Intro The artificial intelligence landscape is witnessing a paradigm shift as researchers and developers turn their attention to spiking neural […]
The robotics industry is at a crossroads with vision sensor technology, debating event-based versus frame-based systems. Event-based sensors offer superior temporal resolution, reduced latency, and lower power consumption, making them ideal for high-speed applications. Conversely, frame-based systems excel in algorithm maturity and spatial resolution. Hybrid approaches integrating both technologies are emerging to enhance robotic performance.
I. Introduction to Neuromorphic Computing and IBM’s Vision Neuromorphic computing represents a profound departure from conventional computational paradigms, drawing direct
IBM TrueNorth and NorthPole: Spearheading the Event-Based Computing Paradigm Read Post »
Abstract: Intel’s Loihi neuromorphic processor represents a significant departure from conventional Von Neumann architectures, exemplified by ARM and x64 CPUs.
Intel Loihi: Not just Another Neuromorphic Architecture Read Post »
Introduction The development of the silicon neuromorphic cochlea, referred to as the Dynamic Audio Sensor (DAS), by researchers at the
The Neuromorphic Silicon Cochlea: A Paradigm Shift in Auditory Computing Read Post »
SynSense’s Speck is a groundbreaking event-based neuromorphic vision sensor that represents a significant leap forward in visual sensing technology. This
The Revolutionary Speck Event-Based Vision Sensor from SynSense Read Post »
The DYNAP Neuromorphic Processor Neuromorphic processor represents a paradigm shift in computation, drawing inspiration from the human brain. This biologically
The DYNAP Neuromorphic Processor: Architecture, Operation, and Flavors Read Post »
1. Introduction Neuromorphic processor is a paradigm inspired by the human brain, has got traction as a promising avenue for
The SpiNNaker Neuromorphic Processor: Architecture, Principles, and Significance Read Post »
The Dynamic and Active Pixel Vision Sensor (DAVIS), developed by iniLabs and INI sensors group represented a significant advancement in
The DAViS Camera: A Revolution in Neuromorphic Vision Technology Read Post »
The Dynamic Vision Sensor (DVS), developed at iniLabs and INI Sensors Group, represents a neuromorphic revolution in imaging technology. Unlike
A neuromorphic Revolution: The DVS Read Post »
