Microsoft

Microsoft Research India project leader Manik Varma hopes his team’s research will create a new class of machine-learning software and tools to embed AI onto breadcrumb-sized computer processors. Microsoft’s Indian American CEO Satya Nadella said recently that “We're moving from what is today's mobile-first, cloud-first world to a new world that is going to be made up of an intelligent cloud and intelligent edge.” (Microsoft.com photo)

SAN FRANCISCO — A team of 30 researchers at Microsoft labs in Redmond, Wash., and Bangalore are busy developing a new class of machine-learning software and tools to embed artificial intelligence onto breadcrumb-sized computer processors.

The project is part of a paradigm shift within the technology industry that Microsoft’s Indian American CEO Satya Nadella described recently, by saying that “We're moving from what is today's mobile-first, cloud-first world to a new world that is going to be made up of an intelligent cloud and intelligent edge.”

Added world-renowned AI and machine learning expert John Roach in a Microsoft blog post, “Creating the intelligent edge is a step toward realizing the promise of a world populated with tiny intelligent devices at every turn — embedded in our clothes, scattered around our homes and offices.”

The researchers imagine all sorts of intelligent devices that could be created, from smart soil-moisture sensors deployed for precision irrigation on remote farms to brain implants that warn users of impending seizures so that they can get to a safe place and call a caregiver.

The computer scientists and software engineers are taking top-down and bottom-up approaches to the challenge of deploying machine-learning models onto resource-constrained devices.

The top-down approach involves developing algorithms that compress machine-learning models trained for the cloud to run efficiently on devices such as the Raspberry Pi 3 and Raspberry Pi Zero.

The intelligent devices are part of the so-called Internet of Things, or IoT, except that these things are intended to be smart, or intelligent, even without an Internet connection.

“The dominant paradigm is that these devices are dumb. They sense their environment and transmit their sensor readings to the cloud where all of the machine learning happens,” said Manik Varma, senior researcher with Microsoft Research India and a co-leader of the project. “Unfortunately, this paradigm does not address a number of critical scenarios that we think can transform the world.”

The researchers are working on systems that can run machine learning algorithms on microcontrollers. The drive to embed AI on tiny devices is part of a broader initiative within Microsoft's research organization to envision technologies that could be pervasive a decade from now. 

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