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Table 7: Model of an Overlay Node in an Overlay-TCP Network

in Throughput and Fairness Considerations in Overlay Approved by: Networks for Content Distribution
by Dr. Mostafa Ammar, Dr. Ellen Zegura, Dr. Misha Rabinovich 2005
"... In PAGE 102: ...As a reminder, we describe below the model of an Overlay-TCP network that we consider in our work. Table7 summarizes the notation used in the chapter. Consider a native network comprising m nodes and l links between these nodes.... ..."

Table 2: Overlay request format

in Overlay Networks
by Professor Mostafa Ammar, Professor Jun Xu 2006
"... In PAGE 98: ....2.1 Overlay network request format To setup an overlay network in the PlanetLab, a user submits a request specifies the topology of the overlay network and a set of resource constraints. An example to setup a 4 node 8 link overlay network is shown in Table2 . The request also indicates that each overlay link should have minimum available bandwidth of 10Mbps and each selected PlanetLab node should have at least 20% free available CPU resource.... ..."

Table 1: Examples of Overlay Networks

in The Growth of Internet Overlay Networks: Implications for Architecture, Industry Structure and Policy
by Dave Clark, Bill Lehr, Steve Bauer, Peyman Faratin, Rahul Sami, John Wroclawski 2005
"... In PAGE 5: ... In a process that looks at times like history repeating itself, the Internet is now spawning its own collection of quot;overlay quot; networks. There are many types and examples of overlays (see Table1 ) that arise to meet a range of purposes and needs (see further discussion in Section II). The emergence of these overlays raises interesting questions for the future of Internet architecture and the role of the Internet as a common platform for global communications.... In PAGE 9: ... These communication needs present new challenges that the current Internet architecture does not support, such as when the source does not know the destination address (as in multicast and anycast) or the location of the receiving host is not fixed (as in mobile communications).3 Table1 hinted at a range of functional extensions, including mobility, customized routing, Quality of Service, novel addressing, enhanced security, multicast, and content distribution. In order to address these needs and overcome the barriers inherent in the existing infrastructure, Overlays blur the clean Internet architecture distinction between packet forwarding and application processing.... ..."
Cited by 2

Table 2: Summary: Overlay Topologies

in Improving Peer to Peer Search with Multi-Tier Capability-Aware Overlay Topologies
by Mudhakar Srivatsa, Bugra Gedik, Ling Liu
"... In PAGE 5: ... Under this assumption of non- uniform faults the multi-tier topologies are likely to be more fault-tolerant since they assign more responsibility to more capable nodes that are less likely to fail. Summary: Table2 presents a summarization of a compari- son between the overlay topologies. In conclusion, we pro- mote the sparse topology as the best structure for building a multi-tier capability-aware overlay network since it strikes a good balance between load distribution, short-cuts and other... ..."

Table 1. Generic overlay APIs

in Deep Middleware for the Divergent Grid
by Paul Grace, Geoff Coulson, Gordon S. Blair, Barry Porter 2005
Cited by 11

TABLE IV OVERLAY NODES AND THEIR SUFFIXES

in Performance Optimization of VoIP using an Overlay Network
by Raj Kumar Rajendran, Samrat Ganguly, Rauf Izmailov, Dan Rubenstein 2006
Cited by 5

TABLE V OVERLAY NODES AND THEIR SUFFIXES

in Performance Optimization of VoIP using an Overlay Network
by Raj Kumar Rajendran, Samrat Ganguly, Rauf Izmailov, Dan Rubenstein 2006
Cited by 5

Table 2: Polygon overlay speeds

in Explicit Parallel Programming in C++ based on the Message-Passing Interface (MPI)
by Anthony Skjellum, Ziyang Lu, Purushotham V. Bangalore, Nathan Doss
"... In PAGE 33: ... For comparison, this same strategy was also used in the sequential program. Table2 lists some sample timings. The data in the table do not include any I/O time.... In PAGE 33: ... In the pipeline implementation, two processes were used only for data distribution, so the number of processes actually computing was two less than the total number of processes. Table2 shows that for small number of processors, the master-slave imple- mentation used less processing time than the pipeline implementation, while for larger number of processors, the pipeline implementation used less processing time than the master-slave implementation. This is what one would expect (and is typical of the polyalgorithmic nature of parallel systems).... ..."

Table 1. Components of overlay network construction.

in A Middleware Approach for Supporting Application-level Multicast Services
by Nodoka Mimura, Kiyohide Nakauchi, Hiroyuki Morikawa, Tomonori Aoyama
"... In PAGE 5: ... 2.2 Overlay Network Construction Table1 lists the components contained in the overlay network construction. In the overlay network construction function, algorithms to decide optimization metrics and overlay network topology become components.... ..."

Table 2. Overlay Sample Error Types

in Software Defects and their Impact on System Availability - A Study of Field Failures in Operating Systems
by Mark Sullivan, Ram Chillarege
"... In PAGE 4: ...2. Characterizing Overlay Errors Table2 shows the breakdown of overlay error types. Each row in the table represents one of the error types defined in sections 2.... ..."
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