SYSTEM AND COMPONENT ARCHITECTURES FOR AR AND VR DEVICES

The abstract describes an augmented reality apparatus with various components such as transmission lines, signal-generating circuits, signal-processing circuits, multiplexers, and matching networks. It also mentions the use of AR/VR devices with cameras and DNN accelerators for improved computing speed and energy efficiency.

The augmented reality apparatus includes transmission lines, signal-generating circuits, signal-processing circuits, multiplexers, and matching networks.
AR/VR devices like cameras with surface variable lenses and DNN accelerators are utilized for enhanced performance.
A computer-implemented method for anatomical electromyography test design involves calibrating electrodes on a wearable device frame.
The use of additional transmission lines and matching networks improves the functionality of the apparatus.
Various technologies are integrated into AR/VR systems to optimize computing speed and energy efficiency.

Potential Applications: - Augmented reality and virtual reality systems - Wearable devices for electromyography tests - Camera technology with variable lenses - DNN accelerators for improved computing performance

Problems Solved: - Enhancing computing speed and energy efficiency in AR/VR systems - Improving the accuracy of electromyography tests - Optimizing camera functionality for AR applications

Benefits: - Enhanced user experience in AR/VR environments - Increased efficiency in computing tasks - Accurate and reliable electromyography test results

Commercial Applications: Title: Advanced Augmented Reality Technology for Enhanced User Experience This technology can be applied in industries such as: - Gaming - Healthcare - Education - Manufacturing

Questions about Augmented Reality Technology: 1. How does the use of DNN accelerators impact the performance of AR/VR systems? DNN accelerators help improve computing speed and energy efficiency in AR/VR systems by optimizing neural network operations. 2. What are the key benefits of using variable lenses in AR/VR camera technology? Variable lenses allow for adjustable focus and depth perception, enhancing the user experience in augmented reality environments.

Original Abstract Submitted

an augmented reality apparatus includes a plurality of transmission lines, plural signal-generating circuits, at least one additional transmission line, at least one signal-processing circuit, a multiplexer having a plurality of inputs and at least one output, a plurality of matching networks, and an additional matching network coupling the additional transmission line to the output of the multiplexer. example ar/vr devices include a camera configured to receive light from the external environment of the device and to provide a camera signal. the camera may include a surface variable lens including a support layer, an optical layer, a membrane layer, and an actuator. a computer-implemented method for anatomical electromyography test design includes identifying a wearable device having a frame including a plurality of electrodes, and calibrating the plurality of electrodes. in augmented reality and virtual reality systems, dnn accelerators may be based on various technologies to improve computing speed and energy efficiency.

Meta platforms technologies, llc (20240297972). SYSTEM AND COMPONENT ARCHITECTURES FOR AR AND VR DEVICES simplified abstract

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SYSTEM AND COMPONENT ARCHITECTURES FOR AR AND VR DEVICES

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SYSTEM AND COMPONENT ARCHITECTURES FOR AR AND VR DEVICES - A simplified explanation of the abstract

Original Abstract Submitted

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