Coefficient generating device and method, image generating device and method, and program therefor

A coefficient generating method for a coefficient generating device that generates a conversion coefficient for converting an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means, the coefficient generating device including

• past-image generating means for generating a past image signal of a past image correlated with a teacher image of a frame that is one frame before a teacher image correlated with the display image, the teacher image being used to obtain the conversion coefficient,
• transient-image generating means for generating, in a case where the past image and then the teacher image are to be displayed on the display means, a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the teacher image,
• visual-image generating means for generating a visual image signal of a visual image perceived by the observer when the teacher image is displayed on the display means, the visual image serving as a student image correlated with the input image, the student image being used to obtain the conversion coefficient, and
• calculating means for obtaining the conversion coefficient using a pixel value of a pixel of interest in the teacher image and pixel values of pixels that are determined by a motion vector detected in the student image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the pixel of interest, the coefficient generating method comprising the steps of:
• generating, with the past-image generating means, the past image signal of the past image on the basis of a teacher image signal of the teacher image and a motion vector detected in the teacher image;
• generating, with the transient-image generating means, the transient image signal of the transient image on the basis of the teacher image signal and the past image signal;
• generating, with the visual-image generating means, using the past image signal, the transient image signal, the teacher image signal, and the motion vector detected in the teacher image, the visual image signal of the visual image by obtaining an average of pixel values of pixels in the past image, the transient image, and the teacher image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the teacher image, and regarding the average as a pixel value of a pixel in the visual image;
• and
• obtaining, with the calculating means, the conversion coefficient using the pixel value of the pixel of interest and the pixel values of the pixels that are spatially or temporally near the pixel in the student image that is at the same position as that of the pixel of interest.

A non-transitory computer-readable medium including a program for causing a coefficient generating device that generates a conversion coefficient for converting an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means to perform a process comprising the steps of:

• generating a past image signal of a past image correlated with a teacher image of a frame that is one frame before a teacher image correlated with the display image, on the basis of a teacher image signal of the teacher image and a motion vector detected in the teacher image, the teacher image being used to obtain the conversion coefficient;
• generating, on the basis of the teacher image signal and the past image signal, in a case where the past image and then the teacher image are to be displayed on the display means, a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the teacher image;
• generating, using the past image signal, the transient image signal, the teacher image signal, and the motion vector, a visual image signal of a visual image perceived by the observer when the teacher image is displayed on the display means, the visual image serving as a student image correlated with the input image, the student image being used to obtain the conversion coefficient, by obtaining an average of pixel values of pixels in the past image, the transient image, and the teacher image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the teacher image, and regarding the average as a pixel value of a pixel in the visual image;
• and
• obtaining the conversion coefficient using a pixel value of a pixel of interest in the teacher image and pixel values of pixels that are determined by a motion vector detected in the student image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the pixel of interest.

An image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means, comprising:

• prediction-tap extracting means for regarding a pixel of interest in the display image to be generated as a first pixel of interest, and extracting, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest;
• and
• predictive calculation means for predictively calculating a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the teacher image is displayed on the display means, the visual image being generated using
• a teacher image signal of the teacher image,
• a past image signal of a past image correlated with a teacher image of a frame that is one frame before the teacher image, the past image being generated on the basis of the teacher image signal and a motion vector detected in the teacher image,
• a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the teacher image in a case where the past image and then the teacher image are to be displayed on the display means, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display means, the teacher image signal, and the past image signal, and
• the motion vector detected in the teacher image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the teacher image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the teacher image, and regarding the average as a pixel value of a pixel in the visual image.

An image generating method for an image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means, the image generating device including

• prediction-tap extracting means for regarding a pixel of interest in the display image to be generated as a first pixel of interest, and extracting, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest, and
• predictive calculation means for predictively calculating a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps, the image generating method comprising the steps of:
• extracting, with the prediction-tap extracting means, the prediction taps from the input image signal;
• and
• predictively calculating, with the predictive calculation means, the pixel value of the first pixel of interest by performing linear coupling on the conversion coefficient and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the teacher image is displayed on the display means, the visual image being generated using
• a teacher image signal of the teacher image,
• a past image signal of a past image correlated with a teacher image of a frame that is one frame before the teacher image, the past image being generated on the basis of the teacher image signal and a motion vector detected in the teacher image,
• a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the teacher image in a case where the past image and then the teacher image are to be displayed on the display means, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display means, the teacher image signal, and the past image signal, and
• the motion vector detected in the teacher image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the teacher image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the teacher image, and regarding the average as a pixel value of a pixel in the visual image.

A non-transitory computer-readable medium including a program for causing an image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means to perform a process comprising the steps of:

• regarding a pixel of interest in the display image to be generated as a first pixel of interest, and extracting, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest;
• and
• predictively calculating a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the teacher image is displayed on the display means, the visual image being generated using
• a teacher image signal of the teacher image,
• a past image signal of a past image correlated with a teacher image of a frame that is one frame before the teacher image, the past image being generated on the basis of the teacher image signal and a motion vector detected in the teacher image,
• a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the teacher image in a case where the past image and then the teacher image are to be displayed on the display means, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display means, the teacher image signal, and the past image signal, and
• the motion vector detected in the teacher image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the teacher image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the teacher image, and regarding the average as a pixel value of a pixel in the visual image.

A coefficient generating device that generates a conversion coefficient for converting an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means, comprising:

• average-image generating means for generating an average image signal of an average image obtained by averaging a teacher image correlated with the display image and a teacher image of a frame that is one frame before the teacher image, on the basis of a teacher image signal of the teacher image, the teacher image being used to obtain the conversion coefficient;
• past-image generating means for generating a past image signal of a past image correlated with an average image of a frame that is one frame before the average image, on the basis of the average image signal and a motion vector detected in the average image;
• transient-image generating means for generating, on the basis of the average image signal and the past image signal, in a case where the past image and then the average image are to be displayed on the display means, a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the teacher image;
• visual-image generating means for generating, using the past image signal, the transient image signal, the average image signal, and the motion vector, a visual image signal of a visual image perceived by the observer when the average image is displayed on the display means, the visual image serving as a student image correlated with the input image, the student image being used to obtain the conversion coefficient, by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image;
• and
• calculating means for obtaining the conversion coefficient using a pixel value of a pixel of interest in the teacher image and pixel values of pixels that are determined by a motion vector detected in the student image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the pixel of interest.

A coefficient generating method for a coefficient generating device that generates a conversion coefficient for converting an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means, the coefficient generating device including

• average-image generating means for generating an average image signal of an average image obtained by averaging a teacher image correlated with the display image and a teacher image of a frame that is one frame before the teacher image, on the basis of a teacher image signal of the teacher image, the teacher image being used to obtain the conversion coefficient,
• past-image generating means for generating a past image signal of a past image correlated with an average image of a frame that is one frame before the average image,
• transient-image generating means for generating, in a case where the past image and then the average image are to be displayed on the display means, a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the average image,
• visual-image generating means for generating a visual image signal of a visual image perceived by the observer when the average image is displayed on the display means, the visual image serving as a student image correlated with the input image, the student image being used to obtain the conversion coefficient, and
• calculating means for obtaining the conversion coefficient using a pixel value of a pixel of interest in the teacher image and pixel values of pixels that are determined by a motion vector detected in the student image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the pixel of interest, the coefficient generating method comprising the steps of:
• generating, with the average-image generating means, the average image signal;
• generating, with the past-image generating means, the past image signal of the past image on the basis of the average image signal of the average image and a motion vector detected in the average image;
• generating, with the transient-image generating means, the transient image signal of the transient image on the basis of the average image signal and the past image signal;
• generating, with the visual-image generating means, using the past image signal, the transient image signal, the teacher image signal, and the motion vector detected in the average image, the visual image signal of the visual image by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image;
• and
• obtaining, with the calculating means, the conversion coefficient using the pixel value of the pixel of interest and the pixel values of the pixels that are spatially or temporally near the pixel in the student image that is at the same position as that of the pixel of interest.

A non-transitory computer-readable medium including a program for causing a coefficient generating device that generates a conversion coefficient for converting an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means to perform a process comprising the steps of:

• generating an average image signal of an average image obtained by averaging a teacher image correlated with the display image and a teacher image of a frame that is one frame before the teacher image, on the basis of a teacher image signal of the teacher image, the teacher image being used to obtain the conversion coefficient;
• generating a past image signal of a past image correlated with an average image of a frame that is one frame before the average image, on the basis of the average image signal of the average image and a motion vector detected in the average image;
• generating, on the basis of the average image signal and the past image signal, in a case where the past image and then the average image are to be displayed on the display means, a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the average image;
• generating, using the past image signal, the transient image signal, the average image signal, and the motion vector, a visual image signal of a visual image perceived by the observer when the average image is displayed on the display means, the visual image serving as a student image correlated with the input image, the student image being used to obtain the conversion coefficient, by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image;
• and
• obtaining the conversion coefficient using a pixel value of a pixel of interest in the teacher image and pixel values of pixels that are determined by a motion vector detected in the student image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the pixel of interest.

An image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means, comprising:

• prediction-tap extracting means for regarding a pixel of interest in the display image to be generated as a first pixel of interest, and extracting, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest;
• and
• predictive calculation means for predictively calculating a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the average image is displayed on the display means, the visual image being generated using
• an average image signal of an average image obtained by averaging the teacher image and a teacher image of a frame that is one frame before the teacher image, the average image being generated on the basis of a teacher image signal of the teacher image,
• a past image signal of a past image correlated with an average image of a frame that is one frame before the average image, the past image being generated on the basis of the average image signal and a motion vector detected in the average image,
• a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the average image in a case where the past image and then the average image are to be displayed on the display means, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display means, the average image signal, and the past image signal, and
• the motion vector detected in the average image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image.

An image generating method for an image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means, the image generating device including

• prediction-tap extracting means for regarding a pixel of interest in the display image to be generated as a first pixel of interest, and extracting, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest, and
• predictive calculation means for predictively calculating a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps, the image generating method comprising the steps of:
• extracting, with the prediction-tap extracting means, the prediction taps from the input image signal;
• and
• predictively calculating, with the predictive calculation means, the pixel value of the first pixel of interest by performing linear coupling on the conversion coefficient and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the average image is displayed on the display means, the visual image being generated using
• an average image signal of an average image obtained by averaging the teacher image and a teacher image of a frame that is one frame before the teacher image, the average image being generated on the basis of a teacher image signal of the teacher image,
• a past image signal of a past image correlated with an average image of a frame that is one frame before the average image, the past image being generated on the basis of the average image signal and a motion vector detected in the average image,
• a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the average image in a case where the past image and then the average image are to be displayed on the display means, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display means, the average image signal, and the past image signal, and
• the motion vector detected in the average image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image.

A non-transitory computer-readable medium including a program for causing an image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on predetermined display means to perform a process comprising the steps of:

• regarding a pixel of interest in the display image to be generated as a first pixel of interest, and extracting, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest;
• and
• predictively calculating a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the average image is displayed on the display means, the visual image being generated using
• an average image signal of an average image obtained by averaging the teacher image and a teacher image of a frame that is one frame before the teacher image, the average image being generated on the basis of a teacher image signal of the teacher image,
• a past image signal of a past image correlated with an average image of a frame that is one frame before the average image, the past image being generated on the basis of the average image signal and a motion vector detected in the average image,
• a transient image signal of a transient image to be displayed on the display means in a period in which displaying is switched from the past image to the average image in a case where the past image and then the average image are to be displayed on the display means, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display means, the average image signal, and the past image signal, and
• the motion vector detected in the average image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image.

A coefficient generating device that generates a conversion coefficient for converting an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on a predetermined display device, comprising:

• a past-image generating unit configured to generate a past image signal of a past image correlated with a teacher image of a frame that is one frame before a teacher image correlated with the display image, on the basis of a teacher image signal of the teacher image and a motion vector detected in the teacher image, the teacher image being used to obtain the conversion coefficient;
• a transient-image generating unit configured to generate, on the basis of the teacher image signal and the past image signal, in a case where the past image and then the teacher image are to be displayed on the display device, a transient image signal of a transient image to be displayed on the display device in a period in which displaying is switched from the past image to the teacher image;
• a visual-image generating unit configured to generate, using the past image signal, the transient image signal, the teacher image signal, and the motion vector, a visual image signal of a visual image perceived by the observer when the teacher image is displayed on the display device, the visual image serving as a student image correlated with the input image, the student image being used to obtain the conversion coefficient, by obtaining an average of pixel values of pixels in the past image, the transient image, and the teacher image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the teacher image, and regarding the average as a pixel value of a pixel in the visual image;
• and
• a calculating unit configured to obtain the conversion coefficient using a pixel value of a pixel of interest in the teacher image and pixel values of pixels that are determined by a motion vector detected in the student image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the pixel of interest.

An image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on a predetermined display device, comprising:

• a prediction-tap extracting unit configured to regard a pixel of interest in the display image to be generated as a first pixel of interest, and to extract, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest;
• and
• a predictive calculation unit configured to predictively calculate a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the teacher image is displayed on the display device, the visual image being generated using
• a teacher image signal of the teacher image,
• a past image signal of a past image correlated with a teacher image of a frame that is one frame before the teacher image, the past image being generated on the basis of the teacher image signal and a motion vector detected in the teacher image,
• a transient image signal of a transient image to be displayed on the display device in a period in which displaying is switched from the past image to the teacher image in a case where the past image and then the teacher image are to be displayed on the display device, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display device, the teacher image signal, and the past image signal, and
• the motion vector detected in the teacher image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the teacher image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the teacher image, and regarding the average as a pixel value of a pixel in the visual image.

A coefficient generating device that generates a conversion coefficient for converting an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on a predetermined display device, comprising:

• an average-image generating unit configured to generate an average image signal of an average image obtained by averaging a teacher image correlated with the display image and a teacher image of a frame that is one frame before the teacher image, on the basis of a teacher image signal of the teacher image, the teacher image being used to obtain the conversion coefficient;
• a past-image generating unit configured to generate a past image signal of a past image correlated with an average image of a frame that is one frame before the average image, on the basis of the average image signal and a motion vector detected in the average image;
• a transient-image generating unit configured to generate, on the basis of the average image signal and the past image signal, in a case where the past image and then the average image are to be displayed on the display device, a transient image signal of a transient image to be displayed on the display device in a period in which displaying is switched from the past image to the teacher image;
• a visual-image generating unit configured to generate, using the past image signal, the transient image signal, the average image signal, and the motion vector, a visual image signal of a visual image perceived by the observer when the average image is displayed on the display device, the visual image serving as a student image correlated with the input image, the student image being used to obtain the conversion coefficient, by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image;
• and
• a calculating unit configured to obtain the conversion coefficient using a pixel value of a pixel of interest in the teacher image and pixel values of pixels that are determined by a motion vector detected in the student image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the pixel of interest.

An image generating device that converts an input image signal of an input image into a display image signal of a display image perceived by an observer as if the input image were displayed when the display image is displayed on a predetermined display device, comprising:

• a prediction-tap extracting unit configured to regard a pixel of interest in the display image to be generated as a first pixel of interest, and to extract, from the input image signal, pixel values of some pixels that are determined by a motion vector detected in the input image and that are spatially or temporally near a pixel in the input image that is at the same position as that of the first pixel of interest as prediction taps used to predict the first pixel of interest;
• and
• a predictive calculation unit configured to predictively calculate a pixel value of the first pixel of interest by performing linear coupling on a conversion coefficient that is obtained in advance and the prediction taps,
• wherein the conversion coefficient is obtained using
• a pixel value of a second pixel of interest in a teacher image correlated with the display image, and
• pixel values of pixels that are determined by a motion vector detected in a student image correlated with the input image and that are spatially or temporally near a pixel in the student image that is at the same position as that of the second pixel of interest, and
• wherein the student image is a visual image perceived by the observer when the average image is displayed on the display device, the visual image being generated using
• an average image signal of an average image obtained by averaging the teacher image and a teacher image of a frame that is one frame before the teacher image, the average image being generated on the basis of a teacher image signal of the teacher image,
• a past image signal of a past image correlated with an average image of a frame that is one frame before the average image, the past image being generated on the basis of the average image signal and a motion vector detected in the average image,
• a transient image signal of a transient image to be displayed on the display device in a period in which displaying is switched from the past image to the average image in a case where the past image and then the average image are to be displayed on the display device, the transient image being generated on the basis of a model indicating a light-emitting characteristic of the display device, the average image signal, and the past image signal, and
• the motion vector detected in the average image,
• by obtaining an average of pixel values of pixels in the past image, the transient image, and the average image, the pixels being predicted to be followed by eyes of the observer in the period in which displaying is switched from the past image to the average image, and regarding the average as a pixel value of a pixel in the visual image.