Abstract: A computer-executable server load monitoring method is performed in a server load monitoring apparatus connected with at least one server. The server load monitoring method includes (a) measuring an average server load value and a maximum server load value during a monitoring period which may be defined from a reference time to a past specific time for each of the at least one server; (b) calculating a band ratio indicating an over performance guide frequency to sampling frequency ratio for the monitoring period based on a server performance guide; and (c) determining a server management policy based on the average server load value, the maximum server load value and the band ratio for each of the at least one server.

Abstract: A computer-executable server load monitoring method is performed in a server load monitoring apparatus connected with at least one server. The server load monitoring method includes (a) measuring an average server load value and a maximum server load value during a monitoring period which may be defined from a reference time to a past specific time for each of the at least one server; (b) calculating a band ratio indicating an over performance guide frequency to sampling frequency ratio for the monitoring period based on a server performance guide; and (c) determining a server management policy based on the average server load value, the maximum server load value and the band ratio for each of the at least one server.

Abstract: This application relates to a method of analyzing the memory usage being performed on a user terminal, the user terminal executing a plurality of application objects and the method includes (a) measuring an active virtual memory (AVM) usage being used in the plurality of application objects, (b) determining a physical memory usage from the active virtual memory when measuring the active virtual memory usage and (c) subtracting the physical memory usage from the measured active virtual memory usage to determine a swap unique memory usage. Therefore, it may be possible to efficiently measure the memory usage used only in the swap memory from the active virtual memory.

Abstract: A computer server including a CPU (Central Processing Unit) pool including a plurality of CPUs, at least two partitions being exclusively offered the plurality of CPUs and independently performing an operation system, and a resource managing and monitoring unit managing a CPU allocation and retrieval of the at least two partitions based on a number of currently available CPUs and a number of currently used CPUs is disclosed. The resource managing and monitoring unit monitors partition status information (the partition status information including the number of currently used CPUs, a number of guaranteed CPUs, a CAP status and a number of maximum available CPUs) for measuring a ratio of CPU usage about each of the at least two partitions.

Abstract: A computer server includes a CPU (Central Processing Unit) pool including a plurality of CPUs, at least two partitions being exclusively offered the plurality of the CPUs and independently performing an operation system and a resource managing and monitoring unit managing a CPU allocation and retrieval of the at least two partitions based on a number of currently available CPU and a number of currently used CPU. The resource managing and monitoring unit monitors partition status information (the partition status information including the number of currently used CPU, a number of guaranteed CPU, a CAP status and a number of maximum available CPU) for measuring a ratio of CPU usage about each of the at least two partitions.