Abstract: An assignment control method including: assigning, by circuitry, a processor core among a plurality of processor cores to a thread in accordance with receiving an instruction for starting a process for the thread; identifying, by the circuitry, address information of memory area, with which the processor core assigned to the thread accesses, based on identification information identifying the processor core assigned to the thread and associating information stored in a storage unit, the associating information associating identification information of the plurality of processor cores with address information of different memory areas each of which corresponds to one of the plurality of processor cores executing the process of the thread; and controlling, by the circuitry, the processor core assigned to the thread to access corresponding memory area using the identified address information.

Abstract: An assignment control method including: assigning, by circuitry, a processor core among a plurality of processor cores to a thread in accordance with receiving an instruction for starting a process for the thread; identifying, by the circuitry, address information of memory area, with which the processor core assigned to the thread accesses, based on identification information identifying the processor core assigned to the thread and associating information stored in a storage unit, the associating information associating identification information of the plurality of processor cores with address information of different memory areas each of which corresponds to one of the plurality of processor cores executing the process of the thread; and controlling, by the circuitry, the processor core assigned to the thread to access corresponding memory area using the identified address information.

Abstract: In the game machine which adopts an accumulation-type progressive jackpot with a jackpot payout increasing according to a game play of a player and increases the jackpot payout by a predetermined unit according to a predetermined number of game plays by the player, the game machine includes a monitor which displays a game screen. The game machine counts the jackpot payout increasing according to the game play of the player by each player as a separate increment, manages a fraction with the separate increment smaller than the predetermined unit in association with the player and controls the display device so as to display the fraction.

Abstract: In the game machine which includes a plurality of lottery machines having different lottery probabilities and executing a plurality of lotteries by a plurality of lottery machines selected as a predetermined combination among a plurality of lottery machines as a chance game provided in common to players, a plurality of station units is provided with a touch panel which receives an operation of the player. The game machine executes the lotteries by the plurality of lottery machines as the chance game in a predetermined order. The game machine changes at least one of the plurality of lottery machines into another lottery machine according to an operation input from the touch panel in case that a predetermined change condition is satisfied. The change of the combination of the plurality of lottery machines is applied to the chance game for other players playing the chance game.

Abstract: In the game machine which adopts an accumulation-type progressive jackpot with a jackpot payout increasing according to a game play of a player and increases the jackpot payout by a predetermined unit according to a predetermined number of game plays by the player, the game machine includes a monitor which displays a game screen. The game machine counts the jackpot payout increasing according to the game play of the player by each player as a separate increment, manages a fraction with the separate increment smaller than the predetermined unit in association with the player and controls the display device so as to display the fraction.

Abstract: In the game machine which includes a plurality of lottery machines having different lottery probabilities and executing a plurality of lotteries by a plurality of lottery machines selected as a predetermined combination among a plurality of lottery machines as a chance game provided in common to players, a plurality of station units is provided with a touch panel which receives an operation of the player. The game machine executes the lotteries by the plurality of lottery machines as the chance game in a predetermined order. The game machine changes at least one of the plurality of lottery machines into another lottery machine according to an operation input from the touch panel in case that a predetermined change condition is satisfied. The change of the combination of the plurality of lottery machines is applied to the chance game for other players playing the chance game.

Abstract: The movement information processing system of the present invention includes a screen 5 which displays via a projector 6 guide images GG which induces stepping movements of the feet of players on mats 30 and mats for players where each of the mats 30 detects the stepping position and the stepping movement of each player with respect to the guide images GG. The detected results are evaluated by an evaluation means 116, 120 via a communication section 16 and the evaluation results are displayed on the screen with an image presentation processing control section 112. The system provides exercise guide images that induce players a variety of movements in a highly recognizable manner regardless of the number of players.

Abstract: When, for example, an acceptance processing unit, among several acceptance processing units, performs acceptance processing of a reservation request, whether or not there is availability in resources of a video chat device assigned to the acceptance processing unit is checked, and if there is availability in the resource, the use of the resource is reserved.

Abstract: Characteristic menu information corresponding to applications are stored in a menu storage unit. A menu development unit discriminates an application which is now started and develops a menu corresponding to the application on a screen using the stored menu information. In the menu operation, a menu is developed on the screen by operating a defined button, a menu item is selected by scrawling while the menu is being developed and the selected menu item is executed by operating the defined button.

Abstract: A video data providing unit (10) connects to a restricted access providing-side VPN (20). A streaming server (60) connects to a restricted access transmitting-side VPN (50). A router (40) determines whether or not transmitting-side data such as request data or instruction data received via the transmitting-side VPN (50) is data that has been transmitted from the streaming server (60), and whether or not providing-side data such as video data received via the providing-side VPN (20) is data that has been transmitted from the information providing unit (10). The router 40 then transfers the transmitting-side data and providing-side data based on those determination results.

Abstract: There is constructed a constitution including an exhaust heat fired regenerator constituting a heat source by exhaust heat from external machine generating the exhaust heat, a heat fluid flow path for making a fluid having the exhaust heat constituting the heat source or a fluid recovering the exhaust heat flow to the exhaust heat fired regenerator, flow path open/close device provided at the heat fluid flow path for controlling to make the heat fluid flow to the exhaust heat fired regenerator 1 and cut off the fluid therefrom by opening and closing the exhaust fluid flow path, first regenerator temperature detector for detecting temperature of the exhaust heat fired regenerator, a directly fired regenerator constituting a heat source by combustion heat of a burner, second regenerator temperature detector for detecting temperature of the directly fired regenerator, heat medium temperature detector for detecting temperature of a heat medium cooled or heated by an evaporator and controller for controlling to op

Abstract: A video data providing unit (10) connects to a restricted access providing-side VPN (20). A streaming server (60) connects to a restricted access transmitting-side VPN (50). A router (40) determines whether or not transmitting-side data such as request data or instruction data received via the transmitting-side VPN (50) is data that has been transmitted from the streaming server (60), and whether or not providing-side data such as video data received via the providing-side VPN (20) is data that has been transmitted from the information providing unit (10). The router 40 then transfers the transmitting-side data and providing-side data based on those determination results.

Abstract: The objective is to offer increased flexibility in allocation of telephone numbers and achieve liberation from the restrictions on the total number of dial-in numbers. When at a server a receiver receives request information from a cellular phone as a requester (S01), a subaddress recognizer recognizes a subaddress included in the received request information (S02) and an address converter converts the recognized subaddress to an IP address on the basis of predetermined conversion correspondence information (S03). Then a data retriever retrieves content data correlated with the IP address obtained by the conversion, from a service DB (S04) and a data output part outputs the content data to the requester cellular phone (S05).

Abstract: There is constructed a constitution including an exhaust heat fired regenerator constituting a heat source by exhaust heat from external machine generating the exhaust heat, a heat fluid flow path for making a fluid having the exhaust heat constituting the heat source or a fluid recovering the exhaust heat flow to the exhaust heat fired regenerator, flow path open/close device provided at the heat fluid flow path for controlling to make the heat fluid flow to the exhaust heat fired regenerator 1 and cut off the fluid therefrom by opening and closing the exhaust fluid flow path, first regenerator temperature detector for detecting temperature of the exhaust heat fired regenerator, a directly fired regenerator constituting a heat source by combustion heat of a burner, second regenerator temperature detector for detecting temperature of the directly fired regenerator, heat medium temperature detector for detecting temperature of a heat medium cooled or heated by an evaporator and controller for controlling to op

Abstract: There is provided an absorption chiller-heater comprising an exhaust gas flow path in which an exhaust gas flows; an exhaust gas fired regenerator provided on the exhaust gas flow path so as to be heated by the exhaust gas; a cooling medium solution passage supplying a first solution of a cooling medium which is collected by an absorber to the exhaust gas fired regenerator; and an exhaust gas heat collector provided on the cooling medium solution passage for carrying out heat exchange between the first solution and the exhaust gas.

Abstract: When, for example, an acceptance processing unit 151 among acceptance processing units 151 to 15N performs acceptance processing of a reservation request, whether or not there is availability in a resource of a video chat device 23 which is assigned to the acceptance processing unit 151 is checked, and if there is availability in the resource, the use of the resource is reserved.

Abstract: Characteristic menu information corresponding to applications are stored in a menu storage unit. A menu development unit discriminates an application which is now started and develops a menu corresponding to the application on a screen using the stored menu information. In the menu operation, a menu is developed on the screen by operating a defined button, a menu item is selected by scrawling while the menu is being developed and the selected menu item is executed by operating the defined button.

Abstract: An electronic equipment is provided with a main display section, an auxiliary display section having a display area smaller than that of the main display section, and a controller displaying a plurality of status information of the electronic equipment in the auxiliary display section by a combination of a message using characters and at least one of symbols and a color display and/or a blinking display of the auxiliary display section.