Intelligent air chip

Abstract

The invention discloses an intelligent air chip, including an intelligent dust composed of a microprocessor, a two-way wireless receiving device and a wireless network, wherein the intelligent dust scatters some fine dust in a site through the wireless network, so that they can be mutually positioned, and the two-way wireless receiving device further collects data and transmits information to themicroprocessor, which transmits information to a cloud coefficient library of a base station; the intelligent air chip also includes: an air chip with changed forms, the air chip comprises a first electrode layer, a functional material layer and a second electrode layer which are connected in turn, and a third computing layer and a cloud transmission layer which are connected with the second electrode layer. The first electrode layer is used for simulating postsynaptic, the second electrode layer is used for simulating presynaptic, the material of the functional material layer is chalcogenide, and the conductivity of the functional material layer is used for simulating synaptic weight; Postsynaptic stimulation is simulated by applying a second pulse signal to the first electrode layer.

Description

technical field [0001] The invention belongs to the technical field and relates to an intelligent air chip. Background technique [0002] The Pentagon of the United States proposed the design idea of ​​"smart dust", which aims to scatter thousands of tiny wireless sensors on the battlefield to monitor the enemy's activities without letting the enemy notice. By self-organizing a wireless sensor network, "smart dust" will filter relevant raw data and send important information to Central Command. The characteristics of "smart dust" are small size, low power consumption, self-organization, and wireless communication, which are also the characteristics of networked micro sensors. The U.S. Army has planned to develop a multi-level integrated sensor system—Smart Sensor Network Communication (SSNC), which is a Science and Technology Objective (STO) program in the U.S. fiscal year 2001. It is a very good example of networked miniature sensors in the military field. Applications. ...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a smart air core to solve the problem of smart dust consisting of a microprocessor, a two-way wireless receiving device, and a wireless network. In the environment, the dust cannot better detect or collect information. We need to endow the chip with such a function, but it must be applicable to all electronic products, which has become a major research problem.

Images