The neural network is the mind of the tiger. The neural network is the mind of the tiger.

 The neural network is the mind of the tiger. 

The difference between traditional computers and neural networks is the role of the CPU. In traditional computers, the CPU (Central Processing Unit) makes all work, and that causes limits in computing. In neural networks, the CPU preprocesses data that senses send into it. That means the CPU will just recognize the situation and then resend it to a sub-processing unit. The receiving sub-system must have responsibility for that kind of case. That means the subsystem has databases where there are reactions for certain types of events. 

In neural networks, all sub-networks use sorted data. And they are meant to respond to things that senses are sending to the neural network. Each of the subnetworks has certain operational or response areas. And the CPU is like some kind of router. The system finds certain details from the data. Then it can route the information to the right subnetwork. In real life, neural networks could be multiple subnetworks. They can act as AI-based event handlers. 

The complete neural network requires that all sub-networks have also a physical system that runs them. In that case, the system has multiple workstations that run the AI-based systems. In that case, the system will decrease the use of the top CPU. If the system uses multiple independently operating workstations. At can handle multiple problems at the same time. Error detection happens when the neural network uses two or more independently operating data handling units at the same time. 

In an ideal situation, the CPU of the neural network is working as a router that can send information to independently operating subsystems. The independent subsystem has a physical computer and its CPU. In that case, the common CPU of those multiple networked workstations sends a message to a certain subunit, and then the AI-based subunit will make the mission and the system sends the data back to the CPU. 

The shape of the neural network is free. The neural network can be a drone swarm. Or it can be the lots of workstations in some warehouse. The neural networks can collect information from multiple sources. And the neural system's power is that it shares data between multiple computers. The neural network doesn't necessarily learn anything. But it can collect data from very large areas. 

The learning neural network follows some parameters for making its duty. The thing that can be the parameter is the drone that operated the longest time in a certain area. The system can store information about the routes and other things that drones use. Then it can multiply the longest-standing drone's operational profile to another drone. 

And of course system must have multiple parameters like when drones were seen, and where the first impact came. The system interconnects the data from all members of the drone swarm. And then it tries to create an ideal flight path to the target. Here we must remember that the same drone that used to deliver pizza can deliver at least hand grenades. The neural network can interconnect multiple systems like surveillance cameras, satellites, and other things like drone swarms. 

A metaverse is an excellent tool.

Metaverse is the entirety of virtual worlds that are linked together on the internet. That thing means the world. Where people are interacting together as "avatars". Avatars are virtual creatures that would not have any match with the person that they represent. So the person who uses an avatar can take any creature like a dragon or Darth Vader that the person wants. The interacting virtual spaces can be interconnected together. Some of them might be offices. 

And some of them might be some kind of games or lectures. Each of those virtual worlds is like a room, there might be a different theme. And the metaverse is one of the most interesting things on the internet. When we talk about virtual spaces. That connected as the metaverse. We are talking about spaces that might have a connection with reality. 

Or they might be pure imagination. The user of the virtual reality-based metaverse can search things from the films that the rovers send from Mars. Or they can be at the space that is made by using the imagination. Those virtual worlds can involve modified reality like tables on Mars. And those kinds of things can use for research. Or just for fun like game platforms. 

The thing is metaverse is the interactive workspace. It can use by using VR sets. But any kind of screen is enough for communicating with computers by using metaverse. And the next-generation tool can be a GSM-mobile device that uses the VR set. Or it can be BCI (Brain-Computer Interface) that allows a person to connect with the virtual space anywhere where is a data connection. 

The metaverse can use for making many things. It can be used for just fun. But otherwise, users can control things like robots that are sending their data for the controller by using metaverse. When researchers are making a metaverse where they are making the 3D images of things like some land areas they can use multiple satellite systems for making that thing. 

The radar satellites can make the 3D computer topography and the satellites that are using optical systems like cameras can connect images to the radar map. The low- and medium-altitude aircraft can connect more high-resolution images for this map. The robots that are dropped from airplanes can be interconnected with those maps or top. That kind of system can use for research jungles that no man ever visited before. But the 3D metaverses can use for making routes for cruise missiles. 

The metaverse can also interconnect the data that is got from aerial vehicles like manned or unmanned aircraft, naval units, recon satellites, and ground units to one entirety. That makes metaverse an excellent tool for controlling military operations. That allows the high commander to connect the command system with helmet cameras of field operators. And the sensors of aircraft and naval units are also transmitting information to high-command. 

This system allows connecting intelligence like SIGINT, photo recon, and combat troops to one entirety. And when some soldier shoots with a rifle the field commander gets information about that thing. And the system can calculate how many bullets are left. The supply system can automatically send resupply when they are needed. 

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