Presentation
Neuromorphic Testbeds: Pioneering Energy-Efficient Computing for the Future
DescriptionNeuromorphic computing is an emerging paradigm that emulates the computational architecture of the brain with significant performance savings compared to conventional digital architectures. Innovative hardware design will be at the forefront of future computing systems that utilize new and increasingly diverse components. Neuromorphic computing, holds transformative potential for revolutionizing computing across various applications, including artificial intelligence, edge computing, and scientific computing with high energy-efficiency. Large-scale neuromorphic testbeds are essential to engage a larger community and enable rapid prototyping and testing of novel algorithms and systems.
The proposed special session includes five short talks from experts from academia and industry that will highlight latest research efforts to design and implement diverse neuromorphic testbeds, from digital, mixed-signal, analog to beyond-CMOS approaches. The brief presentations will be succeeded by a panel discussion addressing the challenges and opportunities associated with next-generation neuromorphic systems.
The proposed special session includes five short talks from experts from academia and industry that will highlight latest research efforts to design and implement diverse neuromorphic testbeds, from digital, mixed-signal, analog to beyond-CMOS approaches. The brief presentations will be succeeded by a panel discussion addressing the challenges and opportunities associated with next-generation neuromorphic systems.
Event Type
Engineering Special Session
TimeWednesday, June 251:30pm - 3:00pm PDT
Location2012, Level 2
IP