Abstract: An on-board system that includes: a plurality of electronic controllers; and a gateway electronically connected to the plurality of electronic controllers, the gateway including memory and a processor coupled to the memory, and the processor being configured to perform control to cause the plurality of electronic controllers to sleep when no sleep-disabling request is sent from outside the on-board system, and perform control to prevent the plurality of electronic controllers from sleeping when a sleep-disabling request is sent from outside the on-board system, wherein the processor is configured to, when a predetermined condition is satisfied, perform control to cause the plurality of electronic controllers to sleep even when the sleep-disabling request is sent from outside the on-board system.

Abstract: A discharge lamp lighting device includes a discharge lamp, a resonant circuit section, a power conversion section, and a control section. The resonant circuit section is connected to the discharge lamp. The power conversion section is adapted to convert direct-current power into alternating-current power and then supply the discharge lamp with the alternating-current power via the resonant circuit section. The control section is adapted to change a frequency of the alternating-current power alternatingly between a first frequency and a second frequency different from the first frequency in a lighting start period until the discharge lamp reaches a stationary lighting state. The control section is adapted to change the first frequency toward a frequency causing a resonance of the resonant circuit in a stepwise manner. The second frequency is lower than the first frequency.

Abstract: A discharge lamp lighting device includes: a discharge lamp drive section which supplies electric power to a discharge lamp; a voltage detecting section which detects drive voltage of the discharge lamp; and a control section which controls the discharge lamp drive section, wherein the control section performs a first control process of controlling the discharge lamp drive section so that the electric power supplied to the discharge lamp is a first power based on the drive voltage detected by the voltage detecting section during a period when the first control process is previously performed, and a second control process of controlling the discharge lamp drive section so that the electric power supplied to the discharge lamp is a second power different from the first power based on the drive voltage detected by the voltage detecting section during a period when the second control process is previously performed.

Abstract: A discharge lamp lighting device includes a discharge lamp, a resonant circuit section, a power conversion section, and a control section. The resonant circuit section is connected to the discharge lamp. The power conversion section is adapted to convert direct-current power into alternating-current power and then supply the discharge lamp with the alternating-current power via the resonant circuit section. The control section is adapted to change a frequency of the alternating-current power alternatingly between a first frequency and a second frequency different from the first frequency in a lighting start period until the discharge lamp reaches a stationary lighting state. The control section is adapted to change the first frequency toward a frequency causing a resonance of the resonant circuit in a stepwise manner. The second frequency is lower than the first frequency.

Abstract: A discharge lamp lighting device includes a resonant circuit section connected to a discharge lamp, a power conversion section adapted to convert direct-current power into alternating-current power, and then supply the discharge lamp with the alternating-current power via the resonant circuit section, and a control section adapted to change a frequency of the alternating-current power in a stepwise manner with a frequency, which is different from a frequency causing a resonance of the resonant circuit section, intervening between frequency values of the frequency changed in a lighting start period until the discharge lamp reaches a stationary lighting state.

Abstract: A discharge lamp lighting device includes a resonant circuit section connected to a discharge lamp, a power conversion section adapted to convert direct-current power into alternating-current power, and then supply the discharge lamp with the alternating-current power via the resonant circuit section, and a control section adapted to change a frequency of the alternating-current power in a stepwise manner with a frequency, which is different from a frequency causing a resonance of the resonant circuit section, intervening between frequency values of the frequency changed in a lighting start period until the discharge lamp reaches a stationary lighting state.

Abstract: A discharge lamp lighting device includes: a discharge lamp drive section which supplies electric power to a discharge lamp; a voltage detecting section which detects drive voltage of the discharge lamp; and a control section which controls the discharge lamp drive section, wherein the control section performs a first control process of controlling the discharge lamp drive section so that the electric power supplied to the discharge lamp is a first power based on the drive voltage detected by the voltage detecting section during a period when the first control process is previously performed, and a second control process of controlling the discharge lamp drive section so that the electric power supplied to the discharge lamp is a second power different from the first power based on the drive voltage detected by the voltage detecting section during a period when the second control process is previously performed.

Abstract: In a delivery information setting processing, for each macro, deliverability of the macro and a kind of macro data for constituting the macro are set for each process technology. In a registration processing, the macro data is registered in correlation with a macro name and a process technology name. In a delivery control processing, permission to deliver the macro is given based on the combinational condition of a macro name, a process technology name, a kind of the macro data, a macro revision, and a macro demander. In a first delivery processing, the macro data of the macro permitted for delivery through the delivery control processing is delivered to the macro demander.

Abstract: A software management system includes a receiving unit that receives inspection information that indicates whether each of software components registered within a predetermined period has passed or failed in an inspection; a detecting unit that detects a software component that has failed in the inspection based on the inspection information; a determining unit that determines whether a revised version of the software component detected is registered after the predetermined period; and an output unit that outputs information indicating that at least such software components are permitted to be packaged that have passed the inspection, based on determination by the determining unit.

Abstract: In a delivery information setting processing, for each macro, deliverability of the macro and a kind of macro data for constituting the macro are set for each process technology. In a registration processing, the macro data is registered in correlation with a macro name and a process technology name. In a delivery control processing, permission to deliver the macro is given based on the combinational condition of a macro name, a process technology name, a kind of the macro data, a macro revision, and a macro demander. In a first delivery processing, the macro data of the macro permitted for delivery through the delivery control processing is delivered to the macro demander.

Abstract: A distribution apparatus is used to distribute intellectual property to be reused for semiconductor product designing. The distribution apparatus has a memory portion for registering intellectual property, users, and services available for the users, a processing portion for providing a user with a service allowed for the user, and a communication portion for automatically distributing the intellectual property. The distribution apparatus enables users to receive information about the intellectual property on time and to optimally share the intellectual property.

Abstract: A light source device for an image processor has a plurality of LEDs which are disposed below a television camera. A shelter plate is disposed above the light source so as to prevent light emitted from the light source from directly entering the television camera. A cylindrical light transmitting barrel is provided, extending from the television camera to a position sufficiently close to an object to be detected.