Abstract: A method and apparatus to balance the brain left side and the brain right side by using binaural beat is disclosed. The disclosed apparatus comprises an electroencephalographic (EEG) system to measure the brain left and right electrical signals, and an audio generator to generate a binaural beat to compensate for the unbalanced EEG frequencies. The disclosed method includes measuring the brain wave frequency spectrum of the individual, selecting the frequency exhibiting imbalanced behavior, and generating a binaural beat of that frequency. The binaural beat can be continuous or intermitten.

Abstract: The present disclosure includes, among other things, systems, methods and program products for a creating a horizontal perspective image from a representation.

Abstract: The present disclosure includes, among other things, systems, methods and program products for brain balancing by inducing a binaural beat.

Abstract: The present invention discloses a stereoscopic display employing polarized eyewear. The basic component of the present invention stereoscopic display is a stereopolarizer, which is a polarized screen comprising microscopic sections of mutually extinguishing polarizing filters dispersed throughout the screen. To achieve the proper resolution, the size of the microscopic polarizing filter needs to be in order of micrometer, from a few microns to a few hundred of microns. The arrangement of the microscopic polarizing filters can be alternating stripes in horizontal, vertical, or any arbitrarily direction. The microscopic polarizing filters can be arranged in alternating pattern, such as alternating square or circle. The polarizer screen can be one sheet or can be a composite sheet, comprising two distinct polarizer filter sheet laminated together. Laser drilling is used to fabricate the microscopic polarizing filters, primarily due to ease of operation and appropriate microscopic sizes.

Abstract: The present invention discloses a stereoscopic display employing polarized eyewear. The basic component of the present invention stereoscopic display is a stereopolarizer, which is a polarized screen comprising microscopic sections of mutually extinguishing polarizing filters dispersed throughout the screen. To achieve the proper resolution, the size of the microscopic polarizing filter needs to be in order of micrometer, from a few microns to a few hundred of microns. The arrangement of the microscopic polarizing filters can be alternating stripes in horizontal, vertical, or any arbitrarily direction. The microscopic polarizing filters can be arranged in alternating pattern, such as alternating square or circle. The polarizer screen can be one sheet or can be a composite sheet, comprising two distinct polarizer filter sheet laminated together. Laser drilling is used to fabricate the microscopic polarizing filters, primarily due to ease of operation and appropriate microscopic sizes.

Abstract: The present invention discloses a horizontal perspective workstation comprising at least two display surfaces, one being substantially horizontal for displaying 3D horizontal perspective images, and one being substantially vertical for text or conventional images such as 2D images, or central perspective images. The horizontal display surface is typically positioned directly in front of the user, and at a height of about a desktop surface so that the user can have about a 45° angle looking. The vertical display surface is also positioned in front of the user and preferably behind and above the horizontal display surface. The present invention prefers a stereoscopic polarized horizontal perspective display, together with a polarized vertical display, thus the two images of the stereoscopic horizontal perspective display are mutually exclusive so that each image can be seen by the only corresponding eye, and the image of the vertical display is halfway polarized to be seen by both eyes.

Abstract: A biofeedback eyewear system comprising stereo lenses, binaural audio and plurality of electrodes for biofeedback devices is disclosed. The stereo lenses comprise different left and right lenses such as 0° and 90° polarized lenses, allowing the user to view 3D images. The binaural audio comprises left and right headphones, allowing the user to hear 3D sound. The electrodes for biofeedback devices is preferably incorporated to the eyewear handles, bridge or frame, allowing the inputs of user's physical and mental status to a computer system. The disclosed biofeedback eyewear system forms a two-way communication between a user and a computer system.

Abstract: A biofeedback eyewear system comprising stereo lenses, binaural audio and plurality of electrodes for biofeedback devices is disclosed. The stereo lenses comprise different left and right lenses such as 0° and 90° polarized lenses, allowing the user to view 3D images. The binaural audio comprises left and right headphones, allowing the user to hear 3D sound. The electrodes for biofeedback devices is preferably incorporated to the eyewear handles, bridge or frame, allowing the inputs of user's physical and mental status to a computer system. The disclosed biofeedback eyewear system forms a two-way communication between a user and a computer system.

Abstract: The personal computer is perfectly suitable for horizontal perspective display, designed for the operation of one person, and well capable of rendering various horizontal perspective images to the viewer. Thus the present invention discloses a real time electronic display that can adjust the horizontal perspective images to accommodate the position of the viewer. By changing the displayed images to keep the eyepoint point of the horizontal perspective image in the same position as the viewer's eye point, the viewer's eye is always positioned at the proper viewing position to perceive the three dimensional illusion, thus minimizing viewer's discomfort and distortion. The display can accept manual input such as a computer mouse, trackball, joystick, tablet, etc. to re-position the horizontal perspective images. The display can also automatically re-position the images based on an input device automatically providing the viewer's viewpoint location.

Abstract: The present invention discloses a horizontal perspective workstation comprising at least two display surfaces, one being substantially horizontal for displaying 3D horizontal perspective images, and one being substantially vertical for text or conventional images such as 2D images, or central perspective images. The horizontal display surface is typically positioned directly in front of the user, and at a height of about a desktop surface so that the user can have about a 45° angle looking. The vertical display surface is also positioned in front of the user and preferably behind and above the horizontal display surface. The present invention prefers a stereoscopic polarized horizontal perspective display, together with a polarized vertical display, thus the two images of the stereoscopic horizontal perspective display are mutually exclusive so that each image can be seen by the only corresponding eye, and the image of the vertical display is halfway polarized to be seen by both eyes.

Abstract: The personal computer is perfectly suitable for horizontal perspective display, designed for the operation of one person, and well capable of rendering various horizontal perspective images to the viewer. Thus the present invention discloses a real time electronic display that can adjust the horizontal perspective images to accommodate the position of the viewer. By changing the displayed images to keep the eyepoint point of the horizontal perspective image in the same position as the viewer's eye point, the viewer's eye is always positioned at the proper viewing position to perceive the three dimensional illusion, thus minimizing viewer's discomfort and distortion. The display can accept manual input such as a computer mouse, trackball, joystick, tablet, etc. to re-position the horizontal perspective images. The display can also automatically re-position the images based on an input device automatically providing the viewer's viewpoint location.

Abstract: The present invention discloses a method to represent the data into realistic, hands-on 3D images using horizontal perspective. The present invention horizontal perspective representation takes the raw data, information and knowledge and renders them into horizontal perspective 3D images. The horizontal perspective images are projected into the open space with various peripheral devices that allow the end user to manipulate the images with hands or hand-held tools. The raw data, information and knowledge can be in the form of file format, 3D file format, database, digital books including texts and pictures or drawings.

Abstract: The present invention discloses a method to represent the data into realistic, hands-on 3D images using horizontal perspective. The present invention horizontal perspective representation takes the raw data, information and knowledge and renders them into horizontal perspective 3D images. The horizontal perspective images are projected into the open space with various peripheral devices that allow the end user to manipulate the images with hands or hand-held tools. The raw data, information and knowledge can be in the form of file format, 3D file format, database, digital books including texts and pictures or drawings.

Abstract: The present invention discloses a method to represent the data into realistic, hands-on 3D images using horizontal perspective. The present invention horizontal perspective representation takes the raw data, information and knowledge and renders them into horizontal perspective 3D images. The horizontal perspective images are projected into the open space with various peripheral devices that allow the end user to manipulate the images with hands or hand-held tools. The raw data, information and knowledge can be in the form of file format, 3D file format, database, digital books including texts and pictures or drawings.

Abstract: A method and apparatus to balance the brain left side and the brain right side by using binaural beat is disclosed. The disclosed apparatus comprises an electroencephalographic (EEG) system to measure the brain left and right electrical signals, and an audio generator to generate a binaural beat to compensate for the unbalanced EEG frequencies. The disclosed method includes measuring the brain wave frequency spectrum of the individual, selecting the frequency exhibiting imbalanced behavior, and generating a binaural beat of that frequency. The binaural beat can be continuous or intermitten.

Abstract: A method and apparatus to balance the brain left side and the brain right side by using binaural beat is disclosed. The disclosed apparatus comprises an electroencephalographic (EEG) system to measure the brain left and right electrical signals, and an audio generator to generate a binaural beat to compensate for the unbalanced EEG frequencies. The disclosed method includes measuring the brain wave frequency spectrum of the individual, selecting the frequency exhibiting imbalanced behavior, and generating a binaural beat of that frequency. The binaural beat can be continuous or intermitten.

Abstract: A method and apparatus to balance the brain left side and the brain right side by using binaural beat is disclosed. The disclosed apparatus comprises an electroencephalographic (EEG) system to measure the brain left and right electrical signals, and an audio generator to generate a binaural beat to compensate for the unbalanced EEG frequencies. The disclosed method includes measuring the brain wave frequency spectrum of the individual, selecting the frequency exhibiting imbalanced behavior, and generating a binaural beat of that frequency. The binaural beat can be continuous or intermitten.

Abstract: The present invention display system discloses a three dimension display system comprising a three dimensional horizontal perspective display and a 3-D audio system such as binaural simulation to lend realism to the three dimensional display. The three dimensional display system can futher comprise a second display, together with a curvilinear blending display section to merge the various images. The multi-plane display surface can accommodate the viewer by adjusting the various images and 3-D sound according to the viewer's eyepoint and earpoint locations.

Abstract: The present invention hands-on simulator system discloses a three dimension display system comprising a three dimensional horizontal perspective display and a 3-D audio system such as binaural simulation to lend realism to the three dimensional display. The three dimensional display system can futher comprise a second display, together with a curvilinear blending display section to merge the various images. The multi-plane display surface can accommodate the viewer by adjusting the various images and 3-D sound according to the viewer's eyepoint and earpoint locations. The present invention hands-on simulator system can project horizontal perspective images into the open space and a peripheral device that allow the end user to manipulate the images with hands or hand-held tools.

Abstract: The present invention multi-plane display system discloses a three dimension display system comprising at least two display surfaces, one of which displaying a three dimensional horizontal perspective images. Further, the display surfaces can have a curvilinear blending display section to merge the various images. The multi-plane display system can comprise various camera eyepoints, one for the horizontal perspective images, and optionally one for the curvilinear blending display surface.