### Table 1: Description of benchmark suite.

1999

"... In PAGE 7: ... The entries for the cache configurations are the parameters C/B/A of the model discussed in Appendix A. 3 Experimental results Table1 describes benchmark suite that we use to evaluate nonlinear array layout functions. Three of these codes call the BLAS 3 [15] routine dgemm to perform matrix multiplication on tile-sized chunks of data.... ..."

Cited by 75

### Table Data Layout on Physical Array Layout Derivation from Block Designs

1994

Cited by 39

### Table Data Layout on Physical Array Layout Derivation from Block Designs

1994

Cited by 39

### Table 1: El_Array_Type Layout

"... In PAGE 3: ...n the El_Array. The Index_Part contains the starting position for the parameter data in the El_Array. The Parameter_Part contains the data from the measurement and the Num_Store_Els_Allocated_Part is calculated by dividing the Num_Bits_Allocated by the number of bits (8) in a storage_unit. As shown in Table1 , If a parameter is stored, then the index of the next parameter is the sum of the Index and the Num_Store_Els_Allocated (Num. Bytes) of this parameter; otherwise the Index remains unchanged.... In PAGE 3: ... Bytes) of this parameter; otherwise the Index remains unchanged. Table1 shows an example where 5 of the 9 parameters are stored. The total num- ber of stored elements (bytes) for this example is 20.... In PAGE 6: ...arameters was tested. Two sets of data were produced. For the first set of measurements, all 9 of the parameters were stored, which resulted in the El_Array consisting of 32 storage elements (bytes). For the second set of measurements, only 1 parameter, Low_Ang_Scat, was stored, which resulted in the El_Array consisting of only 2 bytes ( Table1 ). Figure 1 shows plots of the calculated number of bytes vs.... ..."

### Table 4 Functionality of the garden layout

2005

### Table 1: Layout of a two dimensional array distributed (*,block)

### Table 1. Test Layout

"... In PAGE 4: ...Jisu Oh, Shan Huang 4 Table1 . System Requirements Functional Requirements Non-functional Requirements Input Data - Choose Confidence Interval (68%, 95%, 99.... ..."

### Table 5: Communication pattern of the linear algebra functions (the array dimensions for reduction and broadcast are of source and destination respectively). MAXLOC is a type of reduction that returns the index of the largest array element.

"... In PAGE 12: ... Table 4 gives an overview of the data representation and layout for the dominating computations. Table5 shows the communication operations used along with their associated array ranks. Table 6 tabulates the computation to communication ratio in the main loop of each linear algebra benchmark.... ..."

### Table 1. Comparisons of Results over Ten Seeds. Problem Best Median Worst Standard

"... In PAGE 5: ... The GA settings were the same as in [16]: population size of 10, mutation rate of 50%, number of solutions generated = 600,000, and number of random seeds = 10. Objective function values from the perimeter metric are in Table1 , where the best, median, worst and standard deviation over ten runs are shown. The twenty department Armour and Buffa (A amp;B) was studied with maximum aspect ratios of 10, 7, 5, 4, 3 and 2.... ..."

### Table 1. Comparisons of Results over Ten Seeds.

"... In PAGE 12: ...Smith (1995) : population size of 10, mutation rate of 50% (5 mutants per generation) and number of generations generated = 100,000. Objective function values from the contour measure are in Table1 , where the best, median, worst and standard deviation over ten runs using different random number seeds are shown. The twenty department Armour and Buffa (A amp;B) was studied with maximum aspect ratios of 10, 7, 5, 4, 3 and 2.... ..."