Cephable and Surface: Revolutionizing Accessibility with NPU-Powered Performance
This video showcases the Cephable and Surface solution that leverages an AI-powered software platform with adaptive control inputs, including voice, camera-based, and multimodal controls, to revolutionize the way disabled workers interact with Surface.
Cephable is an AI-powered software platform designed to empower users to control their technology in ways that suit their individual needs. It utilizes adaptive control inputs, such as voice commands and camera-based interactions, to reshape how users engage with their devices, particularly the Surface. By leveraging the neural processing units (NPUs) in new Surface devices, Cephable enhances performance and accessibility without compromising on power.
How does Cephable utilize NPU technology?
Cephable offloads various AI tasks, including head tracking, gaze tracking, and facial mapping, onto the NPUs in Surface devices. This allows the CPU and GPU to remain available for other tasks, improving overall performance. By processing AI workloads locally on the device, Cephable reduces reliance on cloud computing, which enhances performance and decreases latency.
What benefits does Cephable offer to users with disabilities?
Cephable aims to remove barriers for users with disabilities by providing a seamless experience that does not require compromising between accessibility and performance. By utilizing NPU technology, users can run applications and games without needing to adjust settings or close other apps, allowing for a more inclusive and efficient interaction with their devices.
Cephable and Surface: Revolutionizing Accessibility with NPU-Powered Performance
published by Pullin Cloud Technologies
Pullin Cloud Technologies provides customers with access to an extensive range of carrier and cloud solutions and hardware and software services.
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