Panasonic I-Pro Sensing Solutions Co., Ltd.

Panasonic Corporation

Panasonic Intellectual Property Management Co., Ltd.

I-Pro Co., Ltd.

Hiromichi Sotodate

Jyouji Wada

Chak Joo Lee

Sumio Yokomitsu

Hideaki Yamada

Hideaki Takahashi

Akito Omata

Yuji Arima

Yuma Kobayashi

Toshimasa Funaki

Akihiro Nawata

Hideo Noguchi

Hailin Yan

Takashi Kamio

Kosuke Shinozaki

Koji Kawamoto

Nobuhito Seki

Eisaku Miyata

Masashige Tsuneno

Yuiko Takase

A vehicle monitoring system includes at least one camera, and a server that is communicably connected to the camera and a client terminal. The camera captures an occupant's face of a vehicle entering an angle of view of the camera, and transmits a captured video to the server. The server acquires an analysis results of an attribute of the vehicle, an analysis result of the occupant's face, and an analysis result of the number of occupants based on the captured video, and accumulates the acquired analysis results as analysis results of the captured video, and sends the analysis result to the client terminal in correlation with a snapshot of the captured video.

Vehicle monitoring system and vehicle monitoring method

A vehicle monitoring system includes at least one camera, and a server that is communicably connected to the camera and a client terminal. The camera captures a license plate and an occupant's face of a vehicle entering an angle of view of the camera, and transmits a captured video to the server. The server acquires an analysis result of the license plate, analysis results of a type and a color of the vehicle, an analysis result of the occupant's face, and an analysis result of the number of occupants based on the captured video, and accumulates the acquired analysis results as analysis results of the captured video, and sends the analysis result to the client terminal in correlation with a snapshot of the captured video.

A camera device communicably connected to a server device includes an imaging unit that images an outdoor monitoring target area, a detection unit that detects an object appearing in a captured image of the imaged monitoring target area and generates a cut-out image of the object, an image correction unit that generates a sharpened image to be used for collating processing of the object in the server device by using the cut-out image of the object and an image correction model, and a communication unit that sends the cut-out image of the object and the sharpened image to the server device in association with identification information of the object.

Collating system, collating method, and camera device

An information processing device and a determination method for determining whether a person other than the persons determined to be permitted to enter each zone has entered the zone is provided. The information processing device has a communication section for receiving face image data from cameras for photographing respective plurality of zones in a building and a control section for collating the face image data with the registered face image data of the persons permitted to enter each zone and for determining whether the entry of the person corresponding to the face image data is permitted or not.

Information processing device and determination method

There is provided a monitoring system which includes a plurality of monitoring cameras and a management device. The management device transmits feature information relevant to a person to one or more first monitoring cameras and receives check results, and transmits time information in which the person is captured to second monitoring cameras based on the check results. The management device specifies the person based on a check result acquired in such a way that the second monitoring cameras perform a check using the time information.

Monitoring system, monitoring camera, and management device

A color correction device () including: color set information storage portions () which store color set information inclusive of source colors and reference colors; region selection portions () which select specific source regions from source images picked up by two camerasrespectively; region color decision portions () which decide source region colors as colors representative of the source regions; color set update portions () which update source colors in color sets by using the source region colors; and color correction portions () which calibrate colors in ranges similar to the source colors in the two source images to reference colors by using the color sets. It is possible to eliminate the necessity of holding information of color sets unnecessary for color correction, so that it is possible to reduce the load imposed on calculation and adapt to a change of lighting environment in real time.

Color correction device, color correction method, dynamic camera color correction device, and video search device using the same

The monitor recording device () can allow an operator to identify an object with ease by comprising a frame control unit () for receiving a video signal of a monitor area at a specific frame rate such as for example one frame per second. A compression/expansion unit () compresses video data indicative of the video signal. A moving object area detecting unit () receives an image of a monitor area at sixty frames per second, dividing the image into a plurality of sections, and detecting one or more sections including an image of a person going in and out of the monitor area. A person extracting unit () extracts an image of his/her face from the sections. An optimum image judging unit () determines an optimum image of his/her face. A picture-in-picture synthesizing unit () synthesizes the optimum image and the video data.

Monitor recording device

Growing community of inventors

Fukuoka, Japan

Hiromichi Sotodate