Graph Networks Turn Scattered Smart Speakers Into Powerful Microphone Arrays
Researchers have developed a spatial-temporal graph attention network that lets scattered smart devices collaborate as an ad-hoc microphone array, cutting ...
Researchers have developed a spatial-temporal graph attention network that lets scattered smart devices collaborate as an ad-hoc microphone array, cutting ...
Researchers have built SEFlow, a single neural network that can be dynamically sliced into subnetworks of vastly different sizes to ...
Researchers have introduced AI Flow, a framework combining device-edge-cloud collaboration, familial models, and networked intelligence emergence to make powerful AI ...
A new cloud-edge collaborative framework adapts speech-to-speech translation to any device's compute budget while preserving speaker identity through a privacy-preserving ...
Researchers have introduced Generative Video Compression, a framework that transmits video at rates as low as 0.02% and below 0.01% ...
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© 2025 Scienmag - Science Magazine