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Table 7.2: Breakdown of the number of lines of code added to three interpreters to effect each module of execution under DynamoRIO-PE. The row relating lines in interpreter source file only counts the number of lines in the main interpreter file (generally interp.c or eval.c). The last line presents the number of lines necessary for annotating the interpreter for use under DynamoRIO-with-Log-PC as a comparison to lines for DynamoRIO-PE.

in Thesis Supervisor Certified by..........................................................

by Christopher Leger, Gregory T. Sullivan, Saman Amarasinghe, Arthur C. Smith 2004

Table 1. Critical dynamo numbers for the dynamo (10).

in Integral Equations For Kinematic Dynamo Models

by W. Dobler, K.-H. Rädler

"... In PAGE 4: ...For surrounding vacuum, Roberts (1972) found the rst two modes to be a dipole (Ccrit =7:641) and a quadrupole (Ccrit =7:808). Our results for homogeneous conduc- tivity are given in Table1 and show that all eigenmodes appear in dipole-quadrupole pairs of equal critical dynamo number, a phenomenon we will refer to as dipole- quadrupole degeneration. Table 1.... ..."

Table 1: DYNAMO UML Interpretation

in Automated invariant maintenance via OCL compilation

by Kurt Stirewalt, Spencer Rugaber 2005

Cited by 1

Table 1: Summary of techniques used in Dynamo and their advantages.

in Dynamo: amazon’s highly available key-value store

by Giuseppe DeCandia, Deniz Hastorun, Madan Jampani, Gunavardhan Kakulapati, Avinash Lakshman, Alex Pilchin, Swaminathan Sivasubramanian, Peter Vosshall, Werner Vogels 2007

"... In PAGE 5: ... Describing the details of each of the solutions is not possible, so this paper focuses on the core distributed systems techniques used in Dynamo: partitioning, replication, versioning, membership, failure handling and scaling. Table1 presents a summary of the list of techniques Dynamo uses and their respective advantages. 4.... ..."

Cited by 5

Table 2: Critical dynamo numbers for the dynamo (30). The dynamo numbers appear in pairs with one of them representing a dipole and the other a quadrupole mode. The two leading modes are shown in Figure 3.

in An Integral Equation Approach to Kinematic Dynamo Models

by Wolfgang Dobler, Karl-Heinz Rädler 1998

"... In PAGE 12: ... For surrounding vacuum, Roberts (1972) found the first two modes to be a dipole (Ccrit =7:641) and a quadrupole (Ccrit =7:808) one. Our model results for homogeneous conductivity are shown in Table2 . Here the first two, identical, dynamo numbers correspond to one dipole and one quadrupole mode3.... ..."

Cited by 1

Table 2: Windows/DynamoRIO implementation performance analysis

in Dynamic Taint Analysis for Automatic Detection, Analysis, and Signature Generation of Exploits on Commodity Software

by James Newsome, Dawn Song 2005

"... In PAGE 21: ...pache 1.3.23. The results are given in Table2 . The benchmark tests were run several times with increasing numbers of simultaneous clients.... ..."

Cited by 167

Table 2. Critical dynamo numbers for the 2-dynamo (11), (12), C!=0 with di erent aspect ratios a=b.

in Integral Equations For Kinematic Dynamo Models

by W. Dobler, K.-H. Rädler

Table 7.1: Timing information comparing the performance of TinyVM interpreting 5 applications natively, and under DynamoRIO, DynamoRIO-with-Log-PC, and Dynamo- RIO-PE.

in Thesis Supervisor Certified by..........................................................

by Christopher Leger, Gregory T. Sullivan, Saman Amarasinghe, Arthur C. Smith 2004

Table 7.3: Some timing information for running OCaml on various applications, under various systems. The different systems presented here are: native execution, under DynamoRIO, under DynamoRIO-with-Log-PC, and under DynamoRIO-PE.

in Thesis Supervisor Certified by..........................................................

by Christopher Leger, Gregory T. Sullivan, Saman Amarasinghe, Arthur C. Smith 2004

Table 7.1: Timing information comparing the performance of TinyVM interpreting 5 applications natively, and under DynamoRIO, DynamoRIO-with-Log-PC, and Dynamo- RIO-PE.

in Certified by..........................................................

by Christopher Leger, Gregory T. Sullivan 2004

Results 1 - 10 of 23,991

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Table 1. Critical dynamo numbers for the dynamo (10).

Table 1: DYNAMO UML Interpretation

Table 1: Summary of techniques used in Dynamo and their advantages.

Table 2: Critical dynamo numbers for the dynamo (30). The dynamo numbers appear in pairs with one of them representing a dipole and the other a quadrupole mode. The two leading modes are shown in Figure 3.

Table 2: Windows/DynamoRIO implementation performance analysis

Table 2. Critical dynamo numbers for the 2-dynamo (11), (12), C!=0 with di erent aspect ratios a=b.

Table 7.1: Timing information comparing the performance of TinyVM interpreting 5 applications natively, and under DynamoRIO, DynamoRIO-with-Log-PC, and Dynamo- RIO-PE.

Table 7.3: Some timing information for running OCaml on various applications, under various systems. The different systems presented here are: native execution, under DynamoRIO, under DynamoRIO-with-Log-PC, and under DynamoRIO-PE.

Table 7.1: Timing information comparing the performance of TinyVM interpreting 5 applications natively, and under DynamoRIO, DynamoRIO-with-Log-PC, and Dynamo- RIO-PE.