Internet sensory and motor neural systems

The Internet will eventually become an organizational structure highly similar to the human brain. We call it the Internet virtual brain. After creating a panoramic view of the Internet virtual brain, we will view the physical sensory system, Visual System, and, auditory System. We will introduce them together with the motor neural system.

 

The Internet body sensory neural system sensors are mainly composed of electronic sensors that can detect and feel external signals, physical conditions (such as light, heat, humidity), or chemical components (such as smoke ), some departments, such as water conservancy departments, have electronic sensors placed in soil, air, water system, forest, power equipment, railway or highway facilities, and temperature, water pressure, voltage, speed, signals such as wind speed are transmitted to the central server through network lines, so that surveyors can monitor changes in natural and working environments at any time. Electronic sensors connected to the Internet will expand to more areas, such as mechanical equipment, household appliances, logistics systems, and even placed in the human body, these sensors will continuously send the status and location information of the object to the central nervous system of the Internet.

The sensors of Internet visual and auditory neural systems are mainly composed of video collectors and sound collectors. Common devices include cameras, monitors, and digital cameras. For a long time, these devices were mainly used in video conferencing, telemedicine, and real-time monitoring. At present, it is also widely used for communication and communication between Internet users. In addition, Internet virtual vision and auditory neural systems can also be used in tourism, entertainment, learning, and scientific research fields, for example, in the forest, the grassland, ocean, desert, and sky are equipped with cameras for Internet users around the world to watch in real time. Tourists can sit at home to watch the scenes where African lions are hunting horns, in the classroom, students can observe the Amazon forest ecosystem on the Internet. Researchers can explore the depths of the ocean, inside the volcano, and in the distance of space using video and audio (radio waves) signals.

For Internet motion neural systems, remote control of printers, fax machines, and household appliances over the Internet or local area network is widely used, and the applications of drivers and related network protocols are quite mature. It can be applied to more fields. For example, workers can remotely manipulate excavators, shredders, and construction equipment in a safe working environment to complete complex, difficult, and dangerous tasks. Doctors can remotely manipulate the surgical knife and endoscope to complete the operation of patients in different regions. Scientists can remotely manipulate deep-sea probes and spacecraft for scientific research.

 

 

After the Internet virtual sensory system and the motor neural system mature, there are two main operation modes:

The first is the direct control mode for Internet users.

The second is the indirect access mode for Internet users.

 

 

This article has been published online in science and technology papers

 

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