Abstract: The medical system of the embodiment comprises a recording unit, management unit, extracting unit, searching unit, and display unit. The recording unit records medical information by associating it to the classification thereof. The management unit associates and manages a plurality of situation sections in order to differentiate medical examination situations when medical care is received and a plurality of classifications of medical information. The extracting unit extracts the classification of medical information corresponding to particular situations among a plurality of situation sections based on the plurality of situation sections associated and a plurality of classifications of medical information by the management unit. The searching unit searches the classification of medical information not recorded in the recording unit among the classifications of medical information extracted by the extracting unit.

Abstract: A medical image processing system in which the generation of a non-steady load is made predictable based on the reservation of image processes, includes a reservation manager to manage the process commencement time and the process termination time of the reserved image processing and the amount of medical image data, which is the subject of image processing, a throughput calculating unit to calculate the throughput processed for each predetermined time width in the image processing regarding each image process carried out in the first server, and an analyzing unit to calculate the total throughput of the image processing carried out in parallel for each time width. When the calculated total is more than the predetermined throughput, the analyzing unit specifies at least one from among all image processes carried out in the time width such that the total throughput of a first server becomes less than the predetermined throughput.

Abstract: A medical image processing system in which the generation of a non-steady load is made predictable based on the reservation of image processes, includes a reservation manager to manage the process commencement time and the process termination time of the reserved image processing and the amount of medical image data, which is the subject of image processing, a throughput calculating unit to calculate the throughput processed for each predetermined time width in the image processing regarding each image process carried out in the first server, and an analyzing unit to calculate the total throughput of the image processing carried out in parallel for each time width. When the calculated total is more than the predetermined throughput, the analyzing unit specifies at least one from among all image processes carried out in the time width such that the total throughput of a first server becomes less than the predetermined throughput.

Abstract: The medical system of the embodiment comprises a recording unit, management unit, extracting unit, searching unit, and display unit. The recording unit records medical information by associating it to the classification thereof. The management unit associates and manages a plurality of situation sections in order to differentiate medical examination situations when medical care is received and a plurality of classifications of medical information. The extracting unit extracts the classification of medical information corresponding to particular situations among a plurality of situation sections based on the plurality of situation sections associated and a plurality of classifications of medical information by the management unit. The searching unit searches the classification of medical information not recorded in the recording unit among the classifications of medical information extracted by the extracting unit.