Abstract: An imaging system includes first imaging device (10a) and second imaging device (10b). First imaging device (10a) includes a first optical system having a first view angle, and a first imaging element. Second imaging device (10b) includes a second optical system having a second view angle that is wider than the first view angle, and a second imaging element. The second optical system is configured to form an image including a first region and a second region, which do not overlap each other, such that a resolution in the second region is higher than a resolution in the first region corresponding to an imaging range of the first view angle, in an imaging surface of a subject image.

Abstract: Imaging system (70) disposed at a rear part of moving body (100) includes imaging device (10) and image processing device (20). Imaging device (10) includes an imaging element and an optical system. The imaging element has a plurality of pixels arranged in a two-dimensional manner and generates image data. The optical system forms a subject image on an imaging surface of the imaging element. Image processing device (20) generates a captured image based on the image data. The imaging surface includes a first region corresponding to a first view angle and a second region corresponding to a second view angle that is larger than the first view angle. The optical system is configured so that resolution of the first region is higher than resolution of the second region excluding the first region. A center of the first region is disposed at a position deviated from a center of the imaging surface.

Abstract: A computer system wherein a first access environment program converts an application data created by the first application program, according to access environment information, and sends the converted application data to a first volume, wherein a management computer stores the access environment information, and relationship between the second volume and the access environment information, wherein, when the management computer receives a request to access the second volume from the second host computer, the management computer identifies the access environment information based on the relationship, and sends the access environment information to the second host computer, and wherein the second host computer configures a second access environment program stored in the second host computer based on the access environment information, and wherein and a second application program stored the second host computer, accesses to the second volume via the second access environment program configured by the access envir

Abstract: Prior to alteration of the communication route connecting the enterprise servers 51 to 53, ports a, b and c of the enterprise server 51 are each connected with port 1 of the storage system 7 through the communication route. When enterprise server 54 is connected with the storage system 7 in response to a new connection request, the communication port of the storage system 7 with which ports a, b and c are respectively connected through the communication route is altered to port 3. Due to this alteration, the enterprise server 544 can be connected through its port f via the communication route with the port 1 of the storage system 7, which was thus freed.

Abstract: Host environment information of the host is acquired from an environment management section that manages the host environment information, a designation of a volume condition constituting a condition related to the logical volume is received from the user, a logical volume that conforms to the designated condition among a plurality of logical volumes is sought, an internal path which is a logical path in the storage system is constructed by allocating the logical volume thus found to any of the plurality of communication ports, and the acquired host environment information is allocated to at least one of the communication ports and logical volumes in the internal path thus constructed.

Abstract: A computer system wherein a first access environment program converts an application data created by the first application program, according to access environment information, and sends the converted application data to a first volume, wherein a management computer stores the access environment information, and relationship between the second volume and the access environment information, wherein, when the management computer receives a request to access the second volume from the second host computer, the management computer identifies the access environment information based on the relationship, and sends the access environment information to the second host computer, and wherein the second host computer configures a second access environment program stored in the second host computer based on the access environment information, and wherein and a second application program stored the second host computer, accesses to the second volume via the second access environment program configured by the access envir

Abstract: Host environment information of the host is acquired from an environment management section that manages the host environment information, a designation of a volume condition constituting a condition related to the logical volume is received from the user, a logical volume that conforms to the designated condition among a plurality of logical volumes is sought, an internal path which is a logical path in the storage system is constructed by allocating the logical volume thus found to any of the plurality of communication ports, and the acquired host environment information is allocated to at least one of the communication ports and logical volumes in the internal path thus constructed.

Abstract: The present invention is constituted to make it possible to automatically perform the processing required to recognize, on another host computer, data recognizable on a host computer. A server 101 requests OS information and file system information managed by a host A and a host A?. If, based on this information, it is determined that, when the OS of host A and host A? are the same or even different, the file system of host A is supported by host A?, the server 101 disconnects a host A-recognized logical volume VOL-A1 from host A, and connects it to host A?. Conversely, if it is determined that the OS of host A and host A? differ, and that the host A file system is not supported by host A?, the server 101 prepares a new logical volume Vol-A1?, causes host A to read out the data inside VOL-A1 and to transfer it to host A?, and causes host A? to write the transferred data to VOL-A1?.

Abstract: A server program 51 relates access environment information, which indicates an access environment enabling an AP 31A to access data in an LV #03 and an LV #04, to the LV #03 and LV #04 on a table 61. The server program 51 copies the data in the LV #03 and LV #04 to another LV 11, and at the same time relates the access environment information associated with these data to the data at the copy destination. The server program 51 then transmits to a host agent program 39B a command group based on the access environment information related to the data at the copy destination, whereby an access environment enabling an AP 31B to access the data at the copy destination is constructed in a host 5B.

Abstract: Prior to alteration of the communication route connecting the enterprise servers 51 to 53, ports a, b and c of the enterprise server 51 are each connected with port 1 of the storage system 7 through the communication route. When enterprise server 54 is connected with the storage system 7 in response to a new connection request, the communication port of the storage system 7 with which ports a, b and c are respectively connected through the communication route is altered to port 3. Due to this alteration, the enterprise server 544 can be connected through its port f via the communication route with the port 1 of the storage system 7, which was thus freed.