Showing 1 to 10 of 31 results.
https://makerv2.webteractive.co/blog/intels-loihi-cpu-a-neuromorphic-chip-modelled-on-the-human-brain
Neuroscience, with its huge volume of complex interactions, is a field that offers an enormous amount of insight for the potential of hardware architectures and algorithms. The behaviors and properties of biological neurons have, to date, proven difficult to model let alone replicate. However, while the vast majority of biological neuron interactions will remain a mystery for some time, simplified abstractions of neural networks are now possible.
https://makerv2.webteractive.co/blog/how-closely-can-computing-compare-to-a-human-brain
As computing grows more sophisticated, the question arises as to how much it can be likened to human intelligence as we currently understand it.
https://makerv2.webteractive.co/blog/bioinformatics-how-electronics-can-inform-biomedicine
DNA letter patterns and protein sequences essentially form the ‘language’ of the human body. This metaphor simplifies bioinformatics, which deals with reading information hidden in biological processes and drawing evolutionary conclusions about their possible functions). We look at the vital research area.
https://makerv2.webteractive.co/blog/disruptive-electrical-engineering-technologies-the-system-on-chip
Almost every kind of electronic device used today utilises a system-on-chip (SoC). Measuring about the size of a human thumbnail, these chips comprise both software and hardware components that add functionality to electronic devices and equipment.
https://makerv2.webteractive.co/blog/ai-accelerators-and-how-engineers-can-utilise-them
Understanding the role of AI accelerators in artificial intelligence gives an insight into its benefits in the world of electronics and computing, particularly as our collective interests in human-level intelligence increase. We look at the technology and how it may benefit engineers.
https://makerv2.webteractive.co/arduino/projects/have-fun-with-your-kids-and-students-with-arduino
Learn how to create a module for Arduino and teach the regions of the human face to your child or student.
https://makerv2.webteractive.co/custom/tutorial/how-to-digitize-human-emotions-for-virtual-reality-applications
Digitizing emotions for remote transfer and to incorporate as feedback to virtual reality platforms.
https://makerv2.webteractive.co/blog/li-ion-computer-vision-solution-offers-significant-means-to-improve-device-battery-life
Researchers led by the SLAC National Accelerator Laboratory have developed a computer vision system that, unlike human eyesight, can closely identify lithium-ion battery (LIB) chemistry issues.
https://makerv2.webteractive.co/forums/threads/pictures-of-the-worlds-first-mouse.229277/
Thread 'Pictures of the world's first mouse.'
https://makerv2.webteractive.co/blog/an-overview-of-neuromorphic-computing-and-its-latest-advances
Realising brain-like synapses using artificial intelligence has, for several decades, been a dream of scientists all over the world. Although we don’t have human-level AI yet, humans have made significant strides in the design of innovative technologies for neuromorphic computing. This article delves into some of the most promising innovations in this field.
https://makerv2.webteractive.co/blog/how-ar-and-ai-advancements-are-impacting-multiple-industries
AI has also emerged as a key player in the engineering realm. Businesses are increasingly pursuing automation, which is AI’s calling card. Such algorithm-based cognitive tasks can be time-consuming for humans. AI development constitutes an exciting new engineering frontier to explore as technology evolves. Both AR and AI are transforming the global productivity landscape.
https://makerv2.webteractive.co/blog/human-machine-interfaces-that-will-bring-about-extended-reality-xr
Throughout history, our idea of reality had been based on feedback from our natural senses about the state of the physical world around us. However, with giant leaps in the fields of digital reality and spatial perception, we can now experience so much more than what is physically there.
https://makerv2.webteractive.co/arduino/projects/diy-arduino-human-following-robot
This Robot uses a combination of Ultrasonic and infrared sensors to track an object.
