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Table 2: Unicast Algorithms Comparison[ CHEN99]

in � 1.3 QoS in ATM Network and Telephone Network
by Wei Sun
"... In PAGE 13: ... However, aggregation also decreases the accuracy of the routing state information, thus has impact on the performance of the QoS-based routing. Table2 compares the performance and features of many different algorithms. Table 2: Unicast Algorithms Comparison[ CHEN99] ... ..."

Table 2: Evaluation done by Xian Chen

in Project Final Report
by Dean Cheng, Nasimeh Asgarian 2005

Table 2: Correction Factors up to 50 [Chen94]

in A fast routability-driven router for FPGAs
by Jordan S. Swartz, Vaughn Betz, Jonathan Rose 1998
"... In PAGE 5: ... We can obtain an estimate of the total wirelength by summing the expected wirelength of each net. [Chen94] contains correction factors for nets with up to 50 terminals; we re-print them in Table2 . To determine the correction factors for higher fanout nets, we routed the larger MCNC benchmark circuits ignoring congestion, and recorded the actual wirelength for each net.... ..."
Cited by 36

Table 2: Correction Factors up to 50 [Chen94]

in A fast routability-driven router for FPGAs
by Jordan S. Swartz, Vaughn Betz, Jonathan Rose 1998
"... In PAGE 5: ... We can obtain an estimate of the total wirelength by summing the expected wirelength of each net. [Chen94] contains correction factors for nets with up to 50 terminals; we re-print them in Table2 . To determine the correction factors for higher fanout nets, we routed the larger MCNC benchmark circuits ignoring congestion, and recorded the actual wirelength for each net.... ..."
Cited by 36

Table 2: Correction Factors up to 50 [Chen94]

in A fast routability-driven router for FPGAs
by Jordan S. Swartz, Vaughn Betz, Jonathan Rose 1998
"... In PAGE 5: ... We can obtain an estimate of the total wirelength by summing the expected wirelength of each net. [Chen94] contains correction factors for nets with up to 50 terminals; we re-print them in Table2 . To determine the correction factors for higher fanout nets, we routed the larger MCNC benchmark circuits ignoring congestion, and recorded the actual wirelength for each net.... ..."
Cited by 36

Table 2: Datapath allocation results of Ahmad-Chen Example

in A Graph-Theoretic Approach for Register File based Synthesis 1
by C. P. Ravikumar
"... In PAGE 5: ... The architecture shown in Figure 6, was found by SOUPS. Table2 shows the comparison of our architecture with that given by Ahmad k Chen, Wilson et al. [9], and Sutarwala et al.... ..."

Table 1. Results Reported by Chen et al. in [11]

in
by unknown authors
"... In PAGE 6: ... 5.3 TFIDF-Based Feature Extraction Methods The result reported in our previous work[11] are listed in Table1 , the best result is LAMP 0.10845, which was achieved while using normalized unigram and bigram features within a 2-distance context window.... ..."

TABLE 111-3

in 4. Title I_l Subtitle Fracture Mechanics Evaluation of GaAs
by Of Gaas, C. P. Chen, C. P. Chen 1984

Table 3. Our method improves word sense translation precision over Fung and Chen (2004). We note in particular that whereas the previ- ous algorithm in Fung and Chen (2004) does not

in Robust Word Sense Translation by EM Learning of Frame Semantics Abstract
by Pascale Fung, Benfeng Chen, Clear Water Bay
"... In PAGE 5: ... Translation accuracies of the most am- biguous words in FrameNet We compare our results to that of our previ- ous work (Fung and Chen 2004), by using the same bilingual lexicon. Table3 shows that we have improved the accuracy of word sense trans-... ..."

Table 1: Number of terminal vias predicted by Chong and by Chen, compared to the experimentally measured number.

in Requirements for Models of Achievable Routing
by Andrew B. Kahng, Stefanus Mantik, Dirk Stroobandt
"... In PAGE 4: ... Finally, our experimental validation of the models not only adjusts the routing e#0Eciency factor to better #0Ct the experi- mental values but, more importantly, applies the via impact models of Chong and Chen to the actual number of termi- nal vias instead of the estimated number. In Table1 , the number of terminal vias predicted by the Chong and Chen layer assignment models is compared to the actual number for the original experiment #28no virtual vias#29. Both Chong and Chen predict that the design will be routable in two layers, while it is barely routable in four #28!#29 The di#0Berence between the #28otherwise similar#29 layer assignment models of Chong and Chen is that Chong includes the terminal vias on the layer the wire is connected to #28although they do not really add to the blockage#29 whereas Chen only counts vias that go through the layer.... In PAGE 5: ...1 Routing Efficiency Routing Efficiency is Constant? If the routing e#0Eciency and signal net fraction are constant over all layers, then the utilization factor should monoton- ically increase with the layer number. Indeed, in our ex- periments where the wire pitches are the same on all four layers, the number of terminal vias is always larger on lower layers #28see Table1 #29. The via impact thus decreases with the layer number and applying Equation 2 results in an in- creasing utilization factor.... ..."
Results 1 - 10 of 214