Machine learning is being used to improve heart disease testing, find new risk markers and monitor heart patients. More Accurate Test Readings A coronary CT…
Shining Brighter: Smart Poles for Smart Cities
We don’t give much thought to street lamps. They light our way but are capable of so much more. By incorporating cameras and sensors, smart…
Where We’re Going, We Need Smart Roads
Sensors monitor the surface of smart roads in real time to detect accidents, adapt to weather conditions, generate electricity and much more. Anatomy of a…
What is Neuromorphic Computing?
Traditional computers work linearly with strict instruction sets and logic gates. As demands on computing power continue to increase, such rigid design has limitations. Neuromorphic…
Earlier – and Better – Cancer Detection
The earlier cancer is detected, the more effectively it can be treated. However, cancer can be difficult to detect in the early stages. New artificial…
5 Types of Microprocessors
Previously, we discussed how a microprocessor works and its various parts. There are many different types of microprocessors, each with advantages and disadvantages. No one…
Microprocessors: The World’s Tiniest Micromanagers
A computer’s processor performs the way it sounds – taking in information and processing it. A processor functions as the brain of a computer by…
The Internet of Bio-Nano Things
Bacteria have been compared functionally to IoT devices. Receptors work as sensors, enabling bacteria to detect chemicals, electromagnetic fields, light, acidity, mechanical stress and temperature.…
IoT & The Power of Light
Photonics is the technology of generating, controlling, and detecting light waves and particles of light (photons). Essential on its own, the technology takes on exciting…