Dena Co., Ltd.

Renesas Electronics Corporation

N.e. Chemcat Corporation

Kyohei Yamaguchi

Daisuke Kawakami

Hiroyuki Hamasaki

Tatsuya Koyama

Takahiro Irita

Toshiyuki Kaya

Makoto Nagata

Yuki Hayakawa

Shinichi Shibahara

Toshinori Okajima

Kiyoshi Hayase

Nobunori Okui

Takashi Hanabe

A semiconductor device includes first and second processor cores configured to perform a lock step operation and including first and second scan chains. The semiconductor device further includes a scan test control unit that controls a scan test of the first and second processor cores using the first and second scan chains, and a start-up control unit that outputs a reset signal for bringing the first and second processor cores into a reset state. The start-up control unit outputs an initialization scan request before the start of a lock step operation, and the scan test control unit performs an initialization scan test operation on the first and second processor cores by using an initialization pattern.

Semiconductor device and lock step startup control method for semiconductor device

A semiconductor device includes an interrupt control circuit that receives a plurality of interrupt signals from the circuit blocks and outputs an interrupt request to the processor, and an interrupt monitoring circuit that corresponds to one of the interrupt signals and includes a setting circuit for setting a monitoring type and first and second monitoring periods. If the monitoring type indicates an asserted state of the interrupt signal, the interrupt monitoring circuit monitors the asserted state. If a first duration of the continuous asserted state exceeds the first monitoring period, the interrupt monitoring circuit detects the state as a failure. If the monitoring type indicates a negated state of the interrupt signal, the interrupt monitoring circuit monitors the negated state. If a second duration of the continuous negated state exceeds the second monitoring period, the interrupt monitoring circuit detects the state as a failure.

Interrupt monitoring systems and methods for failure detection for a semiconductor device

An exhaust gas purification device is capable of reducing the amount of NOx emissions generated at the time of cold start. An exhaust gas purification device includes a urea injection valve, a metal honeycomb, a temperature sensor, and an SCR catalyst in an exhaust passage. It is possible for an exhaust gas temperature of exhaust gas passing through the metal honeycomb to be increased by the metal honeycomb that is capable of being electrically heated by control executed by a control unit ECU. The exhaust gas temperature is detected by the temperature sensor. Based on a temperature-versus-ammonia adsorption amount profile stored in advance in a storage unit of the control unit ECU, ammonia is pre-adsorbed onto the metal honeycomb and the SCR catalyst, and the metal honeycomb is electrically heated at the time of cold start after the temperature detected by the temperature sensor becomes lower than 150&#xb0; C.

Exhaust gas purification device

The game program pertaining to the present invention receives selection operation input from a player by having the player select one of a plurality of characters. Then, it is determined whether the received selection operation input is a first selection operation input or a second selection operation input, and if the first selection operation input has been received, the character selected by the player is configured as a selectable object and a first action is configured for the character that is a selectable object, and if the second selection operation input has been received, the character selected by the player is configured as a selectable object and a second action that is different from the first action is configured for the character that is a selectable object.

Non-transitory computer-readable recording medium, and information processing device

The information processing device according to the present invention is provided with a fusion processing unit which, before satisfying a preset condition related to fusing a basic first game content and a second game content used as source material for fusion, varies parameters configured in the first game content each time the second game content is fused with the first game content, and, once the preset condition is satisfied, provides benefits, without varying the parameters configured in the first game content, each time the second game content is fused with the first game content.

Video game awarding benefits for qualified resource fusion

The game program according to the present invention directs a computer to execute a process in which a player unit that is selected on a game field by a player is moved on the game field in response to the player's operations and is engaged in battle with an enemy unit at the destination, and a process in which a rental unit selected from a unit list by the player is engaged in battle with an enemy unit on the game field without being moved on the game field.

Game program and information processing device

The game program according to the present invention receives selection operation input from a player by allowing the player to select any character from among multiple characters. Then, it is determined whether the received selection operation input is one of a first selection operation input and a second selection operation input. If the first selection operation input is received, the character is configured as a source material character used to vary parameter values configured in the base character up to an upper limit, and, in addition, if the second selection operation input is received, then the character is configured as a source material character used to enable the parameter values configured in the base character to be increased beyond the upper limit.

The information processing device according to the present invention fuses a basic first game content and a second game content used as source material for fusion before a preset condition related to fusing the first game content and second game content is satisfied, thereby varying the upper limits of parameters configured in the first game content in a stepwise manner, and, once the preset condition is satisfied, initializes the parameters configured in said first game content while at the same time providing items capable of increasing at least the initialized parameters configured in said first game content.

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Tokyo, Japan

Kyohei Yamaguchi