Abstract: A moving image reproducing apparatus which performs blur correction focusing on a portion highly likely to be paid attention by a user, in reproduction operation without user's specific operation. The moving image reproducing apparatus is connected to a recording medium that records moving image data. A moving image data recorded in the recording medium is searched, based on a designated search condition, a motion vector calculating position for blur correction is set to the searched moving image data based on the search condition, a motion vector of the searched moving image data is calculated based on the motion vector calculating position, a blur correction cut-out region of the searched moving image data is set based on the calculated motion vector and the searched moving image data is subjected to blur correction, and a moving image data subjected to the blur correction is output.

Abstract: A recording apparatus includes an input unit to which moving picture data is input, a memory, a management-information processing unit configured to generate management information related to a position of a predetermined picture in the moving picture data and to store the information in the memory, a recording unit configured to create a moving picture file and a clip information file on a recording medium, to record the moving picture data on the medium by storing the data in the moving picture file, and to record the management information on the medium by storing the information in the clip information file, and a control unit configured to control the recording unit so that, when a size of the stored information reaches a predetermined size during recording of the moving picture file, the recording unit stops recording and records the data by storing the data in a new moving picture file.

Abstract: A recording apparatus for extracting a still image from a moving image signal that is currently being recorded, at a predetermined timing, wherein when an additional still image is newly extracted after extracting N pictures of still images, one of the N pictures of still images already extracted is deleted, and still image signals of N pictures to which the newly extracted one picture of still image is added in place of the deleted one picture of still image are generated.

Abstract: A moving image reproducing apparatus which performs blur correction focusing on a portion highly likely to be paid attention by a user, in reproduction operation without user's specific operation. The moving image reproducing apparatus is connected to a recording medium that records moving image data. A moving image data recorded in the recording medium is searched, based on a designated search condition, a motion vector calculating position for blur correction is set to the searched moving image data based on the search condition, a motion vector of the searched moving image data is calculated based on the motion vector calculating position, a blur correction cut-out region of the searched moving image data is set based on the calculated motion vector and the searched moving image data is subjected to blur correction, and a moving image data subjected to the blur correction is output.

Abstract: An imaging apparatus includes a recording and reproducing unit which records an image data obtained by an image pickup unit on a recording medium and reproduces the image data from the recording medium; a communication unit which transmits the image data to an external device through radio communication; a power supply which supplies electric power to the communication unit; a display unit which displays an image according to the image data, a position of the display unit being arbitrarily movable; a display control unit which displays the image when the display unit is located at a second position, and inhibits the image display when the display unit is located at a first position; and a power supply control unit which stops the electric power supply to the communication unit when the display unit is located at the first position, and supplies the electric power to the communication unit when the display unit is located at the second position.

Abstract: A recording apparatus includes an input unit to which moving picture data is input, a memory, a management-information processing unit configured to generate management information related to a position of a predetermined picture in the moving picture data and to store the information in the memory, a recording unit configured to create a moving picture file and a clip information file on a recording medium, to record the moving picture data on the medium by storing the data in the moving picture file, and to record the management information on the medium by storing the information in the clip information file, and a control unit configured to control the recording unit so that, when a size of the stored information reaches a predetermined size during recording of the moving picture file, the recording unit stops recording and records the data by storing the data in a new moving picture file.

Abstract: An imaging apparatus includes a recording and reproducing unit which records an image data obtained by an image pickup unit on a recording medium and reproduces the image data from the recording medium; a communication unit which transmits the image data to an external device through radio communication; a power supply which supplies electric power to the communication unit; a display unit which displays an image according to the image data, a position of the display unit being arbitrarily movable; a display control unit which displays the image when the display unit is located at a second position, and inhibits the image display when the display unit is located at a first position; and a power supply control unit which stops the electric power supply to the communication unit when the display unit is located at the first position, and supplies the electric power to the communication unit when the display unit is located at the second position.

Abstract: A recording apparatus for extracting a still image from a moving image signal that is currently being recorded, at a predetermined timing, wherein when an additional still image is newly extracted after extracting N pictures of still images, one of the N pictures of still images already extracted is deleted, and still image signals of N pictures to which the newly extracted one picture of still image is added in place of the deleted one picture of still image are generated.