Panasonic I-pro Sensing Solutions Co., Ltd.

Panasonic Intellectual Property Management Co., Ltd.

Matsushita Electric Industrial Co., Ltd.

Minoru Hagio

Takae Oguchi

Kazuya Waniguchi

Shinichi Arai

Keiichi Miyazaki

Youhei Koide

Kosuke Shinozaki

Nobuhito Seki

Ryutaro Sen

Masayuki Hasegawa

Naoya Sakurai

Junichi Hamada

Masahiro Nomoto

Osamu Kanda

In an asset management system, a wearable camera mountable by a police officer and a server that manages information regarding the wearable camera are connected to enable a communication. The wearable camera repeatedly diagnoses whether or not the wearable camera has failure at a predetermined timing, and notifies the server of a diagnosis result. The server is connected to a database, accumulates the diagnosis result of the wearable camera in the database every time the server receives the diagnosis result of the wearable camera, and displays the diagnosis result of the wearable camera on an external terminal.

Asset management system and asset management method

An information processing device has a receiving section for receiving, from a second vehicle having started the tracking of a first person, the position information of the second vehicle and the image data photographed by the on-vehicle camera mounted on the second vehicle; a control section for searching for the image of the first vehicle included in the image data from the images photographed by monitoring cameras installed around the position indicated by the position information and for tracking the first vehicle searched for using the images photographed by the monitoring cameras; and a transmitting section for transmitting the tracking position information of the first vehicle being tracked by the control section.

Information processing device

An information processing apparatus includes an obtainer that obtains video picture data designated by a terminal apparatus from a storage apparatus storing video picture data of a video picture shot by a wearable camera attached to or owned by a police officer or by an on-vehicle camera mounted on a police vehicle, a converter that extracts voice data included in the obtained video picture data and converts the extracted voice data into text data, and a transmitter that transmits the text data to the terminal apparatus.

Information processing apparatus and method for conversion of video picture into text

An information processing apparatus includes an obtainer that obtains video picture data designated by a terminal apparatus from a storage apparatus storing video picture data of a video picture shot by a wearable camera attached to or owned by a police officer or by an on-vehicle camera mounted on a police vehicle, a generator that analyzes a video picture in the obtained video picture data to generate information associated with a case and generates summary video picture data that is a video picture portion as a report target of the case extracted from the video picture data based on the generated information, and a transmitter that transmits the summary video picture data to the terminal apparatus.

Information processing apparatus and method for generating video picture data

Provided is a wearable camera including a capture that captures a subject; a recorder that records a video of the captured subject; a storage that stores a predetermined sound beforehand; a microphone that collects sounds; and a controller that starts record of the video of the subject captured by the capture in a case where the sounds collected by the microphone and the sound stored in the storage are collated with each other, and the collected sounds and the stored sound match with each other.

Wearable camera system and recording control method

A wearable camera includes: a storage section that stores therein video data of captured moving image; and a controller that adds a bookmark signal to the video data when an event included in the video data is detected, in which the bookmark signal indicates a location at which playback of the video data starts when the video data is played back.

Wearable camera, video playback system, and video playback method

A wearable camera includes: a manipulator that receives operation by a user; a camera that picks up an image; a communicator that receives biological information on the user from a biosensor worn or owned by the user; and a controller that makes a transition from a vital reaction mode to a privacy mode in a case where the manipulator receives operation to specify the privacy mode, the vital reaction mode being a mode in which recording of the image picked-up by the camera is started when the biological information becomes abnormal, and the privacy mode being a mode in which image recording by the camera is not started even when the biological information becomes abnormal.

Wearable camera and method for using wearable camera

A detector in MCU generates audio data by cutting out a section of the sounds collected by a microphone. A communicator transmits the generated audio data to a back end server. The back end server receives the audio data from a wearable camera. CPU collates the received audio data with audio data registered in an audio database. The communicator notifies the wearable camera of automatic start of the recording in a case where the received audio data and the registered audio data are matched with each other, as a result of collation. In a case of being notified of the instruction to start the recording from the server, the wearable camera starts the recording of a video captured by a capture.

A channel monitoring method and a base station for use in carrying out the method are employed in a mobile communication system operating according to time-division multiple access and including a mobile switching controller for controlling radio channels in a plurality of radio zones; a plurality of base stations connected to the mobile switching controller by wires for forming the radio zones, respectively; and a plurality of mobile units for communicating with the base stations through radio channels. The channel monitoring method is characterized by, in the mobile communication system, assigning control channels of the respective base stations to one and the same slot and moving a traffic channel to the slot for the control channels for monitoring the traffic channel. Also, the base station in the mobile communication system is characterized by having a channel controller for assigning control channels of the respective base stations to one and the same slot, specifying the slot for control channels to a slot for monitoring a traffic channel, and switching a traffic channel to a control channel; and a slot synchronization unit for establishing slot synchronization among the respective base stations.

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Fukuoka, Japan

Minoru Hagio