Abstract: A system and method to enable realistic augmented reality 2D or 3D audiovisual imagery, integrating virtual object(s) and audio source data in the vicinity of a user/wearer of a head-mounted device (HMD), the HMD integrated with a mobile communication device. The system includes a HMD to facilitate enhancement of the user/wearer's audiovisual capabilities, a mobile communication device integrated with the HMD. The system also includes a dedicated system mounted on the HMD and comprising at least an embedded software solution, at least four (4) miniature speakers mounted on the HMD and configured to optimize the audio provided to the user/wearer and an inertial measurement unit (IMU) mounted on the HMD for processing the data on and through the speakers according to the data imputed to the software instructions, thereby providing realistic sound in the HMD and anchoring of sounds deriving from virtual objects in the real world.

Abstract: A system to anchor virtual objects to real world objects, visually, functionally and behaviorally, to create an integrated, comprehensive, rational augmented reality environment, the environment comprising at least the relative location, perspective and viewing angle of the virtual objects in the real world, and the interaction between the virtual objects with the real world and with other virtual objects. The system includes an input device having a built-in interface, which receives data from an High-Definition Multimedia Interface (HDMI) adapter, or any other communication device, and returns images to a microprocessor, an HDMI compact audio/video adapter for transferring encrypted uncompressed digital audio/video data from an HDMI-compliant device and a head-mounted display worn by a user, housing at least one micro-camera and an inertial movement unit (IMU).

Abstract: A system to anchor virtual objects to real world objects, visually, functionally and behaviorally, to create an integrated, comprehensive, rational augmented reality environment, the environment comprising at least the relative location, perspective and viewing angle of the virtual objects in the real world, and the interaction between the virtual objects with the real world and with other virtual objects. The system includes an input device having a built-in interface, which receives data from an High-Definition Multimedia Interface (HDMI) adapter, or any other communication device, and returns images to a microprocessor, an HDMI compact audio/video adapter for transferring encrypted uncompressed digital audio/video data from an HDMI-compliant device and a head-mounted display worn by a user, housing at least one micro-camera and an inertial movement unit (IMU).