanism commonly used to guarantee timely delivery of messa...
Abstract — In real time communication, resource management is very much important to control the con...
In this paper we study the scalability issue in the design of a centralized bandwidth broker model f...
The paper introduces a mechanism to implement distributed scheduling for CAN-bus resource in order t...
The Real-time Channel Administration Protocol (RCAP) provides control and administration services fo...
With long-lived multi-party connections, resource allocation subsystems in distributed real-time sys...
Bandwidth reservation for real-time networks offers an approach for real-time networking in a switch...
We investigate the network resource partitioning problem for real-time communication. Resource parti...
Providing guaranteed timely delivery of real-time messages in point-to-point networks requires the r...
Novel and specialized protocols will be necessary to deal with the requirements of time-constrained ...
Due to the character of the original source materials and the nature of batch digitization, quality ...
For real-time communication services to achieve widespread usage, it is important that the network&a...
We consider scheduling real-time distributable threads in the presence of node/link failures and mes...
Remote process control and supervision applications developed over the TCP/IP networks require speci...
Most of the solutions proposed to support real-time (i.e. guaranteed performance) communication serv...
A real-time channel is a communication mechanism commonly used to guarantee timely delivery of messa...
Abstract — In real time communication, resource management is very much important to control the con...
In this paper we study the scalability issue in the design of a centralized bandwidth broker model f...
The paper introduces a mechanism to implement distributed scheduling for CAN-bus resource in order t...
The Real-time Channel Administration Protocol (RCAP) provides control and administration services fo...
With long-lived multi-party connections, resource allocation subsystems in distributed real-time sys...