Abstract: An augmented reality system for viewing a static physical object includes a movable unit receiving signals from, a static tracking base station for obtaining the six-dimensional absolute position of the movable unit. The relative position of the movable unit relatively to the static physical object is calculated from the absolute positions of the movable unit and the static physical object. The relative unit-object position is then used for rendering and displaying an augmented image or projecting a virtual object on the static physical object.

Abstract: An augmented reality system for viewing a static physical object includes a movable unit receiving signals from, a static tracking base station for obtaining the six-dimensional absolute position of the movable unit. The relative position of the movable unit relatively to the static physical object is calculated from the absolute positions of the movable unit and the static physical object. The relative unit-object position is then used for rendering and displaying an augmented image or projecting a virtual object on the static physical object.

Abstract: A user wearing a virtual reality headset and holding a real-world input device, uses a finger to input data into the real-world input device under visual assistance within the virtual world. A corresponding virtual input device is positioned within the virtual world in a position similar to the position of the real-world input device relative to the headset, and a fingertip marker upon an input map of the virtual input device in the virtual world is positioned similar to the position of the real-world user's fingertip relative to the real-world input device, thus providing realistic visual assistance in the virtual world for reaching and stroking the desired key or point on the real-world input device.

Abstract: A user wearing a virtual reality headset and holding a real-world input device, uses a finger to input data into the real-world input device under visual assistance within the virtual world. A corresponding virtual input device is positioned within the virtual world in a position similar to the position of the real-world input device relative to the headset, and a fingertip marker upon an input map of the virtual input device in the virtual world is positioned similar to the position of the real-world user's fingertip relative to the real-world input device, thus providing realistic visual assistance in the virtual world for reaching and stroking the desired key or point on the real-world input device.

Abstract: A virtual realm system provides a trainee with an experience of a journey within a virtual world. A trainer steers the trainee's continuous journey within the virtual world, the journey rendering an imaginary continuous path within the virtual world. The trainee continually views the virtual world during the journey, using stereoscopic goggles that show the virtual world as seen from the trainee's current location dynamically determined by the trainer within the virtual world and an orientation determined by the current real-world orientation of a headset that includes the goggles and is worn by the trainee.

Abstract: Disclosed are methods, devices and systems for providing an augmented and a virtual reality experiences. According to some embodiments, there may be provided a device comprising a digital camera assembly including an imaging sensor, one or more optical elements, and image data generation circuits adapted to convert image information acquired from a surrounding of said device into one or more digital image frames indicative of the acquired image information. A graphical display assembly including at least one display and driving circuits may be adapted to receive display instructions and to convert received display instructions into electrical signals which regulate illumination or appearance of one or more display elements.