Renesas Electronics Corporation

Nec Corporation

Hajime Yamashita

Tatsuya Kamei

Satoshi Hirata

Masayuki Ito

Junichi Fukuda

Takahiro Kimoto

Kenta Aino

Genki Yamamoto

Masafumi Shibata

Thomas Edison Chua Yu

Dai Hashimoto

Youhei Takahashi

Kazuki Atsuta

A server device () that contributes to resolving congestion in an event venue or the like is provided. The server device () includes a calculation unit () and an instruction unit (). The calculation unit () calculates a degree of congestion of a monitored facility which is a facility to be monitored for a congestion state. The instruction unit () determines, based on the degree of congestion of the monitored facility, whether or not the monitored facility is congested. When the monitored facility is congested, the instruction unit () instructs a staff member in a venue including the monitored facility to resolve the congestion of the congested monitored facility.

Server device, method for controlling server device, and storage medium

An information processing apparatus according to the present invention includes: a display control unit that displays, on a screen, a map of a search area, a camera icon indicating a location of a surveillance camera in the map, and a person image of a search target person; an operation receiving unit that receives an operation of superimposing, on the screen, one of the person image or the camera icon on the other; and a processing request unit that requests a matching process between the person image and a surveillance video captured by the surveillance camera corresponding to the camera icon based on the operation.

Information processing apparatus, information processing method, and storage medium

An appropriate response to an event is recommended to a monitoring person. An event detection unit () detects an event based on video data, and an alert unit () issues a first alert when a first event is detected, and issues a second alert that is distinguished from the first alert when a second event relating to the first event is further detected in addition to the first event.

Monitoring device, monitoring method, and recording medium

Error notification by a bus master for a speculative access and error notification by a bus slave for a non-speculative access are achieved while a circuit scale of the bus master is suppressed. A bus request includes mode information for selecting that error notification for an access is performed by the bus slave or the bus master. In a case where the mode information indicating that error notification is performed by the bus slave is included in the bus request, when an error for an access in that bus request has occurred, the bus slave performs error notification. In a case where execution of an instruction of a speculative load access has been fixed and error information for the load access has been received from the bus slave, the bus master performs error notification based on the error information.

Data access device and access error notification method

In a processor including an instruction prefetch buffer to prefetch a group of instructions with continuous addresses from a memory, the probability of occurrence of the situation where a bus is occupied by the instruction prefetch more than necessary is reduced. The processor includes an instruction fetch address generator which controls the address and amount of the instruction to be prefetched to the instruction prefetch buffer. The instruction fetch address generator includes a table which stores an instruction prefetch amount of an instruction to make the instruction prefetch buffer perform prefetching in association with a branch destination address of a branch arising in the process execution unit. When a branch arises in the process execution unit, the instruction fetch address generator makes an instruction prefetch buffer prefetch the instruction of the instruction prefetch amount corresponding to the branch destination address concerned including the branch destination address of the arisen branch.

Processor and instruction code generation device

Part of a plurality of ways are selected from among the ways according to a value of select data created based on tag address information which is part of address information, and cache tags are read. Further, when performing cache fill, the cache memory performs the cache fill on a cache entry selected from part of the ways according to the value of the select data. For select data used for selecting a way, e.g. parity data in connection with tag address information is used. A way to read a cache tag from is selected based on a value of parity data and further, the way of a cache entry to perform cache fill on is selected.

Data processing device utilizing way selection of set associative cache memory based on select data such as parity data

A semiconductor device according to the present invention includes a first module that issues a first transaction from a first interface unit to be a bus master, a second module that includes a second interface unit to be a bus slave and a third interface unit to be a bus master, and issues a second transaction in response to the first transaction, a third module that receives the second transaction by a fourth interface unit to be a bus slave, a bus master stop request control unit that asserts a bus master stop request and completes an assertion process in response to assertion of a bus master stop acknowledgement, and a code addition unit that adds to the first transaction a compulsory process request code for forcing issuance of the second transaction regardless of the bus master stop request.

Semiconductor device

When a bus stop request control unit issues a module-specific bus stop request signal, a bus stop control unit coupled to a bus slave determines a module that serves as a bus master of the bus slave and on which the bus slave is dependent, for example, on the basis of information in a dependence setting register. The bus stop control unit then outputs a prior bus stop request signal to the module on which the bus slave is dependent, so as to stop use of a bus of the module. Upon receipt of a module-specific bus stop completion signal indicating that processing of stop of the bus of the module on which the bus slave is dependent is complete, the bus stop control unit outputs a module-specific bus stop request signal to the module which serves as a bus slave and whose bus is to be stopped.

Semiconductor integrated circuit apparatus

To provide a mobile phone device, and its channel search method and program capable of starting up a channel search without requiring a user to manipulate any channel search button, and of returning from out-of-service-range or waiting in the optimal channel. A mobile phone device includes an acceleration sensor that detects an amount of vibration exerted on the mobile phone device, and the control means compares an amount of vibration detected by the acceleration sensor with a predetermined first threshold, and when the amount of vibration is higher than or equal to the first threshold, starts electric field level measurement of a waiting channel or a call channel as a channel search.

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Tokyo, Japan

Hajime Yamashita