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Table 6.3 Table Author (previous version) Description
Table 6.4 Table author (new version) Description
Table 1. Summary of the case studies. Columns contain the project name, the year the project started its development, the date of its release 1.0, the number of SLOCs according to our methodology, the number of SLOCs according to SLOCCount, the coincidence for both figures, the number of files, and the authors identified in the current version.
2005
"... In PAGE 2: ...5 millions lines of code, written mainly in C and C++, and 52,975 source code files. Table1 presents the most important facts about the code considered. 3.... ..."
Cited by 3
Table 1 summarizes the application programs described in this memo. It lists, for each appli- cation, the problem solved by the application, the algorithm it uses, whether the problem is regular or not, and the author(s) of the program. Multiple versions of each program may exist and more details can be found in the description of each application below, and by contacting the respective authors.
"... In PAGE 2: ... The description of these applications will include information on the state of the implementation. Also included in the list (see Table1 ) are small programs that, while not whole applications1, are interesting in their own right and can be useful for studying speci c aspects of the Alewife architecture. Most of the sources for the applications that currently work are in the directory /projects/alewife/bench/ on hing.... In PAGE 3: ... conj. gradient Yes Yeung CGrad 2-D LaPlace apos;s equation conjugate gradient Yes Lim MGrid 2-D LaPlace apos;s equation multigrid Yes Lim, Nussbaum SOR 2-D LaPlace apos;s equation red-black Jacobi SOR Yes Lim Gamteb Photon trajectory simulation Monte Carlo No Chan, Tuteja MP3D Rare ed uid ow Monte Carlo No Yeung Water N-body molecular dynamics Gear apos;s 6th-order No Yeung Barnes-Hut N-body simulation Hierarchical N-body No Livadas Cholesky Sparse Cholesky factorization supernodal fanout No Tuteja AQ Numerical integration adaptive quadrature No Johnson, Nussbaum Speech Speech recognition Viterbi search No Johnson, Wald Genome Genome evolution graph traversal Yes Aggarwal Queens n-Queens problem exhaustive tree search No Kranz, Nussbaum TSP Traveling salesman branch amp; bound No Babb VCP Vertex cover problem branch amp; bound No Huang, Lim BTree Dictionary concurrent B-Tree No Wang, Lim Small programs FFT Fourier transform Fast Fourier Transform Yes Johnson Sort Sorting bitonic-merge sort Yes Hanono Pre x Pre x computation parallel pre x Yes Barua MatMul Matrix multiplication Yes Nussbaum Transpose Matrix transpose Yes Agarwal, Lim Table1 : List of Applications... ..."
Table 2: Author-related characteristics of the six special test collections.
"... In PAGE 4: ... This means that, for each community collection, the special versions have the same number of documents and queries. Table2 lists some characteristics of the six special test collections. The fact that special versions with only the first author have the same number of total authors as documents is not a coincidence.... ..."
Table 4.6: Test 3 bis: complete type reduction + module optimization (for the mpdus type). There may well be some room left for optimizations, in particular: a better memory management, a version with security checks removed, a globalisation of security checks within the \light weight quot; routine, an implementation of the \mappings quot; authorized for the FTLWS routine, These optimisations will be done in the next version, and will be incorporated to the INRIA- 2 deliverable.
Table 1. A short summary of literature on Situation Calculus and Event Calculus. Situation Calculus Event Calculus Authors Contribution Author(s) Contribution
1996
"... In PAGE 1: ...vent Calculus apos; forte is the ability to assimilate a narrative, i.e. the description of a course of events, adjusting the e ects of action and the time-line of the narrative as it becomes more and more precise, in an additive only fashion. These two formalisms have received attention from several authors, with various perspectives; Table1 is a summary of contributions related to this paper. In their recent production, Pinto and Reiter (1993a and 1993b) have introduced an extended version of Situation Calculus (ESC) which makes it possible to represent dates and time-stamp actions and situations; to represent a narrative which actually occurred in the world as a branch of the tree of possible developments of the world that SC handles.... ..."
Cited by 17
Table 19 Positions of awarded authors of DBLP by average of best 25 publications. Author Name Rank Position by:
2006
"... In PAGE 32: ... Selinger 7 22 24 26 26 32 33 32 34 27 Philip A. Bernstein 57 27 18 14 11 8 8 8 7 5 15 Rakesh Agrawal 48 33 27 22 20 17 15 12 12 7 24 Ronald Fagin 41 29 22 18 18 15 17 14 15 14 23 Rudolf Bayer 22 25 29 33 38 35 37 36 41 35 36 Serge Abiteboul 148 64 48 41 37 26 25 22 21 16 46 Lowest Ranking Point 148 105 84 69 61 48 42 36 41 35 65 Sum of Rank Points 610 414 341 296 277 234 229 205 208 131 310 Appendix C: Ranking Authors Full Results Here we present the full version of Table19 to depict the rank positions of un-awarded authors. It is obvious that the authors with the higher possibility to be awarded in the future are the ones that are highly ranked (especially with the SCEAS method) and have not yet been awarded.... ..."
Cited by 2
Table 19 Positions of awarded authors of DBLP by average of best 25 publications. Author Name Rank Position by:
2006
"... In PAGE 32: ... Selinger 7 22 24 26 26 32 33 32 34 27 Philip A. Bernstein 57 27 18 14 11 8 8 8 7 5 15 Rakesh Agrawal 48 33 27 22 20 17 15 12 12 7 24 Ronald Fagin 41 29 22 18 18 15 17 14 15 14 23 Rudolf Bayer 22 25 29 33 38 35 37 36 41 35 36 Serge Abiteboul 148 64 48 41 37 26 25 22 21 16 46 Lowest Ranking Point 148 105 84 69 61 48 42 36 41 35 65 Sum of Rank Points 610 414 341 296 277 234 229 205 208 131 310 Appendix C: Ranking Authors Full Results Here we present the full version of Table19 to depict the rank positions of un-awarded authors. It is obvious that the authors with the higher possibility to be awarded in the future are the ones that are highly ranked (especially with the SCEAS method) and have not yet been awarded.... ..."
Cited by 2
Table 1 Weakly singular integral equation (1.4) with g2(x) 1: h-version, using CG and 2-level and multilevel additive Schwarz and BPX preconditioner Acknowledgements: The author was partly supported by the German Research Foundation under Grant Nr. Ste 238/25-9.
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