Bottom-up and Top-down Neural Processing Systems Design: Unveiling the Road Toward Neuromorphic Intelligence
Offered By: tinyML via YouTube
Course Description
Overview
Explore the future of embedded cognition and neuromorphic intelligence in this 55-minute keynote from the tinyML EMEA 2021 conference. Delve into bottom-up and top-down neural processing systems design approaches, examining their potential to address the limitations of conventional computing. Learn about digital time-multiplexed spiking neural network processing devices like ODIN and MorphIC, and discover mixed-signal analog-digital neuromorphic processors. Investigate the Direct Random Target Projection (DRTP) algorithm for low-cost on-chip learning, and understand how combining event-driven and frame-based processing can support adaptive edge computing. Compare the tradeoffs between bottom-up and top-down approaches, and explore their applications in edge computing scenarios.
Syllabus
Intro
Neuromorphic approaches
Methodology
Analog or digital
Bottomup approach
Local learning rules
Topdown approach
Morphic
Benchmark
Results
Q A
Silicon integration
Spoon
Accuracy energy tradeoff
Timebased computation
Spoon chip
Whats next
Promising avenues
References
Paper
Wrapup
Taught by
tinyML
Related Courses
Stanford Seminar - Neuromorphic Chips - Addressing the Nanostransistor ChallengeStanford University via YouTube All About AI Accelerators - GPU, TPU, Dataflow, Near-Memory, Optical, Neuromorphic & More
Yannic Kilcher via YouTube TinyML Talks - The New Neuromorphic Analog Signal Processor Concept and Technology Platform
tinyML via YouTube Novel Device and Materials in Emerging Memory for Neuromorphic Computing
tinyML via YouTube Make the Signal Chain More Intelligent and Efficient with Mixed Signal Processing and In-Memory Computing
tinyML via YouTube