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Table 10. Comparison of Solutions. Darker shading represents inherent capabilities and potential.
2002
"... In PAGE 46: ... In this section, we evaluate the implications that P2P has for users, develop- ers, and IT departments. In Table10 , we compare P2P with its alternatives. P2P has the following implications for the users of P2P systems and applications: pervasive- ness, complexity of use, state of the art, and trust and rep- utation.... In PAGE 47: ...2P. Similar applies for standards. Most standards have been developed for client-server systems and very few for P2P systems. While Table 9, compares the potential of P2P versus its alternatives in terms of the characteristics, Table10 sum- marizes the existing implications of P2P on users, devel- opers, and IT. In summary, there is a lot of potential for P2P, but it has not yet been realized.... ..."
Cited by 110
Table 2. E#0Bects of Weather on Stereo
"... In PAGE 5: ... Im- ages were collected under three types of weather conditions - sunny,overcast and blowing snow. The average number of pixels processed under these condi- tions is presented in Table2 . These sequences were taken on snow terrain.... In PAGE 7: ...m #28Figure 12#28b#29#29. This corresponds to readings which had no return. Figures 13#28a#29 and 14#28a#29 show the distribution of distance returns for a single direction #28straight ahead#29 of the SICK laser scanner mounted on the Nomad robot. They correspond to conditions of moderate blowing snow and heavy blowing snow respectively #28this data was taken at the same time as the stereo blowing snow data reported in Table2 #29. Under clear conditions the SICK laser reports the distance #062cm.... ..."
Table 1. Comparison of mono and stereo viewing modes
1999
"... In PAGE 5: ... Across 20 subjects this indicates a high variability. In Table1 we see that stereoscopic viewing is clearly preferred, although some monoscopic images scored positively. It should be remembered that these images were being viewed with dynamic rotation, which provides quite strong depth cues.... ..."
Cited by 2
Table 1 Total performance of the tested stereo images using the proposed stereo_coder A
Table 4. Minimum and inherent duration of vowels. dmin(v) = minimum duration of the vowel dinh(v) = inherent duration of the vowel
1999
"... In PAGE 4: ... The process used the 1,054 vowel duration measurements labelled according to the 27 different binary contexts hypothesised as being relevant for vowel duration. Minimum and inherent durations were estimated from the distribution of durations for each vowel type, these are listed in Table4 . For each hypothesised context in turn the best model comprising a single factor was found using a function minimisation procedure [6].... ..."
Cited by 2
Table 1 : key risks inherent in IT investments and their impact on investment payoffs and costs
"... In PAGE 5: ...evelopment is completed and the application becomes operational (e.g., regulatory actions). Table1 offe rs a high - level synthesis of the central forms of IT investment risks identified by both research streams. As suggested earlier, these forms of risk can be placed into three categories.... In PAGE 6: ...Table1... ..."
Table 1 Mistranslations of Ambiguous Sentences
"... In PAGE 8: ....2.1 Inventory of Common Ambiguities. Resolution of ambiguity is important for accuratetranslation. Table1 shows someexamples oftranslationerrors that arecausedby failure to resolve ambiguity correctly. This section describes various types of ambiguities we found based on a corpus study of 30 Spanish scheduling dialogs.... ..."
TABLE I ENERGY COEFFICIENTS OF THE CHARACTERIZED XTENSA PROCESSOR
Table 2. IUPAC ambiguity codes
"... In PAGE 1: ... Introduction A nucleotide sequence is called degenerate if one or more of its positions can be occupied by one of several possible nucleotides [1]. For example, AYGCNY is a sequence written down using IUPAC ambiguity codes (see Table2 for these codes), where Y stands for one of C or T, and N stands for A, C, G, or T. The degeneracy of a sequence is the number of different sequences that it represents.... In PAGE 3: ...1 Codons and Similar Amino Acids Table 1 shows the genetic code. Table2 shows the IUPAC ambiguity codes. Table 1 is reinterpreted in Table 3, which contains the nucleotide sequences (using the IUPAC ambiguity codes) for each of the 20 amino acids along with their degeneracy.... ..."
Table 2. IUPAC ambiguity codes
"... In PAGE 1: ... Introduction A nucleotide sequence is called degenerate if one or more of its positions can be occupied by one of several possible nucleotides [1]. For example, AYGCNY is a sequence written down using IUPAC ambiguity codes (see Table2 for these codes), where Y stands for one of C or T, and N stands for A, C, G, or T. The degeneracy of a sequence is the number of different sequences that it represents.... In PAGE 3: ...1 Codons and Similar Amino Acids Table 1 shows the genetic code. Table2 shows the IUPAC ambiguity codes. Table 1 is reinterpreted in Table 3, which contains the nucleotide sequences (using the IUPAC ambiguity codes) for each of the 20 amino acids along with their degeneracy.... ..."
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