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Table 1: Computing systems resources usage according to computer vision subsystem, in terms of I/O, DSP, memory and processing time
Table 3. Platform resource usage and Fmax. Nios II
"... In PAGE 5: ... The system resource usage was measured with 2-6 Nios II CPU sub-systems, radio interface, AES, and CRC compiled into the FPGA. Table3 presents the number of ALMs and on-chip memory bits used as well as the maximum operating frequency (Fmax) for different platform instances. The critical path is originated from the Avalon arbitrator module of the shared tri-state bus.... ..."
Table 2: Resource Usage Estimates
"... In PAGE 9: ... Our preliminary performance estimates are shown in table 2, and show that the single biggest factor in determining overall system performance is the DBMS. Table2 contains estimates for resource usage of two di erent correlation algorithms. The incremental algorithm updates the correlation matrix each time a new rating is received.... In PAGE 9: ... The incremental algorithm updates the correlation matrix each time a new rating is received. Table2 also illustrates total run time for a batch algorithm using two di erent physical designs for the data. The tables show estimates for a single newsgroup using the following parameters: Distributed Architecture... ..."
Table 8 lists resource usage for different combination of codec, resolution, frame rate and colours. We measured for the entire movie length, vlength, of 299 seconds: maximum bit rate, vbit_rate, total CPU usage in both user and system space, and maximum memory usage in bytes.
2005
"... In PAGE 53: ...rey 946.4 7.15 0.09 34080 Table8 . Resource requirements for decoding video ... ..."
Table 1: Resource e
"... In PAGE 9: ... The Ethernet Interface is potentially the bottleneck of the system, not only because there is a restriction of clock frequency but also because the number of clock cycles is also proportional to the size of the packet. The resource usage of the structure is listed in Table1 . It runs at approximately 50 MHz, as buffering and calling the library code reduces the speed.... ..."
Table I. Besides network metrics, Delphoi also supports single- resource metrics such as CPU load, memory and disk usage, and queuing information. These metrics are provided by Mercury [10] and iGrid [11], the monitoring and information systems developed in GridLab.
2004
Cited by 4
Table 1. Resource Utilization of the PA.
"... In PAGE 6: ... 5 Results The above derived PA architecture was implemented on a Xilinx Virtex XC2V6000 based board. Table1 gives the resource usage of the processor array architecture without the input and output system. Of the 144 Block RAMs, only 9 and 2 BRAMs were needed by the processor array and... ..."
Table 3: Resource Usage for ve Storage-Management Schemes. Elapsed time and user and system cpu were measured by SunOS apos;s times (3V) function (system-V avor). \maj t quot; was measured by getrusage (2), and is the number of \page faults requiring physical I/O quot; (i:e:, major faults). All resource usage was measured at query 7, except for the size of database les, which was determined using stat (2V) at query 11. The column labeled \intvl quot; indicates a particular benchmark interval at 0.5, 1, or 2 times physical memory size.
1996
"... In PAGE 39: ... We discuss the possible performance impact of these varying con gurations later in this section. Table3 summarizes the results for the ve di erent versions of the LabBase data server. In each interval, query 7 measures resource usage for the 10,000 queries and updates from the initial log, plus the two additional queries that simulate ad hoc reporting queries.... In PAGE 40: ...) The Texas+TC test uses this modi ed Texas code. The results in Table3 show that, at the 1X benchmark interval, paging activity is indeed substantially reduced. However, as the size of the database continued to grow beyond the 1X interval, paging activity increased dramatically, with the result that we did not gather performance numbers for the 2X interval of the Texas test.... In PAGE 41: ... We are currently investigating the reason for this performance. None of the measurements presented in Table3 captures commit costs. The ObjectStore page server resided on a di erent machine from the LabBase data server during the benchmark OStore tests, and it was not feasible for us to relate resource usage in the ObjectStore page server to activities of a particular LabBase client because the server was also being used for production activities.... In PAGE 42: ... Tuning Options ObjectStore provides a number of tuning options, the most important of which for LabBase is the ability to group objects by storage segment. The benchmark results presented in Table3 demonstrate that the ability to control object placement can be critical for performance. Although Texas+TC displays better locality of reference than Texas, most objects in Texas+TC are allocated in a reasonable storage segment only by accident.... ..."
Cited by 26
Table 4. Usage of Chip Resources.
2003
"... In PAGE 21: ... FPGA Floorplan. Table4 quanti es the resources used by the function units. The listed resources are 4-input look-up tables (LUTs) and flip-flops (FFs).... ..."
Cited by 9
Table 2. FPGA Resource Usage Statistics. Resource Number Usage Rate
2006
Cited by 3
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