Method for acquiring optimal visual field through head-mounted video recording device

Abstract

The invention provides a method for acquiring an optimal visual field through a head-mounted video recording device. The method comprises the steps that a human eyeball image acquisition device is additionally arranged on the head-mounted video recording device and used for specifically recording images of one eyeball of a person to capture the movement conditions of the eyeball of the person; the recorded images are subjected to eyeball marking, and a model is established through a computer to simulate the movement trajectories of two eyeballs; according to obtained trajectory charts of the eyeballs of the person, data are obtained, the data and the images recorded by the former video recording device are subjected to correlation treatment, then a group of data will be obtained, and the data will conduct circulation without a large change in many cases; the circulation data are extracted, and the circulation data and data recorded by a front camera are subjected to inverse correlation operation, so that the images are expanded or cut, and most effective storage of final images is achieved. Meanwhile, the head-mounted video recording device can be controlled to move according to the movement trajectories of the eyeballs of the person through software, so that recording within an optimal visual field is achieved.

Description

technical field [0001] The present invention relates to eyeball capturing technology and processing eyeball tracking technology, some corresponding control methods and wearable video recording equipment. Background technique [0002] In recent years, eye-tracking technology has developed rapidly and is used in computers and mobile phones. For example, Samsung and LG have launched several mobile phones using eye-tracking technology. You can control the up and down sliding of the screen by moving the eyeballs up and down, and control the left and right page turning of the screen by moving the eyeballs left and right. LG's mobile phone can recognize human eyes to control the playback and stop of the video player. When people look at the mobile phone with their eyes Interface, when the video player is in the playing state, when people's eyes leave the phone page, the video player will automatically stop. In addition, in computer games in recent years, some people have developed...

AI Technical Summary

Problems solved by technology

[0003] Head-mounted recording devices developed in recent years, such as Google Glasses, HP Glasses, Baidu Eye, etc., are all designed to better record the images seen by people's glasses, but because of the inherent stability of hardware products Sex and the natural shaking of the wearer, there is still a big gap between the recorded picture and the picture seen by the human eye

Images