Abstract: A server apparatus is provided for collecting log information from a plurality of servers that execute a series of processes in response to a first request from a client apparatus. The server apparatus receives, from a first server that is included in the plurality of servers and has executed a first process of the series of processes, a second request for executing a second process of the series of processes, where the first request includes first log information that is outputted from the first server when the first process is executed by the first server. The server apparatus executes the second process while outputting second log information indicating an execution history of the second process, and controls writing of the first and second log information into a predetermined storage area provided in association with the client apparatus.

Abstract: An imaging system includes a first detection sensor configured to detect an imaging target area by the imaging system as a detection target and a second detection sensor configured to detect any portion of a path to the imaging target area as a detection target. The imaging system further includes a processor which performs imaging control by using a condition that a time interval when detection is not performed by the second detection sensor is a predetermined time interval or more and detection is performed by the first detection sensor as an acquisition condition for a captured image of the imaging target area.

Abstract: A colony image inspection device (10) acquires each of captured images of three or more petri dishes in each of which the same type of bacterial colony is cultured to be inspected. Furthermore, the colony image inspection device (10) calculates a similarity among the acquired three or more images. Furthermore, the colony image inspection device (10) selects two images indicating that the similarity is the lowest from among the three or more images. Furthermore, the colony image inspection device (10) outputs the selected two images as images that are arranged side by side.

Abstract: A non-transitory computer-readable recording medium stores a colony inspection program that causes a computer to execute a process. The process includes: acquiring each of captured images of a plurality of petri dishes in each of which bacterial colonies are included; calculating similarity between the plurality of the images; and changing, based on the calculated similarity, whether an alarm is output.

Abstract: A non-transitory computer-readable recording medium stores a colony examination program that causes a computer to execute a process. The process includes: obtaining, for each of a plurality of specimens from which colonies of bacteria are cultured, a piece of information used for identifying the specimen; arranging the pieces of information identifying the specimens, based on a time period a product represented by each of the specimens takes to arrive at a shipment delivery destination from a facility that produced the specimen, the time period being indicated in each of the obtained pieces of information identifying the specimens; and displaying the arranged pieces of information identifying the specimens, in a list.

Abstract: A log management method includes extracting, before deploying an application which compresses and outputs log information of the application, message format information concerning the log information from source code of the application, deploying the application, and outputting the log information in a form of a message based on the message format information when a device that is able to obtain the log information output from the deployed application obtains the log information.

Abstract: A log management method includes extracting, before deploying an application which compresses and outputs log information of the application, message format information concerning the log information from source code of the application, deploying the application, and outputting the log information in a form of a message based on the message format information when a device that is able to obtain the log information output from the deployed application obtains the log information.

Abstract: A server apparatus is provided for collecting log information from a plurality of servers that execute a series of processes in response to a first request from a client apparatus. The server apparatus receives, from a first server that is included in the plurality of servers and has executed a first process of the series of processes, a second request for executing a second process of the series of processes, where the first request includes first log information that is outputted from the first server when the first process is executed by the first server. The server apparatus executes the second process while outputting second log information indicating an execution history of the second process, and controls writing of the first and second log information into a predetermined storage area provided in association with the client apparatus.

Abstract: A broker-program generating unit generates a broker program by using an interface-definition-language file defining interface definition information concerning a plurality of applications described in various programming languages. The broker program is installed in a middleware platform that absorbs and hides a common object request broker architecture, and brokers an interaction between the applications with a structure that stores data in a binary format as an interface to the middleware platform.

Abstract: When a request not yet recognized as belonging to a session sent to a server application written in a non-object-oriented language is received, a session identification data is affixed to the request, and a server instance is created, associating it with a thread shared with the server application. The server application that includes a predetermined function is called. The session management data is retrieved and kept in a variable in the server instance. When the request containing the session identification data is received, the session management data is set in the thread.

Abstract: When a request not yet recognized as belonging to a session sent to a server application written in a non-object-oriented language is received, a session identification data is affixed to the request, and a server instance is created, associating it with a thread shared with the server application. The server application that includes a predetermined function is called. The session management data is retrieved and kept in a variable in the server instance. When the request containing the session identification data is received, the session management data is set in the thread.

Abstract: A broker-program generating unit generates a broker program by using an interface-definition-language file defining interface definition information concerning a plurality of applications described in various programming languages. The broker program is installed in a middleware platform that absorbs and hides a common object request broker architecture, and brokers an interaction between the applications with a structure that stores data in a binary format as an interface to the middleware platform.