Sparkfun Diary

There is no doubt that AI technology is already making a huge impact on our daily lives. We have seen the capabilities and application of AI in the manufacturing industry, in oceans and even in the air. Now, AI is gaining importance in consumer electronics as well. While there are many ways that AI is changing our world, let us explore ten trends that are worth mentioning and that is revolutionizing current consumer. 1.   Smart Homes The complete automated home is a new concept, but slowly the world is moving towards it is realisation. Such as intelligent devices can automatically get switched off or on, and be monitored in real-time using Smartphone. 2.   Smart TVs Internet-connected TVs have become a lot smarter with Ai technology. Next-generation intelligent smart TVs can connect to the internet wirelessly, and access online streaming services.   3.   Voice-enabled technology We are witnessing the use of voice assistants, such as Amazon and Google Assistant, in

Technological trend coming up in 2019 may be exciting than ever and we are facing a variety of breakthroughs in the coming year. Here is the list: I.     Internet of things at home Everything which connected that can be connected. We knew that, but the next step is our IoT gadgets which become more and more AI-controlled. Nowadays we can control our device via artificial intelligence; also some products are coming which Machine Learning capabilities have integrated locally in the Electronic product to enhance lifestyle. For example, WIFI-speaker is equipped with AI intelligence and more product to come.   II.    Niche integrated solution to do multifunction for IoT In 2019 development goes toward niche integration solution with multifunction in the shape of the different sensor with connectivity. For example, wireless communication sensor that is fully customized and optimized at chip-level; to deliver as cost-effective. Small and battery low priced product as possible.

Artificial neurons mimic one day as our body’s nerve cells transfer electrical signal to the brain it would be paramount for patients with nerve damage cells. Transmission: the small chip is built in such way it encapsulates by the neurons and it could be pass electrical signal between nerve cells which may be damaged by disease, shock or injury. Crucially this chip needs one-billionth the power of a standard Microprocessor means it could be theoretically used in the medical implant to help treat chronic diseases such as heart failure and Alzheimer's.    How it was formed: the researcher used a simulation technique to model how two type neurons in rats fire in response to stimuli: respiratory one that is responsible for breathing and one in the hippocampus. The models were translated to silicon chips in which replicas of biological ion channels (which transmitted signal in the body) was formed. The process was described in a paper in Nature Communications. Operati