Abstract: A specific identification information management device coupled to a feature expansion device includes: a storage unit configured to store the specific identification information of the feature expansion device; a detection unit configured to detect access to the feature expansion device; and a control unit configured to transmit the specific identification information stored in the storage unit to the source of access to the feature expansion device when the access is detected by the detection unit.

Abstract: A control device is connected to a processor, a memory module, and a specification information storage memory for storing specification information indicating specifications of the memory module. The control device includes: a readout unit that reads the specification information from the specification information storage memory when power is turned on to the control device; a storage unit that stores the specification information read from the specification information storage memory; and a transfer unit that receives a specification information read instruction from the processor, and that transfers the specification information stored in the storage unit to the processor.

Abstract: A specific identification information management device coupled to a feature expansion device includes: a storage unit configured to store the specific identification information of the feature expansion device; a detection unit configured to detect access to the feature expansion device; and a control unit configured to transmit the specific identification information stored in the storage unit to the source of access to the feature expansion device when the access is detected by the detection unit.

Abstract: A control device is connected to a processor, a memory module, and a specification information storage memory for storing specification information indicating specifications of the memory module. The control device includes: a readout unit that reads the specification information from the specification information storage memory when power is turned on to the control device; a storage unit that stores the specification information read from the specification information storage memory; and a transfer unit that receives a specification information read instruction from the processor, and that transfers the specification information stored in the storage unit to the processor.

Abstract: To completely perform a memory data collecting process by a panic dump in the event of failure, in the configuration information about main memory 5 announced to an operating system by boot firmware, different areas (first main memory area and second main memory area) are set between activation of an operating system in a system operation mode and activation of an operating system in a dump operation mode. In the event of failure, activation is performed in the dump operation mode and a dumping process is performed with memory information in the event of failure maintained.

Abstract: A remote boot method loads an image of an operating system from a file apparatus that is connected to a computer system to a main memory of the computer system and starting the operating system, and remotely specifies an image of a boot target from a system monitoring mechanism that monitors the entire computer system.

Abstract: A data processing system comprised of multiplexed boot devices storing operating systems so that when a device of a master system cannot be used for startup, a device of a slave system is forcibly switched to for startup, wherein a memory stores boot firmware environment variable area including first variable data including device setting data of boot candidates, second variable data including index data designating a boot device based on that device setting data, and third variable data in which a binary value indicating if multiplexing is “valid” or not is set and wherein boot firmware decides on a boot device based on the settings of the environment variable areas and starts up the operating system stored in that boot device to start up the system.

Abstract: A memory dump program boot method includes the steps of defining, in non-volatile variables that are managed by a boot firmware of a computer system, boot information of a plurality of stand-alone dump programs that are installed in the computer system, and a table variable indicating a corresponding relationship of the plurality of stand-alone dump programs and a plurality of operating systems, specifying the boot information of a corresponding one of the plurality of stand-alone dump programs from the table variables when the boot firmware boots an arbitrary one of the plurality of operating systems, and writing information indicating the specified boot information in the non-volatile variables that are referred to when executing a stand-alone dump, and booting the corresponding one of the plurality of stand-alone dump programs when a booting of the stand-alone dump is instructed, by checking existence of variables that are referred to when executing the stand-alone dump and referring to information of the

Abstract: A remote boot method loads an image of an operating system from a file apparatus that is connected to a computer system to a main memory of the computer system and starting the operating system, and remotely specifies an image of a boot target from a system monitoring mechanism that monitors the entire computer system.

Abstract: A memory dump program boot method includes the steps of defining, in non-volatile variables that are managed by a boot firmware of a computer system, boot information of a plurality of stand-alone dump programs that are installed in the computer system, and a table variable indicating a corresponding relationship of the plurality of stand-alone dump programs and a plurality of operating systems, specifying the boot information of a corresponding one of the plurality of stand-alone dump programs from the table variables when the boot firmware boots an arbitrary one of the plurality of operating systems, and writing information indicating the specified boot information in the non-volatile variables that are referred to when executing a stand-alone dump, and booting the corresponding one of the plurality of stand-alone dump programs when a booting of the stand-alone dump is instructed, by checking existence of variables that are referred to when executing the stand-alone dump and referring to information of the

Abstract: To completely perform a memory data collecting process by a panic dump in the event of failure, in the configuration information about main memory 5 announced to an operating system by boot firmware, different areas (first main memory area and second main memory area) are set between activation of an operating system in a system operation mode and activation of an operating system in a dump operation mode. In the event of failure, activation is performed in the dump operation mode and a dumping process is performed with memory information in the event of failure maintained.

Abstract: A data processing system comprised of multiplexed boot devices storing operating systems so that when a device of a master system cannot be used for startup, a device of a slave system is forcibly switched to for startup, wherein a memory stores boot firmware environment variable area including first variable data including device setting data of boot candidates, second variable data including index data designating a boot device based on that device setting data, and third variable data in which a binary value indicating if multiplexing is “valid” or not is set and wherein boot firmware decides on a boot device based on the settings of the environment variable areas and starts up the operating system stored in that boot device to start up the system.

Abstract: In order to apply the brake to a vehicle even if one of main air-conduits for introducing brake operating air is damaged, a brake circuit system for use in the vehicle has independent right hand and left hand main air-conduits, two front and two rear brake fluid chambers placed in the main air-conduits and connected to right and left front wheel brakes and right and left rear wheel brakes, respectively, a brake operating air reservoir divided into right and left chambers connected through the right hand and left hand air-conduits to pair of right hand front and rear brake chambers and another pair of left hand front and rear brake chambers, respectively, and two front and two rear relay valves placed in the main air-conduits, respectively. A pair of right hand front and rear relay valves and other pair of left hand front and rear relay valves are actuated to be opened and closed by the operation of right hand and left hand brake valves, respectively.