In the recent years new protocols and algorithms have been proposed to guarantee performance and ... more In the recent years new protocols and algorithms have been proposed to guarantee performance and reliability in exchanging data in real-time communication networks, and new services have been presented to allow cooperative office work, distributed conferencing, etc. Less attention has been paid to how appli-cations and, more generally, clients of real-time communication services can interact with the network in order to specify and negotiate the quality-of-service of a connection. We believe that this problem is going to become a key issue for the success of future distributed systems, since it affects both client and network performances. In this paper we present a new mechanism for the establishment of real-time connections in a quality-of-service network developed for the Tenet real-time protocol suite. By improving the informa-tion exchanged between the network and the clients, the model allows to reduce the complexity and the time required to establish a real-time connection, a...
In the recent years new protocols and algorithms have been proposed to guarantee performance and ... more In the recent years new protocols and algorithms have been proposed to guarantee performance and reliability in exchanging data in real-time communication networks, and new services have been presented to allow cooperative office work, distributed conferencing, etc. Less attention has been paid to how applications and, more generally, clients of real-time communication services can interact with the network in order to specify and negotiate the quality-of-service of a connection. We believe that this problem is going to become a key issue for the success of future distributed systems, since it affects both client and network performances. In this paper we present a new mechanism for the establishment of real-time connections in a quality-of-service network developed for the Tenet real-time protocol suite. By improving the information exchanged between the network and the clients, the model allows to reduce the complexity and the time required to establish a real-time connection, and...
In the recent years new protocols and algorithms have been proposed to guarantee performance and ... more In the recent years new protocols and algorithms have been proposed to guarantee performance and reliability in exchanging data in real-time communication networks, and new services have been presented to allow cooperative office work, distributed conferencing, etc. Less attention has been paid to how applications and, more generally, clients of real-time communication services can interact with the network in order to specify and negotiate the quality-of-service of a connection. We believe that this problem is going to become a key issue for the success of future distributed systems, since it affects both client and network performances. In this paper we present a new mechanism for the establishment of real-time connections in a quality-of-service network developed for the Tenet real-time protocol suite. By improving the information exchanged between the network and the clients, the model allows to reduce the complexity and the time required to establish a real-time connection, and...
In the recent years new protocols and algorithmshave been proposed in order to guarantee performa... more In the recent years new protocols and algorithmshave been proposed in order to guarantee performanceand reliability in high-speed computer networks, andnew services have been presented to allow cooperative officework, distributed conferencing, etc. Less attention has beenpaid to how applications and, more generally, clients of realtimecommunication services can interact with the networkin order to specify and negotiate the quality of service
Multimedia communication, with its strong requirements for high speed, assured quality, and relia... more Multimedia communication, with its strong requirements for high speed, assured quality, and reliable networking, is stimulating a great research effort towards the development of real-time protocols. Some protocols of this type have been proposed, which offer communication services with different levels of commitment in providing quality of service guarantees. In this paper we study the feasibility of an extended client
In the recent years new protocols and algorithms have been proposed to guarantee performance and ... more In the recent years new protocols and algorithms have been proposed to guarantee performance and reliability in exchanging data in real-time communication networks, and new services have been presented to allow cooperative office work, distributed conferencing, etc. Less attention has been paid to how appli-cations and, more generally, clients of real-time communication services can interact with the network in order to specify and negotiate the quality-of-service of a connection. We believe that this problem is going to become a key issue for the success of future distributed systems, since it affects both client and network performances. In this paper we present a new mechanism for the establishment of real-time connections in a quality-of-service network developed for the Tenet real-time protocol suite. By improving the informa-tion exchanged between the network and the clients, the model allows to reduce the complexity and the time required to establish a real-time connection, a...
In the recent years new protocols and algorithms have been proposed to guarantee performance and ... more In the recent years new protocols and algorithms have been proposed to guarantee performance and reliability in exchanging data in real-time communication networks, and new services have been presented to allow cooperative office work, distributed conferencing, etc. Less attention has been paid to how applications and, more generally, clients of real-time communication services can interact with the network in order to specify and negotiate the quality-of-service of a connection. We believe that this problem is going to become a key issue for the success of future distributed systems, since it affects both client and network performances. In this paper we present a new mechanism for the establishment of real-time connections in a quality-of-service network developed for the Tenet real-time protocol suite. By improving the information exchanged between the network and the clients, the model allows to reduce the complexity and the time required to establish a real-time connection, and...
In the recent years new protocols and algorithms have been proposed to guarantee performance and ... more In the recent years new protocols and algorithms have been proposed to guarantee performance and reliability in exchanging data in real-time communication networks, and new services have been presented to allow cooperative office work, distributed conferencing, etc. Less attention has been paid to how applications and, more generally, clients of real-time communication services can interact with the network in order to specify and negotiate the quality-of-service of a connection. We believe that this problem is going to become a key issue for the success of future distributed systems, since it affects both client and network performances. In this paper we present a new mechanism for the establishment of real-time connections in a quality-of-service network developed for the Tenet real-time protocol suite. By improving the information exchanged between the network and the clients, the model allows to reduce the complexity and the time required to establish a real-time connection, and...
In the recent years new protocols and algorithmshave been proposed in order to guarantee performa... more In the recent years new protocols and algorithmshave been proposed in order to guarantee performanceand reliability in high-speed computer networks, andnew services have been presented to allow cooperative officework, distributed conferencing, etc. Less attention has beenpaid to how applications and, more generally, clients of realtimecommunication services can interact with the networkin order to specify and negotiate the quality of service
Multimedia communication, with its strong requirements for high speed, assured quality, and relia... more Multimedia communication, with its strong requirements for high speed, assured quality, and reliable networking, is stimulating a great research effort towards the development of real-time protocols. Some protocols of this type have been proposed, which offer communication services with different levels of commitment in providing quality of service guarantees. In this paper we study the feasibility of an extended client
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Papers by Jean Ramaekers