Dabbous, W.S., High-performance protocol architecture, in Computer Networks and ISDN Systems. 1997. p. 735-744. Home/Search Document Details and Download
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Network-Conscious Image Compression - Iren (1999) (Correct)
....the semantics of each APDU down through the lower layers for so called Application Level Framing [40] see Section 3. 5) One research team notes that adaptive applications are much easier to develop if the unit of processing (i.e. APDU) is strongly tied to the unit of control (i.e. TPDU) [54]. A connectionless (CL) service provides only one phase of operation: data transfer. There are no T Connect and T Disconnect primitives exchanged (either explicitly or implicitly) between a user sender and the transport sender. When the user sender has some data, it simply submits the data to the ....
W. Dabbous and C. Diot. High performance protocol architecture. In IFIP Performance of Computer Networks Conference (PCN '95), Istanbul, Turkey, October 1995.
Network-Conscious Compressed Images over Wireless Networks - Iren, Amer, Conrad (1998) (Correct)
....over networks that will lose and reorder packets. Therefore, compression algorithms should not focus solely on achieving minimum image size; algorithms should be optimized to give the best performance when images are transmitted over such networks. We apply the concept of network consciousness [6] to image compression, an approach that takes network Quality of Service (QoS) into consideration when designing image compression. Network conscious image compression is an application of the Application Level Framing (ALF) 3] principle. An image is divided into path MTU size 1 pieces, called ....
W. Dabbous and C. Diot. High performance protocol architecture. In IFIP Performance of Computer Networks Conference (PCN '95), Istanbul, Turkey, October 1995. IFIP.
Network-Conscious GIF Image Transmission over the.. - Amer, Iren, Sezen.. (1998) (1 citation) (Correct)
....and throughput. Channel (low speed,variable rate, error) Internet Packet switched Ordered, no loss, no duplicates TCP Stored Compressed Image Disk Client Computer Decompressor TCP Figure 3: Image Retrieval over Internet via TCP In this work, we apply the concept of network consciousness [6], initially introduced by INRIA Sophia Antipolis, to image compression, resulting in a variation of the GIF89a file format called Network Conscious GIF (GIFNCa) Network conscious image compression [12] focuses not simply on maximizing compression; it focuses on optimizing overall progressive ....
W. Dabbous and C. Diot. High Performance Protocol Architecture. In IFIP Performance of Computer Networks Conference (PCN '95), Istanbul, Turkey, October 1995. IFIP.
A Survey of Quality of Service Architectures - Aurrecoechea, Campbell, Hauw (1995) (12 citations) (Correct)
....What is encouraging, however, is that multimedia services can be provided using soft bounds provided by a best effort delivery system. This is best illustrated by the MBONE [115] suite of multimedia tools (e.g. VIC and VAT [25] which are adaptive in nature (i.e. network conscious applications [116]) and which have proved highly successful. 6.3 Soft v Hard State Most QoS architectures consider both static QoS management (in terms of QoS mapping, admission control and resource reservation) and dynamic QoS management (in terms of monitoring, scaling and maintenance) With the exception of ....
Dabbous, W. and C. Diot, "High Performance Protocol Architectures", Technical Report, INRIA, Sophia Antipolis, France, 1995
NETCICATS: Network-Conscious Image Compression and.. - Iren, Amer, Conrad (1998) (Correct)
....the Advanced Telecommunications Info Distribution Research Program (ATIRP) Consortium sponsored by the U. S. Army Research Laboratory under the Fed Lab Program, Agreement DAAL01 96 20002. This work also supported, in part, by ARO (DAAH04 94 G 0093) We apply the concept of network consciousness [8] to image compression, an approach that takes network Quality of Service (QoS) into consideration when designing image compression. Network conscious image compression is based on the philosophy of Application Level Framing (ALF) 2] An image is divided into path MTU size 1 pieces, called ....
W. Dabbous and C. Diot. High performance protocol architecture. In IFIP Performance of Computer Networks Conference (PCN '95), Istanbul, Turkey, October 1995. IFIP.
Network-Conscious GIF Image Transmission over the.. - Amer, Iren, Sezen.. (1998) (1 citation) (Correct)
....Internet s unreliable service are required to use TCP [15] on top of IP. TCP enhances the unreliable IP network service into a totally reliable, ordered transport connection (see Figure 3) but at the cost of extra delay and throughput. In this work, we apply the concept of network consciousness [7], initially introduced at INRIA Sophia Antipolis, to image compression, resulting in a the official policies, either expressed or implied of ARL or the US Government. Channel (low speed,variable rate, error) Internet Packet switched Ordered, no loss, no duplicates TCP Stored Compressed ....
W. Dabbous and C. Diot. High performance protocol architecture. In IFIP Performance of Computer Networks Conference (PCN '95), Istanbul, Turkey, October 1995.
Architectural Perspectives on QoS Management in.. - Campbell.. (1995) (2 citations) (Correct)
....What is encouraging, however, is that multimedia services can be provided using soft bounds provided by a best effort delivery system. This is best illustrated by the MBONE [91] suite of multimedia tools (e.g. VIC and VAT [25] which are adaptive in nature (i.e. network conscious applications [92]) and which have proved highly successful. 6.3 Soft v Hard State Most QoS architectures consider both static QoS management (in terms of QoS mapping, admission control and resource reservation) and dynamic QoS management (in terms of monitoring, scaling and maintenance) With the exception of the ....
Dabbous, W. and C. Diot, "High Performance Protocol Architectures", Technical Report, INRIA, Sophia Antipolis, France, 1995
A Review of QoS Architectures - Campbell, Aurrecoechea, Hauw (1996) (32 citations) (Correct)
....What is encouraging, however, is that multimedia services can be provided using soft bounds provided by a best effort delivery system. This is best illustrated by the MBONE [91] suite of multimedia tools (e.g. VIC and VAT [25] which are adaptive in nature (i.e. network conscious applications [92]) and which have proved highly successful. 6.3 Soft v Hard State Most QoS architectures consider both static QoS management (in terms of QoS mapping, admission control and resource reservation) and dynamic QoS management (in terms of monitoring, scaling and maintenance) With the exception of the ....
Dabbous, W. and C. Diot, "High Performance Protocol Architectures", Technical Report, INRIA, Sophia Antipolis, France, 1995
A QoS Distributed Transport Architecture - Basto (2003) (Correct)
No context found.
Dabbous, W.S., High-performance protocol architecture, in Computer Networks and ISDN Systems. 1997. p. 735-744.
Network-Conscious Compressed Images over Wireless Networks - Iren, Amer, Conrad (1998) (Correct)
No context found.
W. Dabbous and C. Diot. High performance protocol architecture. In IFIP Performance of Computer Networks Conference #PCN '95#, Istanbul, Turkey, October 1995. IFIP.
A Survey of QoS Architectures - Aurrecoechea, Campbell, Hauw (1998) (60 citations) (Correct)
No context found.
Dabbous W, Diot C (1995) High Performance Protocol Architectures. Technical Report, INRIA, Sophia Antipolis, France
NETCICATS: Network-Conscious Image Compression and.. - Iren, Amer, Conrad (1998) (Correct)
No context found.
W. Dabbous and C. Diot. High performance protocol architecture. In IFIP Performance of Computer Networks Conference #PCN '95#, Istanbul, Turkey, October 1995. IFIP.
A Quality of Service Architecture - Campbell (1996) (133 citations) (Correct)
No context found.
Dabbous, W. and C. Diot, "High Performance Protocol Architectures", Technical Report, INRIA, Sophia Antipolis, France, 1995
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