The Internet is coming soon-on the neural reflex arc of the Internet

In our academic papers, author Liu Feng repeatedly stressed that the Internet is forming a virtual brain structure. Whether this structure is a dead structure or a smart structure that will respond to external stimuli, this will be an interesting topic to discuss. (In addition to the joke, the rest has been published in the latest paper "cross-comparison between the Internet and neurology)

 

 

We often see a joke, that is, a doctor sitting in front of a patient, bowing his head and testing the patient's knee reflex with a hammer. The results can be imagined that the doctor's nose is hurt, knee hop reflex is a standard neural reflex arc. Accept the stimulus and respond. Does the Internet have the same mechanism? This is a question about whether the Internet can survive.

 

We know that the reflex arc in the nervous system is a neural structure that implements reflection activity. Consists of four parts: receptor, passed-in nerve, neural hub, outgoing nerve, and effect filter. The activities of the nervous system are various simple or complex reflection activities. The structure of the reflex arc is also simple and complex, and the complex reflex arc has many intermediate neurons. In the simplest reflex arc, incoming neurons and outgoing neurons are directly in contact with the central system. This is called Single-Syn reflex.

 

Knee hop reflection is the simplest type of reflection. It contains only two neurons, sensory neurons (inputs) and motor neurons (outputs ). The nerve center of knee reflex is a low-level nerve center located in the spinal cord. However, when the knee reflex is completed, the nerves in the spinal cord pass into the brain to transmit this nerve impulse to the brain, which makes people feel the knees have been knocked [5].

 

 

Knee hop reflection

 

From the virtual perception and motion diagram of the Internet, we can see that the Internet also has neural reflection. For example, when a sensor in the Internet measures the temperature, humidity, and wind speed in the air and runs through a pre-fabricated program, it finds that it meets the rain conditions, so the sensor sends a signal to the central nervous system of the Internet, after simple operations, the central nervous system of the Internet sends commands to field mechanical devices connected to the region to enable the rainproof devices and implement the rainproof neural reflex arc function of the Internet (figure 12 ). In addition to this simple reflection phenomenon, the Internet, like the human nervous system, also has a complex neural reflection phenomenon. This problem will be elaborated in future papers.

 

 

Online neural reflex arc phenomenon