Abstract: An image processing apparatus comprises an image storage unit for classifying and storing images in a plurality of storage locations, a reduced image forming unit for forming reduced images based on the images, a display controller for displaying, on display means, the reduced images of the images stored by the image storage unit, and images representing storage locations, and an instruction unit for designating a storage location for an image, wherein the display control unit changes an image representing the storage location designated by the instruction unit to a reduced image corresponding to the image stored at the storage location.

Abstract: An object of this invention is to correct the non uniformity between a plurality of image sensing regions in real time and cope with even dynamic variations such as temperature variations or variations over time. To achieve this object, a correction apparatus includes a plurality of level adjustment devices which independently adjust the levels of a plurality of image sensing signals output from a plurality of output terminals, an output level detection device which detects the output levels of the plurality of level adjustment devices, and a correction coefficient determination device which determines a correction coefficient for reducing the level difference between the image sensing signals on the basis of the detection result of the output level detection device.

Abstract: An object of this invention is to correct the nonuniformity between a plurality of image sensing regions in real time and cope with even dynamic variations such as temperature variations or variations over time. To achieve this object, a correction apparatus includes a plurality of level adjustment devices which independently adjust the levels of a plurality of image sensing signals output from a plurality of output terminals, an output level detection device which detects the output levels of the plurality of level adjustment devices, and a correction coefficient determination device which determines a correction coefficient for reducing the level difference between the image sensing signals on the basis of the detection result of the output level detection device.

Abstract: An image processing apparatus comprises an image storage unit for classifying and storing images in a plurality of storage locations, a reduced image forming unit for forming reduced images based on the images, a display controller for displaying, on display means, the reduced images of the images stored by the image storage unit, and images representing storage locations, and an instruction unit for designating a storage location for an image, wherein the display control unit changes an image representing the storage location designated by the instruction unit to a reduced image corresponding to the image stored at the storage location.

Abstract: An image signal is input to an image processor for precessing, and motion vectors of an object in the input image signal are detected. A motion vector from among the detected motion vectors is identified which satisfies a predetermined condition, and predetermined processing is performed on the input image signal in accordance with the identification result. An image processing program is recorded on a computer readable recording medium for execution by the image processor to perform the predetermined processing.

Abstract: An image signal is input to an image processor for precessing, and motion vectors of an object in the input image signal are detected. A motion vector from among the detected motion vectors is identified which satisfies a predetermined condition, and predetermined processing is performed on the input image signal in accordance with the identification result. An image processing program is recorded on a computer readable recording medium for execution by the image processor to perform the predetermined processing.

Abstract: An image-shake correcting device includes a motion-vector detecting circuit for detecting a motion vector relative to pictures, an electronic correcting circuit for electronically correcting an image shake on the basis of the motion vector detected by the motion-vector detecting circuit, an image enlarging circuit for performing enlargement processing on an image signal outputted from the electronic correcting circuit, and a control circuit for controlling a correction step of the electronic correcting circuit on-the basis of an image enlargement ratio of the image enlarging circuit to set the correction step to an optimum state.

Abstract: An image-shake correcting device comprises a motion-vector detecting circuit for detecting a motion vector relative to pictures, an electronic correcting circuit for electronically correcting an image shake on the basis of the motion vector detected by the motion-vector detecting circuit, an image enlarging circuit for performing enlargement processing on an image signal outputted from the electronic correcting circuit, and a control circuit for controlling a correction step of the electronic correcting circuit on the basis of an image enlargement ratio of the image enlarging circuit to set the correction step to an optimum state.

Abstract: An image-shake correcting device including a motion-vector detecting circuit for detecting a motion vector of an image in the horizontal and vertical directions thereof, an optical correcting device for optically correcting a movement of the image in the vertical direction thereof in accordance with the output of the motion-vector detecting circuit, an electronic correcting device for electronically correcting a movement of the image in the horizontal direction thereof in accordance with the output of the motion-vector detecting circuit, and a control circuit for selectively controlling the optical correcting device and the electronic correcting device in accordance with the state of movement of the image which is detected by the motion-vector detecting circuit.

Abstract: An image-shake correcting device including a motion-vector detecting circuit for detecting a motion vector of an image in the horizontal and vertical directions thereof, an optical correcting device for optically correcting a movement of the image in the vertical direction thereof in accordance with the output of the motion-vector detecting circuit, an electronic correcting device for electronically correcting a movement of the image in the horizontal direction thereof in accordance with the output of the motion-vector detecting circuit, and a control circuit for selectively controlling the optical correcting device and the electronic correcting device in accordance with the state of movement of the image which is detected by the motion-vector detecting circuit.

Abstract: A movement vector detection apparatus having a binary coding section for converting an input image signal into a two-value signal, a calculation section for calculating a correlation between images by using the two-value signal output from the binary coding section, a detection section for detecting a movement vector by using correlation values calculated by the calculation section, an evaluation section for evaluating a plurality of movement vectors detected by the detection section on the basis of correlation values calculated by the calculation section, and a determination section for determining a particular movement vector from the plurality of movement vectors evaluated by the evaluation section.

Abstract: An image-shake correcting device includes a motion-vector detecting circuit for detecting a motion vector relative to pictures, an electronic correcting circuit for electronically correcting an image shake on the basis of the motion vector detected by the motion-vector detecting circuit, an image enlarging circuit for performing enlargement processing on an image signal outputted from the electronic correcting circuit, and a control circuit for controlling a correction step of the electronic correcting circuit on the basis of an image enlargement ratio of the image enlarging circuit to set the correction step to an optimum state.