Memory Usage Sample Clauses
Memory Usage. The DSP56300 memory can be partitioned in several ways to provide high-speed operation and additional off-chip memory expansion. Program and data memory are separate. By default, the compiler expects that all memory spaces are fully populated and that several global C variables are defined in the crt0 file (see Chapter 6 — Software-Hardware Integration for information about customizing the memory configuration). Figure 4-1 and Figure 4-3 illustrate the default program and data memory configuration.
Memory Usage. Utilization Used Baseline The expected memory usage range for an organization, organization vDC, or provider vDC. The data range is not based on the current metric values, but on calculations using historical data.
Memory Usage. Real-time constraint indirectly imposes a memory usage constraint as it is usually a source of failures on following real-time principles. One of the main concerns and source of issues is dynamic memory usage, so dynamic memory is discouraged on real-time systems due to the indeterminism added by allocation methods and memory available on the constrained environments micro-ROS is used.
Memory Usage. 16.5.4. CPU Usage (Windows only)
Memory Usage. The current percentage of the average memory usage by the selected server, based on the total memory capacity. • Memory Utilization, % Used. The percentage of the available memory that the server uses during the selected time period.
Memory Usage. The current percentage of the average memory usage by all servers that belong to the selected cluster, based on the total memory capacity. • Memory Utilization, % Used. The percentage of the available memory that is used by all servers that belong to the cluster during the selected time period. • Network I/O. The current rate at which data is transferred from all servers that belong to the selected cluster to and from the network. • Network Utilization, Receive Rate. The rate at which all servers that belong to the selected cluster receive data from the network, during the selected time period. • Network Utilization, Send Rate. The rate at which data is transferred from all servers that belong to the selected cluster to the network, during the selected time period. Figure 28. CPU Utilization dialog box Figure 29. Disk I/O dialog box Figure 30. Disk Utilization dialog box Figure 32. Memory Utilization dialog box Figure 33. Network I/O dialog box
Memory Usage. The current percentage of the average memory usage by the selected SCVMM server, based on the total memory capacity. • Memory Usage, Total Memory. The total memory capacity allocated to the selected SCVMM server. • Memory Utilization, % Used. The percentage of the available memory that the SCVMM server uses during the selected time period. • Network I/O. The current rate at which the selected SCVMM server transfers data from and to the network. • Network Utilization, Receive Rate. The rate at which the selected SCVMM server receives data from the network during the selected time period. • Network Utilization, Send Rate. The rate at which the selected SCVMM server sends data to the network during the selected time period . Where to go next Drill down on: Figure 96. CPU Load dialog box Figure 97. CPU Utilization dialog box Figure 99. Disk Utilization dialog box Figure 100. Memory Usage dialog box Figure 101. Memory Utilization dialog box Figure 103. Network Utilization dialog box Table 49. SCVMM Overview • Monitored: Shows the number of CPU and memory of Hyper-V servers that are Data displayed • Total: Shows the numbers of CPU and memory that are managed by the selected SCVMM server. Virtual Machines. Shows the VM related information. • Monitored: Shows the number of VMs/running VMs that are managed by the selected SCVMM server and are also monitored by the Hyper-V agents. • Total: Shows the total number of virtual machines that are managed by the selected SCVMM server.
Memory Usage. The current percentage of the average memory usage by the selected component (server or cluster).
Memory Usage. The current percentage of the average memory usage by the selected SCVMM server, based on the total memory capacity. • Memory Usage, Total Memory. The total memory capacity allocated to the selected SCVMM server. • Memory Utilization, % Used. The percentage of the available memory that the SCVMM server uses during the selected time period. • Network I/O. The current rate at which the selected SCVMM server transfers data from and to the network. • Network Utilization, Receive Rate. The rate at which the selected SCVMM server receives data from the network during the selected time period. • Network Utilization, Send Rate. The rate at which the selected SCVMM server sends data to the network during the selected time period. Where to go next Drill down on: Figure 89. CPU Utilization dialog box Figure 90. Disk I/O dialog box Figure 91. Disk Utilization dialog box Figure 93. Memory Utilization dialog box Figure 94. Network I/O dialog box Figure 95. Network Utilization dialog box Table 47. Windows Service and Database Status Description Indicates the state of the SCVMM database and the SCVMM Windows service. Data displayed Database Host. The name of the machine on which the database is running. Database Name. The name of the SCVMM database. Database Status. The alarm state of the SCVMM database.
Memory Usage. The current percentage of the average memory usage by the selected SCVMM server, based on the total memory capacity. • Memory Usage, Total Memory. The total memory capacity allocated to the selected SCVMM server. • Memory Utilization, % Used. The percentage of the available memory that the SCVMM server uses during the selected time period. • Network I/O. The current rate at which the selected SCVMM server transfers data from and to the network. • Network Utilization, Receive Rate. The rate at which the selected SCVMM server receives data from the network during the selected time period. • Network Utilization, Send Rate. The rate at which the selected SCVMM server sends data to the network during the selected time period. Where to go next Drill down on: Figure 88. CPU Utilization dialog box Figure 89. Disk I/O dialog box Figure 90. Disk Utilization dialog box Figure 92. Memory Utilization dialog box Figure 93. Network I/O dialog box Figure 94. Network Utilization dialog box