Extending the Frontiers of Computing to Power the Data Revolution

Explore a comprehensive 58-minute conference talk by Mondira Pant from Intel, delving into the expansion of computing frontiers to drive the data revolution. Learn about Intel's research capabilities, Moore's Law, and the Intel Labs workstream model. Discover strategic innovation platforms, corporate university research, and the Corporate Research Council. Examine the Joint University Microelectronics Program (JUMP) and Intel's approach to filling the technology pipeline with promising ideas and future talent. Investigate the shifting nature of data and how rethinking computer architecture leads to advancements in neuromorphic research. Gain insights into quantum computing, including key concepts, potential applications, and the development of quantum computer systems. Understand the importance of university research collaborations in expanding the computing frontier and preparing for future Intel partnerships in light of the changing nature of data and new compute models.

Intro
INTEL'S RESEARCH CAPABILITIES
MOORE'S LAW
INTEL LABS WORKSTREAM MODEL
STRATEGIC INNOVATION PLATFORMS
CORPORATE UNIVERSITY RESEARCH
CORPORATE RESEARCH COUNCIL Intel's Strategic University Investment Fling the technology pipeline with new promising ideas and future talent
JOINT UNIVERSITY MICROELECTRONICS PROGRAM (JUMP)
THE SHIFTING NATURE OF DATA...
BY THINKING DIFFERENTLY..
RETHINK COMPUTER ARCHITECTURE
INTEL NEUROMORPHIC RESEARCH PROGRESS
INTEL NEUROMORPHIC RESEARCH COMMUNITY
Quantum Computing: Key Concepts Superposition 3
QUANTUM COMPUTING: POTENTIAL APPLICATIONS
DEVELOPING A QUANTUM COMPUTER SYSTEM APPLICATION ALGORITHMS
SUMMARY UNIVERSITY RESEARCH COLLABORATIONS EXPANDING THE FRONTIER, FUTURE INTEL COLLABORATORS CHANGING NATURE OF DATA → NEW COMPUTE MODELS