Resource Utilization. The school nurse considers factors related to safety, effectiveness, and cost when planning and delivering care. Observes school facilities and recommends modifications necessary to maintain optimum health and safety of students and school personnel. 3 2 1 N/A Promotes positive safety practices both within and outside of school buildings and participates in the development of a school emergency plan. 3 2 1 N/A Contributes to the planning and maintaining of individual health office budget, including inventory and ordering of supplies. 3 2 1 N/A
Resource Utilization. Equitable is responsible for monitoring and reporting Alliance’s resource utilization. Reporting shall consist of month and cumulative year-to-date TAPE, CPU & DASD utilization. Equitable will provide, where reasonable, customized resource usage reports based on Alliance’s business and transaction groupings. Equitable will provide adequate capacity to meet Alliance’s Processing Requirements.
Resource Utilization. In a typical MServe service with a single backup copy storage requirements are storage for the file ifself, its metadata, and its backup file.
Resource Utilization. When performing the tests described in the previous section, a tool for monitoring the system resources has been run in the background in order to collect data that have been plotted afterwards. For that purpose we used an open source tool named nmon which also provides effective ways for plotting and analysing the collected data. Figure 17 shows the overall CPUs usage (user+system averaged on the 8 available cores) along the timeline, also in relation with the points in time where the Restore and Store operation started (see the little circles at the base of the chart). It can be seen that the system is always in good health with CPU usage peaks always under 30%, this means that a host configured in this way can be used also for other concurrent tasks (see 3.2.2.3.1 on co-existence) or could be downsized for example to a total of 4 cores instead of 8. CPU Z800-‐Workstation 28/11/2013 CPU% Restore Store 100 90 80 70 60 50 40 30 20 10 0 usr%+sys% 10.09 10.11 10.12 10.14 10.15 10.17 10.18 10.20 10.21 10.23 10.24 10.26 10.27 10.29 10.30 10.32 10.33 10.35 10.36 10.38 10.39 10.41 10.42 10.44 10.45 10.47 10.48 10.50 10.51 10.53 10.54 10.56 10.57 10.59 11.00 11.02 11.03 11.05 11.06 11.08 11.09 11.11 11.12 11.14 11.15 11.17 11.18 11.20 11.21 11.23 11.24 11.26 11.27 11.29 11.30 11.32 11.33 11.35 11.36 11.38 11.39 11.41 11.42 11.44 11.45 11.47 11.48 11.50 11.51 11.53 Figure 17 - Overall CPU usage Figure 18 shows the read and write transfer rates on the disks of the host used as destination for the Restore operations and as source for the Store operations. Store and Restore operation starts are indicated on the graph as small circles at the base. The blue coloured line represents the write speed in correspondence of the Restore operations, it is visible that the rate stands around 70 MB/s. The orange coloured line represents the read speed in correspondence of the Store operations (read from disk and write to LTO). From time 10:40 to time 11:16 (central part of the graph) is showed the behaviour of disks for the Store operation with the option MD5_both. This means that the files have to be read twice, once for writing to the LTO and the other to calculate the MD5 checksum from the source. This justifies the course of the graph that has a smoother part when writing to LTO, which stands to a quite regular transfer rate around 60 MB/s, and a sharper part that corresponds to the reading just into memory for MD5 calculation. In this last case disks reach spikes as high a...
Resource Utilization. The SCHOOL shall utilize certain resources converted to the SCHOOL's use by the SPONSOR, including but not limited to portions of the SPONSOR's facilities, staff, equipment, instructional materials, curriculum, and educational strategy, as determined to be appropriate by the SPONSOR, in the SPONSOR's sole discretion.
Resource Utilization. Deployment of resources in a manner that is operationally efficient and maximally effective in achieving the best patient outcomes practical.
Resource Utilization. Efficiency in the use of personnel, equipment, and consumables to minimize wastage and reduce costs.
Resource Utilization. Resource utilization is a function of (i) the function’s activation rate and (ii) a time budget representing the time an execution/communication will take. Basing on utilization of single resources, other related interesting metrics can also be extracted, as load distribution and function/signals extensibility (function of processors/bus slacks).
Resource Utilization. While S.A.F.E. was running, our measurements using top indicated it used less than 10% of the CPU time on each computer and used about 22 MB of RAM. In one trial, SAFE appeared to use about 32 MB of RAM. However, this occurred only in a trial that was run immediately after the computers were rebooted. More trials were performed and they all produced results consistent with all the other trials. Finally, the computers were all rebooted again, and one more trial was run. In this case, again, S.A.F.E. appeared to use about 32 MB of RAM. Running one final trial and examining the status file in each directory for the three processes that S.A.F.E. uses indicated that the resident set size of the memory for S.A.F.E. actually was about 32 MB. We note that there was a significant amount of unused memory (more than 30 MB), so we are confident that all of S.A.F.E.’s memory consumption was indicated by the resident set size. This leads us to believe that S.A.F.E. really does use about 32 MB of RAM. This also suggests that our measurements for the memory consumed by S.A.F.E. in section 4.2.1 also were incorrect and should have been approximately 32 MB of RAM. We suggest a more accurate tool be used to measure the exact amount of memory used. However, we are confident that the 32 MB is an accurate estimate of the memory used by S.A.F.E. We believe our measurements were inaccurate because top only gives the memory usage of the 20 processes consuming the most CPU time. Further analysis of the output showed that only two of S.A.F.E.’s three processes were being shown by top. We point out that more memory may be consumed by S.A.F.E. when the maximum number of nodes (16) join a Trust Domain. Extrapolating from the numbers in the resident set size of the DTM process, we expect that no more than 10 MB of additional memory would be required for this situation. This is because the DTM appears to use 10 MB of memory with 9 nodes in the Trust Domain, and the memory usage of the DTM scales linearly with the number of nodes in a Trust Domain, due to the way it is implemented.
Resource Utilization. All hosting services are subject to predefined resource limits based on the corresponding plan. It is The Customer's responsibility to ensure that their hosting service operates within these allocated resources. Should additional resources be required for optimal performance, The Customer must upgrade their service accordingly.
