A stereoscopic video imaging display apparatus, comprising - a stereoscopic video imaging display system in which a reference dimension display screen is set which matches respectively with left and right field of view of a stereoscopic video imaging apparatus and in which imaging units, each formed of a shooting lens and an image pickup device, are placed on the left and the right of the stereoscopic video imaging display system, parallel to each other, - a standard stereoscopic video data, which is shot using collimation patterns to match the subject position with left and right shooting lens on the reference dimension display screen, is displayed on display screen (101, D1) in superposed manner and forming stereoscopic image, characterized in that - the reference dimension display screen having the positions of left and right screens exactly matching each other and having the position and size for reproducing and displaying a reference window in full size, the reference window being a virtual field-of-view frame, - the right and left screens are displayed at the display screen (1001, D1) at the same arbitrary position in the optical axes direction within a left view angle determined by lines connecting right and left ends of the reference dimension display screen and a left eye of an observer and a right view angle determined by straight lines connecting the right and left ends of the reference dimension display screen and a right eye thereof, and are displayed with different polarizations either simultaneously or in a time-division manner, or displayed with polarizations in a same direction in a time-division manner, - an infrared-ray emitting apparatus to send the infrared rays for synchronization, which sets the timing for displaying left and right standard stereoscopic video data on the display screen (101, D1) - eyeglasses, which have a synchronizing signal receiving apparatus to receive infrared rays for synchronization, and which open and close the left and right view-field according to said infrared rays for synchronization. - a stereoscopic video imaging display system in which a reference dimension display screen is set which matches respectively with left and right field of view of a stereoscopic video imaging apparatus and in which imaging units, each formed of a shooting lens and an image pickup device, are placed on the left and the right of the stereoscopic video imaging display system, parallel to each other, - a standard stereoscopic video data, which is shot using collimation patterns to match the subject position with left and right shooting lens on the reference dimension display screen, is displayed on display screen (101, D1) in superposed manner and forming stereoscopic image, characterized in that - the reference dimension display screen having the positions of left and right screens exactly matching each other and having the position and size for reproducing and displaying a reference window in full size, the reference window being a virtual field-of-view frame, - the right and left screens are displayed at the display screen (1001, D1) at the same arbitrary position in the optical axes direction within a left view angle determined by lines connecting right and left ends of the reference dimension display screen and a left eye of an observer and a right view angle determined by straight lines connecting the right and left ends of the reference dimension display screen and a right eye thereof, and are displayed with different polarizations either simultaneously or in a time-division manner, or displayed with polarizations in a same direction in a time-division manner, - an infrared-ray emitting apparatus to send the infrared rays for synchronization, which sets the timing for displaying left and right standard stereoscopic video data on the display screen (101, D1) - eyeglasses, which have a synchronizing signal receiving apparatus to receive infrared rays for synchronization, and which open and close the left and right view-field according to said infrared rays for synchronization.