Using Computers and Sensors to Create a Smart-Wheelchair

The main theme of this article is focusing on sensor-human interaction. But most importantly, more specifically, the architecture I propose is how computers, sensors, wheelchairs are not moving, how people can not help people who can not explore freely or interact with the environment is. The answer to this question is a smart wheelchair, a smart device that navigates around with minimal effort. It is not necessary to push the smart seat compared with a normal wheelchair, you can freely manipulate obstacles in the environment and acquire enough intelligence to facilitate movement when exploring the environment I can do it.

Our world is full of computing devices, such as computers, mobile phones, home automation such as sensors, smart refrigerators and washing machines, activity tracking devices, personal sensors, flying drones, Internet connection and so on. It will soon become unmanned)) car. Fortunately, ICANN (Internet name and number assignment) in the US, the Internet regulatory authority, predicts this and developed so-called IPv6 before the IPv4 address exhausted in January 2011. New addressing system Some people argue that IPv6 promises 340 billion impossible addresses (1 billion addresses with 36 zeros at the end). To explain the widely used analogy of the scale of the IPv6 addressing system, theoretically it is possible to allocate an IP address to each atom on the surface of the earth and leave an address covering 100 more earths "

With edge computing and sensor development, it is possible to develop smart set top boxes, smart grids, smart meters, carbon sensors, rfid, and nfc tags, which will help solve these problems. NetObjex built a digital asset management platform that basically manages these smart devices, soft assets, or hard assets using the concept of digital twin. After creating the digital twins of the asset, each digital asset is assigned a unique block chain code. You can also list a set of properties of a particular digital asset.