Brain-Machine Interface

5G Era Compound Semiconductor Titans: GaAs/GaN

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5G Era Compound Semiconductor Titans: GaAs/GaN

Chasing 5G, GaAs/GaN Remains the Absolute Star. Due to the higher frequency bands and larger bandwidths of 5G solutions compared to 4G, the path loss is relatively greater, which poses new requirements for the material performance of RF front-end devices: 1) larger bandgap; 2) higher critical breakdown electric field; 3) higher thermal conductivity; 4) higher … Read more

Using GANs to Improve Brain-Machine Interfaces for Disabled Individuals

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Using GANs to Improve Brain-Machine Interfaces for Disabled Individuals

Researchers at the Viterbi School of Engineering, University of Southern California, are using Generative Adversarial Networks (GANs) to improve brain-machine interfaces for disabled individuals. GANs are a type of generative model known for creating deepfake videos and realistic human faces. The team successfully taught AI to generate synthetic brain activity data in a paper published … Read more