An AI-driven digital-predistortion (DPD) framework can help overcome the challenges of signal distortion and energy ...

(1) Integration with Artificial Intelligence and Machine Learning ...

Deep learning models, particularly Convolutional Neural Networks (CNN), are the core technologies for current Chinese handwriting recognition. The workflow can be summarized in the following steps: ...

Akshay Jagadeesh's path is a shining testament to how deep scholarly knowledge of neuroscience can shift gears to ...

With artificial intelligence (AI) becoming an omnipresent focus of innovation in the healthcare sector, it should come as no ...

Researchers have developed a smart pen designed not only for writing, but as a potential tool to make early detection of ...

As AI moves into real-time applications—from autonomous vehicles to instant medical diagnostics—the systems processing it can ...

After nearly a decade studying human visual perception, Akshay Jagadeesh will focus on safety research and AI for health as a ...

An Indian-origin neuroscientist Akshay Jagadeesh, trained at Stanford and Harvard, has joined OpenAI as a research resident ...

Akshay Jagadeesh, an Indian-origin neuroscientist, has joined OpenAI as a research resident after nearly a decade of brain ...

Six principles for thinking about AI from the robotics pioneer behind the Roomba and former head of the MIT Artificial Intelligence Lab.

Learn how AI is improving Parkinson’s diagnosis, treatment, and clinical trials through earlier detection, precision care, ...