Jvc Kenwood Corporation

Sony Corporation

Kenji Matsuoka

Makoto Sato

Kazuhiro Suzuki

Masahiko Sato

Satoshi Kobayashi

Yuji Kimura

Jiro Uzaki

Futoshi Kaibuki

Hideaki Onoda

Mizuki Ohara

Hiroshi Utsunomiya

Kazue Sadanaka

Akihito Shimoozono

An imaging control device includes: a region dividing unit that divides a taken image into a plurality of regions; a luminance value calculating unit that calculates the average luminance value of each region obtained by division by the region dividing unit; a region identifying unit that identifies a region in which the average luminance value calculated by the luminance value calculating unit is equal to or greater than a predetermined threshold value; a photometric range deciding unit; and a signal processing unit.

Imaging control device, endoscope system, and imaging control method

A composite image creation system includes: a moving object region specifying unit that specifies a moving object region in each of a plurality of images consecutive in times series; a luminance correction unit that executes luminance correction processing to reduce a difference between a luminance signal in at least a part of one moving object region in one image and a luminance signal in at least a part of another moving object region in another image; and an image combining unit that combines the one image including the one moving object region subjected to the luminance correction processing and the other image including the other moving object region subjected to the luminance correction processing, and generates a composite image by adding predetermined color information to at least a part of the one moving object region and at least a part of the other moving object region in time series.

Composite image creation system, composite image creation method, and non-transitory computer readable medium storing composite image creation program

A playback device includes a playback controller that sets a scene with a higher level of importance at a lower playback speed and sets a scene with a lower level of importance at a higher playback speed based on a level of importance of each scene of video data, and an image data processor that converts the video data into a playback speed set by the playback controller for each scene, wherein the playback controller plays back the video data within a preset playback time. Further, the playback method plays back video data within a preset playback time by playing back a scene with a higher level of importance at a lower playback speed and playing back a scene with a lower level of importance at a higher playback speed based on a level of importance of each scene.

Playback device, playback method, and non-transitory recording medium

A recording device includes an imaging unit that takes a video, a recording time conversion processor that converts a frame rate of specified video data in the video so as to adjust the video to fall within a specified recording time, and a tag range processor that sets a tag range where a tag can be assigned in accordance with a level of importance to the video data, and the recording time conversion processor converts a frame rate at a first thinning-out rate that thins out a frame in a first video data range where the tag range is not set in the video data, and converts a frame rate at a second thinning-out rate that thins out a frame in a second video data range where the tag range is set in the video data in accordance with the level of importance.

Recording device, recording method, and non-transitory recording medium

An imaging apparatus according to one embodiment of the present invention includes a flicker correction unit for correcting a flicker component using a correction gain. The flicker correction unit includes an integrating unit for calculating a line integrated value from a video signal in one horizontal line in one vertical synchronization period, a normalization unit for normalizing the line integrated value for a plurality of the vertical synchronization periods so as to calculate a normalized line integrated value, an inter-frame DFT processing unit for performing Discrete Fourier Transform on the normalized line integrated value for the plurality of vertical synchronization periods, a flicker component calculation unit for calculating information of a flicker component based on a Fourier Transform processing result, and a correction gain calculation unit for calculating a correction gain based on the information of the flicker component in two or more horizontal lines.

Imaging apparatus and flicker reduction method

A control section of an IRD sends an identification start request to a digital bus via a digital input/output terminal. The control section generates an identification display message by controlling an identification display message generation section, makes a superimposition section superimpose the identification display message on an analog video signal, and outputs a resulting signal via an analog output terminal. An information input apparatus allows a user to identify an input terminal connected to the output terminal of the IRD among a plurality of input terminals of the self apparatus by reproducing the identification display message and presenting it to the user.

Information transmission system, information output apparatus, information input apparatus, and connection relationship identification method

When a connection mode change setting instruction input entered by a user is supplied to the control unit, the control unitcontrols the IEEE 1394 I/F circuit to set the value of oPCR and iPCR of an electronic apparatus for forming a channel so that the channel between target electronic apparatus is formed in the connection mode instructed by the user. Thereby, a channel between electronic apparatus is formed flexibly and an information output apparatus that is capable of forming a convenient electronic apparatus network is provided. One electronic apparatus connected to the digital bus inquires of an electronic apparatus connected to the digital bus whether it is a monitor apparatus (first receiving apparatus) that receives the data mainly through a channel formed in the broadcast connection mode or not, and channels connected in the broadcast connection mode are allocated to monitor apparatus respectively. A receiving apparatus other than the monitor apparatus forms a channel of the PtoP mode avoiding the channel of the first connection mode allocated to the first receiving apparatus, and receives supply of the data. As the result, a transmission line using method, an information transmission system, and an electronic apparatus that are capable of utilizing a plurality of channels on the digital bus efficiently, and capable of providing the convenient digital content using environment are realized.

Growing community of inventors

Kanagawa, Japan

Kenji Matsuoka