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Table 2. Speedups on heterogeneous networks

in Experiments with mpC: Efficient Solving Regular Problems on Heterogeneous Networks of Computers via Irregularization
by Via Irregularization, Dmitry Arapov, Alexey Kalinov, Alexey Lastovetsky, Ilya Ledovskih

Table 2 Definition of heterogeneous network Network

in Wireless Internet over Heterogeneous Wireless Networks
by Gang Wu, Paul J. M. Havinga, Mitsuhiko Mizuno
"... In PAGE 2: ... That is, the fourth generation wireless network should be a heterogeneous network that supports multiple broadband wireless access technologies and global roaming across the systems constructed by individual access technologies. Table2 gives a definition of heteroge- neous network. Table 2 Definition of heterogeneous network Network ... ..."

Table 3. Execution of a BSP application on heterogeneous nodes.

in Portable checkpointing and communication for BSP applications on dynamic heterogeneous Grid environments
by Raphael Y. De Camargo, Fabio Kon, Alfredo Goldman 2005
"... In PAGE 7: ... Moreover, we used matrix elements of type long double to repre- sent the most demanding case3. We show the results in Table3 . texec represents the total execution time, tx86 the time to transfer data received from the network to the application memory space in the case where the sending and receiving processes share the same architecture, and tppc the time to transfer the data when the involved processes are executing on different architectures.... ..."
Cited by 1

Table 1: End-client and Network Heterogeneity

in A Proxy Architecture for Reliable Multicast in Heterogeneous Environments
by Yatin Chawathe, Steve A. Fink, Steven Mccanne, Eric A. Brewer 1998
"... In PAGE 1: ...1 Dealing with heterogeneity in the multicast environment Though multicast applications reap enormous perfor- mance bene ts from the underlying multicast service, they are fundamentally challenged by the heterogene- ity that is inherent in the disparate technologies that comprise the Internet, both within the end systems and across the network infrastructure. Table1 shows the high variance in client and network capabilities to- day. End devices range from simple palm-top personal digital assistants (PDAs) to powerful high-end desk- top PCs, while network link characteristics can vary by many orders of magnitude in terms of delay, capac- ity, and error rate.... ..."
Cited by 48

Table 2: Heterogeneous Systems

in unknown title
by unknown authors 1995
"... In PAGE 51: ...12 Conclusions Tables 2, 3, 4 and 5 present a comparative analysis of the systems. In Table2 we characterize as complete systems, systems that, in addition to providing an integration framework and a transaction model, support network communication and various operating system facilities. Thor is di erent from the other systems described in that it does not support the integration of pre-existing systems.... ..."
Cited by 55

Table 1: End-client and Network Heterogeneity

in A Proxy Architecture for Reliable Multicast in Heterogeneous Environments
by Yatin Chawathe, Steve A. Fink, Steven Mccanne, Eric A. Brewer
"... In PAGE 1: ... Though multicast applications reap enormous performance bene#0Cts from the underlying multicast service, they are fun- damentally challenged by the heterogeneity that is inher- ent in the disparate technologies that comprise the Internet, both within the end systems and across the network infras- tructure. Table1 shows the high variance in client and network capabilities today. End devices range from sim- ple palm-top personal digital assistants #28PDAs#29 to power- ful high-end desktop PCs, while network link characteristics can vary by many orders of magnitude in terms of delay, capacity, and error rate.... ..."

TABLE 1 Local Network Positions

in Social times of network spaces: Network sequences and foreign investment
by David Stark, Balázs Vedres 2005
Cited by 2

TABLE II THROUGHPUT WITH TIME-SHARE FAIRNESS IN HETEROGENEOUS CASE.

in OMAR: Utilizing Multiuser Diversity in Wireless Ad Hoc Networks
by Jianfeng Wang, Hongqiang Zhai, Yuguang Fang, John M. Shea, Dapeng Wu
Cited by 1

TABLE I. NETWORK MODEL FOR HETEROGENEOUS NETWORK Features Node

in Under the Supervision of Prof. Huzur Saran
by Divyashikha Sethia

Table 2: Illustrating Stage 2 of the algorithm ndings as follows. Theorem 4.7. An arbitrary n-segment instance of the segment visibility problem can be solved in O(log n) time on a mesh with multiple broadcasting of size n n. Furthermore, this is time-optimal.A complete worked example based on the set of segments featured in Figure 2 is presented for the reader apos;s bene t. Figure 3 shows the set of input segments along with the binary tree T that guides the algorithm. The various data items computed in Stage 1 are summarized in Table 1. The results of Stage 2 are captured, in succinct form, in Tables 2 and 3. Speci cally, the solution to the endpoint visibility problem is contained in Table 3. 5 Applications The purpose of this section is to show that the EV and SV problems discussed in the previous section yield time-optimal solutions to a number of problems of import to computer graphics, robotics, and VLSI design.

in unknown title
by unknown authors
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