Add to ORKGThe purpose of ATM is to provide a high speed, low delay multiplexing and switching network to support any type of user traffic, such as voice, data, or video applications. ATM segments and multiplexes user traffic into small, fixed length units called cells. The cell is 53 octets, with 5 octets reserved for the cell header. Virtual circuit identifiers contained in the cell header identify each cell. An ATM network uses these identifiers to relay the traffic through high-speed switches from a sender to a receiver.Master of Science (Communication and Network Systems
A pre-print of "An Efficient Scheme for Traffic Management in ATM Networks". The final publication ...
In the process of bringing ATM traffic control into reality, the ATM Forum has proposed to adopt the...
International audienceThis paper studies the design and rapid prototyping of an ATM-TC (ATM Traffic ...
The purpose of ATM is to provide a high speed, low delay multiplexing and switching network to suppo...
Although Traffic Shaping is an optional implementation for users and network operators, it is import...
The goal of using traffic shaping is to maximize the usage or throughput of ATM networks especially ...
Broadband Integrated Services digital networks (B-ISDN), have been extensively studied. The reason f...
Traffic in ATM networks can be described by numerous parameters. On a per session basis, one may use...
This paper reviews the current state of the art in the rapidly developing areas of ATM traffic contr...
The asynchronous transfer mode (ATM) technique pro-vides a standardized and flexible scheme to trans...
: Broadband-Integrated Services Digital Network (B-ISDN) is capable of supporting the transmission o...
The other primitives for switch management and control are borrowed heavily from the specified proto...
The VBR traffic control schemes are presented with the objectives of preventing network congestion, ...
selected by the telecommunication (Carrier) industry as the technology to deliver the Broadband Inte...
The most promising switching technique for B-ISDN (broadband integrated service digital network) is ...
A pre-print of "An Efficient Scheme for Traffic Management in ATM Networks". The final publication ...
In the process of bringing ATM traffic control into reality, the ATM Forum has proposed to adopt the...
International audienceThis paper studies the design and rapid prototyping of an ATM-TC (ATM Traffic ...
The purpose of ATM is to provide a high speed, low delay multiplexing and switching network to suppo...
Although Traffic Shaping is an optional implementation for users and network operators, it is import...
The goal of using traffic shaping is to maximize the usage or throughput of ATM networks especially ...
Broadband Integrated Services digital networks (B-ISDN), have been extensively studied. The reason f...
Traffic in ATM networks can be described by numerous parameters. On a per session basis, one may use...
This paper reviews the current state of the art in the rapidly developing areas of ATM traffic contr...
The asynchronous transfer mode (ATM) technique pro-vides a standardized and flexible scheme to trans...
: Broadband-Integrated Services Digital Network (B-ISDN) is capable of supporting the transmission o...
The other primitives for switch management and control are borrowed heavily from the specified proto...
The VBR traffic control schemes are presented with the objectives of preventing network congestion, ...
selected by the telecommunication (Carrier) industry as the technology to deliver the Broadband Inte...
The most promising switching technique for B-ISDN (broadband integrated service digital network) is ...
A pre-print of "An Efficient Scheme for Traffic Management in ATM Networks". The final publication ...
In the process of bringing ATM traffic control into reality, the ATM Forum has proposed to adopt the...
International audienceThis paper studies the design and rapid prototyping of an ATM-TC (ATM Traffic ...