Intel's Vice President and CTO of Asia Pacific and Japan, Alexis Crowell, emphasized the broader role of artificial intelligence (AI) beyond deep learning or generative learning. Speaking at Intel ConnectiON 2023 in Bengaluru, Crowell positioned AI as a versatile tool addressing everyday problems.
The semiconductor giant showcased real-world AI applications during the event, revealing a collaboration with Cochin University of Science and Technology. Their joint effort in employing generative AI for cancer screening yielded an impressive 98% accuracy in detecting cancer.
"Intel views artificial intelligence as a tool underpinning various business and societal challenges. Approach, budget, chip, and system are the ABCs of AI. There is no single approach, and there are many ways to integrate AI," explained Crowell during the keynote.
The company demonstrated practical use cases of generative AI powered by Intel solutions. Examples included a laptop with a next-gen Intel processor converting 2D video to 3D in real-time and the combination of AI and VR for an enhanced shopping experience.
A standout offering was an AI solution for supermarkets, automating item detection and generating a bill in just 100ms using Intel's automated checkout Posiflex. This mid-range computer solution operates without cloud or edge computing, showcasing Intel's commitment to efficient on-device AI experiences.
During the event, Steve Long, Corporate Vice President and General Manager for Asia Pacific and Japan, reaffirmed Intel's enthusiasm for India and its role in fostering a "Siliconomy," leveraging the power of silicon and semiconductors. Although Intel currently has no plans to manufacture advanced semiconductor nodes in India, the company is actively contributing to India's technological advancements.
Intel remains optimistic about Moore's Law, asserting its vitality. The company is on track to complete its pipeline of 5 nodes in 4 years and aims to reclaim performance-per-watt leadership by 2025, according to their future roadmap teaser.