TW201541906A - Network architecture with fixed routing - Google Patents

Abstract

Personal Computer Network is to network the computer users globally to the closed network. It consists of the architecture with defined local operating systems, regional operating systems and global operating systems. They are distributed globally and identified by country codes and area codes. All the applications and business information are connected to operating systems and searched in the closed network. The identification numbers are defined for the elements of operating system so that the fixed routing to transfer the data in the network can be established. These features result in a secure network and highly efficient performance in the network.

Description

Network architecture with fixed routing

The present application claims the benefit of the Provisional Patent Application Serial No. 61/962,311, filed on Oct. 25, 2013, which is incorporated herein by reference.

Field of invention

The present invention is directed to the architecture of a completely new personal computer network (PCN 100) that is connected to a personal computer. The network 100 has an architecture including a local operating system 18, a regional operating system 20, and a global operating system 24 to connect the PC users 10 in the region and to connect the computer users 10 globally. Due to this architecture, the network has a fixed route to transfer this information. This network provides us with a safe and effective computer environment.

Background of the invention

The proposed PCN 100 differs from the Internet in that all computer users 10 are connected to the same network 100 (shown in Figure 1).

The PCN 100 is a closed network. The user is connected to the operating system of the network 100. The operating system is installed in a central building and distributed throughout the world. All operating systems in the whole region are identified by the country code and the area code.

The operating system is defined as a local operating system 18, a regional operating system 20, and a global operating system 24 for connecting the computer user 10 and the business. The information server transfers data through the network 100.

One of the most important advantages of this design includes the PCN 100 being able to have a fixed route. In addition, the PCN 100 provides us with a highly secure network, an easy-to-scale and extended architecture, and efficient performance. The PCN 100 can apply a simplified architecture to provide a complex data network.

Summary of invention

The computer users 10 are connected to the operating system of the personal computer network 100 via a gateway router. The operating systems are distributed throughout the central building and are connected to a local computer user 10; the operating system is defined as a local operating system 18, a regional operating system 20, and a global operating system 24. All applications and their business information servers are connected to the operating system. All operating systems of the network 100 can be identified by the developer and identified by the internationally licensed country code and area code.

Except for the computer user 10 of the network 100 and the business information server, all elements of the network have their permanent identification number. The identification number of these components is defined by the developer and licensed by the international license.

Due to the identification numbers, the addresses of all components can be determined.

The fixed route of the data transfer can be established in the PCN network 100 due to the determined address, the architecture of the network, and the rules of the fixed route.

The characteristics of the network 100, including the architecture of the network 100 and the fixed route of the network 100, can form a high security and effective performance of the network 100.

1, 2, 3‧‧‧ areas

10‧‧‧User/Computer

11‧‧‧Internet

12‧‧‧Application

16‧‧‧ router

18, 30, 206, 650, 718, 6513, 6567, 8335 ‧ ‧ local operating system

20, 28, 253, 347, 415, 6145, 6374, 6802 ‧ ‧ regional operating systems

24, 26, 510, 917, 6545‧‧‧ Global Operating System

36‧‧‧New York City

38‧‧ ‧Seattle

40‧‧‧San Francisco

42‧‧‧United States

44‧‧‧ China

50‧‧‧Service Provider

52‧‧‧ interface

100‧‧‧Network

A, B‧‧‧Country/User

C, D, E, F, G, G3, H, I, J, K, L‧‧‧ users

R1~R11, R2'~R11’‧‧‧Routing

Figure 1 illustrates the different application connections between the Internet 11 and the PCN 100.

2 shows a group of individual computer users 10 connected to the personal computer network (PCN 100) of the present invention and individual business information servers.

Figure 3 shows a demonstration entity and logical connection between three computer users 10 in each of the different cities in the United States and three computer users 10 in each of the different cities in China, and shows the local operating system 18 of the area, the area The regional operating system 20 and the global operating system 24 of the global area.

4 illustrates the concept of the area and distribution of the local operating system 18, the regional operating system 20, and the global operating system 24.

Figure 5 illustrates an example of a fixed routing rule for three regions and 12 users of two countries.

6 illustrates how an email is delivered by a fixed route in a PCN 100 having an example of 12 users 10 located at different locations and connected to the local operating system 18, the regional operating system 20, and the global operating system 24.

Figure 7 illustrates how the PCN 100, the service provider 50 and the interface 52 control and manage the content of the application in the network 100, and present it to the computer user 10 who subscribes to the content.

Figure 8 shows a flow chart indicating how the user 10 logs into the network 100 from a location where the country code and the area code are different from their registered original location.

Detailed description Network architecture

The PCN 100 architecture is designed to connect the PC user 10, connect the applications, their business information servers, and users to communicate globally. The architecture including the logical and physical connections of the PCN 100 is shown in Figures 1, 2, and 3.

Referring to Figure 1, PCN 100 is a closed network. The computer user 10 logs into the network 100 with a username and password.

In the Internet, all applications are connected to the network by a web browser with a domain name, and computer users are searched for by an open system interconnection. Unlike the Internet, PCN 100 connects all applications 12 to the network 100 with a more convenient domain name and searches in the closed network 100 (as shown in Figure 1).

As shown in FIG. 2, a group of users 10 are connected to the local operating system 18 of the PCN network 100 via the gateway router 16. The operating system distributed throughout the world is defined as a local operating system 18, a regional operating system 20, and a global operating system 24 having individual business information servers connected to the operating systems.

The local operating system 18, the regional operating system 20, and the global operating system 24 are relative and functional definitions. The local operating system 18 is designed to connect computer users 10 in the area; the regional operating system 20 is designed to connect not only the computer users 10 of the area, but also to the local operating system 18 of the area and to work with other areas in the country. System 20 and the global operating system 24 of the area communicate. The global operating system 24 is designed to communicate not only with computer users 10 in the region, but also with the regional operating system 20 in the region and the global operating system 24 in the country.

As shown in Figure 4, there are a number of local operating systems 18 in the global area indicated by the three-line rectangle. In the partial operating system 18, there are certain regional operating systems 20 and the regions thereof are indicated by the double-line rectangles in FIG. It communicates with the local operating system 18 in a single-line rectangle of the area. The global operating system 24 is in communication with the regional operating systems 20 of the area. The regional operating system 20 in the area and outside the area can communicate with each other in the country. The regional operating system 20 can communicate with the local operating system 18 of the area.

This design points to the concept of how the local operating system 18, the regional operating system 20, and the global operating system 24 are distributed throughout the country. It does not have any specific technical significance.

After the business information server, called the Individual Business Server (IBS), is connected to the network 100, the architecture of the PCN 100 can be completed. These business information servers are developed with their applications and connected to the PCN 100 operating system.

All business information servers have a more convenient domain name in the PCN 100 than Internet 11. It does not indicate the classification of the domain name in the PCN 100.

In PCN 100, the classification of domain names can be implied by the values in the search program, so that the computer users 10 only need a more convenient domain name to search, such as Microsoft rather than Microsoft.com for the Internet. .

Each time the business information server is connected to the PCN 100, it will be referred to as one of the Network Business Agreement (NBP) agreements to identify the business information in the network 100. NBP is not only provided to identify the commercial services in the network. The server also increases the security of the network 100.

As with the business information server, when the computer user 10 is connected to the network 100, it can be given a Network User Agreement (NUP) by the PCN 100 each time. When the user 10 is connected to the network of the PCN 100, the NUP is different each time to identify the user 10 of the network and increase the security of the network 100.

As shown in FIG. 2, the computer user 10 is connected through the gateway router 16 of the network of the PCN 100. The user computer 10 in the PCN must be equipped with a CPU, a memory, a PCN interface, and an input/output for this application. It is configured to work with the operating system.

The user's computer can be configured to apply the applications provided by the network 100 and manage the files provided by the applications.

To connect to the network 100, the user computer 10 has an open configuration to operate in conjunction with the expansion and extension of the network 100. It is shown below:

- User account

a. Allowing the user 10 to establish and change his or her username and password; b. Allowing the user 10 to check the account information of the service provider; c. Allowing users who have registered to enter the network 100 10 can log in to the network 100 from any computer (see the following flow chart); the network 100 needs him or her to authenticate the user 10 with the user's original location registered with the country code and the area code;

- System and security

a. Allowing the user 10 to select the application 12 he or she wishes to subscribe to; b. Allowing user 10 to aggregate computers 10 in the series to share files and printers; c. Allowing user 10 to record the activities of such aggregated computers 10; d. Allowing user 10 to view tasks in the network 100 And the state; e. allowing the user 10 to communicate with the network 100 (for updates) and the service provider 50; f. allowing the user 10 to back up; g. allowing the user 10 to identify the problem and correct it;

- Hardware and software

a. The user 10 is allowed to install hardware such as a memory, a printer, and a scanner; b. the user 10 is allowed to install a software that is not associated with the network 100 and can be independently operated on the user's computer 10; Appearance and personalization a. Allow user 10 to change the resolution, sound and screen background. This feature can be linked to the application feature so that the user can use more choices from the network; and finally,

- application

a. Allowing user 10 to select an application provided by the PCN to subscribe (all available applications in the network 100 are managed by the service provider 50 and to the interface 52 of the user 10);

b. Allowing the user 10 to use the application of the network 100, using the general characteristics of the application (not from the application server in the network 100) to manage the files and information, such as: open, store, Print, leave and many more.

c. The user 10 is allowed to use the software downloaded to the computer 10, which is not associated with the PCN 100 to maintain the PCN 100 clean and well maintained.

The interface 52 between the user computer 10 and the network 100 is designed to provide all of the functionality of the network 100 to the user 10. These functions include how to use the applications provided by the network 100 and how to manage the files provided by the applications.

The interface 52 in the network of the PCN 100 has a primary feature. It is called the yellow book of the PCN network 100. It provides a way for the user 10 to discover an application that is not known to him. The user 10 can search for the application by its name, its directory, or its keywords. The Yellow Book contains a library of application classification names that are connected to the application of the PCN 100 operating system.

The name of the application can be the same as the domain name of its business information. However, this concept is completely different. The application name used to search for the application is connected to the application of the network 100; and the domain name used to search for business information is connected to the DNS of the network 100.

The gateway router 16 is used to connect the user to the operating system of the network of the PCN 100. Router 16 is used because 1) each user is considered to contain multiple workstations, such as small cameras that monitor cameras, mobile devices, wireless devices, multiple computer stations, etc.; 2) Designed for all telecom PCN 100 It has been developed to become more efficient and effective, and the router 16 is the correct device for transmission between the user 10 of the PCN 100 and the operating system to meet the requirements.

The router 16 is considered a suitable device to connect the user 10 to the PCN 100. It can perform security functions and can be appropriately planned to accept or reject certain types of incoming and outgoing data packets. For security purposes of the PCN 100, the router 16 can be expected to scan for viruses, exception codes, or programs as the first layer.

When the user 10 opens an account with the service provider 50, the account number is permanent and is used by the PCN to set the user profile of the network 100. Initially, user 10 uses his account number to establish the username and password for the network 100.

Each time the user 10 enters the network 100, the user 10 enters his or her username and password, and the PCN 100 authenticates the user 10 with the operating system to verify the username and password. After the user 10 is authenticated, the user 10 will be given a Network User Agreement (NUP) to identify the user 10 of the network.

Sometimes, the user 10 needs to enter the network from a location where the user 10 has opened an account and a registration (starting location). If the location has the same country code and area code (same area) as the user 10 and the starting location of the network 100 registration, the user 10 also logs into the network 100.

If the user 10 wishes to enter the network from other locations having different area codes or country codes, the user 10 needs to use the start country code and the area code, plus the user name and password to log in to the network 100, so The user 10 is registered and set by the initial local operating system 18.

Figure 8 has indicated a flow chart of how the user 10 logs into the network 100 from the operating system 18 that is not its original location.

Another unique feature of PCN 100 is that when the user 10 is in the network 100, the PCN 100 can record all of the capabilities of the user 10. It is available

After authenticating the user 10, the PCN 100 provides the User 10 Network User Agreement (NUP) to identify the user 10 of the network 100 and increase the security of the network. The PCN 100 can also provide a value to indicate which application is in use. After the user 10 completes the application and starts a new application, the PCN will change the value for the new application until the user 10 logs out of the network 100.

The PCN 100 has a primary function to be able to determine a fixed route for the application's conversation.

The function of fixed routing can be established based on the architecture of the PCN 100, the rules of the fixed addressing system and the fixed routing. The rules for the fixed route are as follows: any two local users 10 in the same area can exchange data directly with their own operating system; any two users 10 that are not in the same area but in the same area can operate with their own regional operating system 20 exchanging data; any two users 10 in different areas may exchange data through their regional operating system 20; any two regional operating systems 20 in the country may exchange data directly; any regional operating system 20 may be associated with the area All local operating systems 18 exchange data; any global operating system 24 can exchange data with all regional operating systems 20 in the region; any two global operating systems 24 in the country or the world can exchange data directly.

The fixed route for each conversation makes the PCN 100 quite efficient. Due to the rules of PCN 100, fixed addressing system and fixed routing rules The package can have all routing addresses in the packet.

Due to the advantages of the PCN 100, we can also make the network 100 efficient and convenient.

For email services, PCN can receive different types of emails for different inboxes for email accounts, such as personal email inboxes, commercial email inboxes, etc. .

The PCN 100 makes it easier for computer users 10 to search and use local businesses. We can develop an application called local business. It includes all local services and businesses, such as municipalities, schools, local hospitals, clinics, restaurants, dry cleaners, libraries, shopping centers, cinemas and utility companies, cable companies, and computer service providers. The local commercial application can be developed by one of the internal DNS of the application, so that the information for the local user 10 does not need to travel the world.

However, for the global computer user 10, the information can still be connected to the central DNS for searching.

For these small applications and the small business information, vendors can develop their applications and provide their services to these PCN users 10 in a management and maintenance manner, making the PCN 100 a very secure and mature With a well managed computer network.

Entity and logical connection

In Figure 3, we use three cities, the United States 42 New York City 36, Seattle 38, and San Francisco 40 three users 10, and three cities, China 44 Shanghai, Beijing and Guangzhou three users to point out How is it? This communicates with the physical and logical connections in the network 100. As shown in FIG. 3, one of the global regions of the United States 42 includes the area of Seattle 38 and the area of San Francisco 40 because there is no global operating system 24 in Seattle. It points to the concept of the distribution of the local operating system 18, the regional operating system 20, and the global operating system 24. It is defined to cover such computer users 10 in a proper and efficient manner. It does not have any technical significance.

This is the physical and logical connection of the users 10. All country code and area code do not have any technical significance: user A to user B: user A is connected to the local operating system with area code 718; local operating system 718 is connected to the area operating system 347 of the same area; The regional operating system 347 is coupled to the regional operating system 253 of Seattle; the regional operating system 253 is coupled to the local operating system 206 of the same region; the local operating system 206 is coupled to its local user B.

It has shown how two users located in different areas communicate with each other. It communicates through its own regional operating system 20, while its regional operating system 20 communicates with its local operating system 18 in its own area.

User B to User D: User B of the user B is connected to the regional operating system 253 of the area, and the regional operating system 253 is connected to the regional operating system 415 of the San Francisco area; the regional operating system 415 is connected to the global operation of the same area System 510, and the global operating system 510 is connected to the foreign global operating system 6545 of Shanghai; the global operating system 6545 is then connected to the regional operating system 6145 of the Shanghai area; the regional operating system 6145 is connected to the local operating system 6567 of the area, and the local operating system 6567 is connected to its user D.

It has shown how two local users pass through the local operating system 18, The regional operating system 20 communicates with the foreign regional operating system 28, the global operating system 24, the foreign global operating system 26, and the foreign local operating system 30 globally.

User C to User D: User C is connected to the local operating system 650; the local operating system 650 is connected to the regional operating system 415; the regional operating system 415 is connected to the regional operating system 510; the global operating system 510 A foreign global operating system 6545 is connected to Shanghai, China; a foreign global operating system 6545 is connected to the regional operating system 6145 of the area; a regional operating system 6145 is connected to the local operating system 6567 of the area and the local operating system 6567 is connected to its local user ID.

It has been shown how two local users communicate globally through their local operating system 18, regional operating system 20 and global operating system 24, as well as foreign global operating system 26, foreign regional operating system 28, and foreign local operating system 30.

User E to User F: User E is connected to the local operating system 6513; the local operating system 6513 is connected to the regional operating system 6802; the regional operating system 6802 in Beijing is connected to the regional operating system 6374 in Guangzhou; the regional operating system 6374 is connected to Guangzhou. The local operating system 8335; the local operating system 8335 is connected to its local user F.

It has shown how two users in different regions but in the same country communicate with each other.

As shown in FIG. 3, it does not have any technical significance to define the local operating system 18, the regional operating system 20, the global operating system 24, and its area. However, it tells us the rules of fixed routing, entities with fixed routes Connect with logic.

Fixed route

The route of the PCN 100 network is fixed. It is one of the advantages of the PCN 100 network. Fixed routes can be built on the architecture of the PCN, the fixed addressing system, and the fixed routing rules.

All elements of the network 100 will have identification numbers to distinguish them from each other. The identification number of these components is defined by the developer of the network 100 and is licensed internationally.

In addition, when the user and the individual business information server are connected to the network 100, each time the NUP and the NBP of the network are different, each component of the network 100 includes each server in the non-header system. The agreement, even the input/output will be assigned a permanent identification number by the developer of the PCN 100.

The same components of the operating system at different locations will have the same identification number. For example, the identification number of a Transmission Control Protocol in the operating system of the City of New York 36 will be the same as the same Transmission Control Agreement for San Francisco 40 and the same Transmission Control Agreement for Shanghai, China.

The components of the operating system can be identified in the network 100 due to the different country codes and area codes for the locations. The identification number of the component of the network 100 can be defined by the developer and licensed internationally. These country codes and regional codes are also true. Defining the identification number of the component can significantly improve the performance of the network 100.

This identification number will be used for addressing. The addresses of these components are: country code + area code + identification number. In this mode, the PCN will have a fixed addressing system.

In PCN, there are no two elements with the same country code and area code. The pieces will have the same identification number; no two elements with the same country code and identification number will have the same area code; no two elements with the same area code and identification number will have the same country code. In another world, two elements in a PCN may not have the same identification code and address.

Fixed routes can be established based on the PCN, fixed addressing, and the architecture of the routing rules.

The rules for fixed routing are as follows: any two users 10 in the same area can exchange data directly with their own operating system; any two users 10 that are not in the same area but in the same area can exchange with their own regional operating system 20. Information; any two users 10 in different areas can exchange data through their regional operating system 20; any two regional operating systems 20 in the country can exchange data directly; any regional operating system 20 can be associated with all parts of the area The operating system 18 exchanges data; any global operating system 24 can exchange data with all regional operating systems 20 in the region; any two global operating systems 24 in the country or the world can exchange data directly.

Figure 5 has indicated the rules for fixed routes for the example of three regions and 12 users in two countries. As shown in Figure 5,

a. Any two users in the same area 10 can exchange data directly with their own operating system: User A - User B;

b. Any two users 10 who are not in the same area but in the same area may exchange data with their own regional operating system 20: User A - User D's operating system - User C;

c. Any two users 10 in different areas can exchange data through their regional operating system 20: User A - User D's operating system - use G's operating system - user F;

d. Any two regional operating systems 20 in the country may exchange data directly: User D-User G, or User D-User I, or User I-User G;

e. Any regional operating system 20 user 10 can exchange data directly with all local operating system 18 users 10 of the area: user D-user A, or user D-user B, or user in area 1 D-user C; user J-user K in area 3.

f. Any global operating system 24 may exchange data with all regional operating systems 20 in the area: User E-User D in Area 1; User H-User G in Area 2; or User L in Area 3 - User J.

g. Any two global operating systems 24 in the country or the world may exchange data directly: User E-User H in Country A; User E-User L in the entire domain; or User H-Use in the entire domain L.

This fixed route determines the conversation for each application. It is not every packet. In PCN 100, the header of the data packet will have all the addresses at once, unlike the Internet to transfer the data of each packet and add the header of the address one by one in the route. The fixed route of PCN 100 will have the user address, destination address and all addresses of the route to complete the application for each conversation during the encapsulation process.

The following shows how emails are delivered with a fixed route to the PCN network 100. All country codes, area codes, and email addresses do not have any technical significance. We assume that the delivery user A is located in New York, USA, with an email address of 001 718 7654321 (country code 001, area code 718 And the local email address 7654321), and the receiving user D is located in Shanghai, China, with an email address 002 21 65675432 (country code 002, area code 21 6567 and local email address 5432), and the two users connect To the local operating system 18. It is shown in Figure 3 as User A and User D.

The fixed route for delivering an email in Figure 6 shows that the fixed route is for user A, who is connected to the local operating system of Country A, to send an email to user G3 connected to the local operating system of Country B. In Figure 3, the user G3 is the same as the user D.

After transmitting user A enters the email address of the receiving user D, the email application in the operating system transmitting user A (country code 001 and area code 718) will always determine the fixed route to China. Global operating system 26 (area code 6564). The email application in China's foreign global operating system 26 will determine the fixed route to deliver the email to user D (country code 002 and area code 216567) in Shanghai, China.

In FIG. 6, it shows that the fixed route is the local operating system 18 of the user A defined in the country A, the regional operating system 20 (R2) - the global operating system 24 (R6) - the foreign global operating system 26 (R7), And foreign global operating system 26 - foreign regional operating system 28 (R8) - foreign local operating system 30 (R9) - user G3 (R9 ').

In Figure 3, which shows route R2 delivers email from local operating system 718 to regional operating system 347 of the area; the route R6 delivers email from regional operating system 347 to global operating system 917 for the area; Delivering the email from the global operating system 917 to the foreign global operating system 6545; the routing R8 will email the foreign domain from abroad System 6545 is delivered to foreign regional operating system 6145; the routing R9 delivers email from foreign regional operating system 6145 to foreign local operating system 6567. Finally, the route R9' delivers the email to User D.

For this global transmission, the carrier's operating system only determines the routes within that country. Once the data arrives at the foreign global operating system 26, the foreign global operating system 26 continues to determine the fixed route of the recipient country using the above rules.

The security of PCN 100 can be significantly improved through both physical and logical connections due to fixed routing to transfer data for each conversation of the application.

Management and control of PCN content

The PCN 100 enables the developers and service providers 50, as well as the user 10, to manage and control the content. The PCN 100 allows computer users to select these applications to subscribe.

The PCN 100 and the service provider 50 can classify all applications based on the content, and the service provider 50 can organize the applications by individually separating them or in a packaged software manner based on the content. It allows the users 10 to select the application they wish to subscribe to.

Children can be prevented from being exposed to all inappropriate material and content displayed on the Internet today. Enable computer users to choose an application to help our younger generation grow and learn. Parents of young children can subscribe to simply prevent inappropriate material from reaching their children by selecting these applications.

10‧‧‧User/Computer

12‧‧‧Application

16‧‧‧ router

18, 30‧‧‧ Partial operating system

20, 28‧‧‧ Regional Operating System

24, 26‧‧‧ Global Operating System

Claims (45)

A network architecture and features for global electronic communications, including. As in the system of claim 1, the closed network has a local operating system, a regional operating system, and a global operating system architecture that distributes the entire domain and connects to the entire computer user. For the system of claim 1, the user of the local operating system connection area; the users of the regional operating system connection area communicate with each other in the country, communicate with all local operating systems of the area and the global operating system; The user communicates with the regional operating system in the area and all global operating systems throughout the country and the world. In the system of claim 1, all of the applications and the business information server are connected to the operating system of the network and searched in the closed network. As in the system of claim 1, the domain name of the business information does not have a category indication in the PCN. As for the system of claim 1, one of the features of the interface, the so-called application directory, is for the user to search for an unknown application in the PCN with the same name as the domain name of the business information, but different concepts. As with the system of claim 1, the different concepts of the application name are connected to the application from the same domain name of the DNS to which it is connected to the PCN. As in the system of claim 1, the user name and password are established by the user along with the operating system on the account given by the service provider. In the system of claim 1, the network user agreement and the network commercial agreement are provided by the operating system to the user and the business information server to identify the network. The user and business information server and the security of the network are improved, and each time the same user of the network is different from the same business information server. As with the system of claim 1, after the network user agreement and the network commercial agreement are given to the user and business information server, the security is greatly improved to be identified in the PCN. In the system of claim 1, the operating systems in different locations in the world communicate with each other to verify and authenticate the user by country code, area code, user name and password, so that the user can log in from anywhere in the world. The network. For the system of claim 1, the so-called local commercial application is established for the user to facilitate searching and using the local business, and also for the global user to connect to the DNS search. For the system of claim 1, the application provider is used by a plurality of small business applications and business information servers to combine their information and develop into an application so that the network has a good management method. As with the system of claim 1, the email service designs multiple inboxes to receive different emails into different inboxes, such as personal email inboxes, commercial email inboxes, and the like. The characteristics of the fixed route in the PCN are included. As in the system of claim 15, the fixed route is established on the architecture of the PCN, fixed addressing system, and fixed routing rules. As in the system of claim 15, the identification number is assigned to all components of the operating system established by the web developer and is licensed by international authorization. As with the system of claim 15, two identical components of the operating system of different network locations are assigned the same identification number to increase the efficiency of the PCN network. For the system of claim 15, the fixed addressing system of the PCN is defined as: country code + area code + identification number. As in the system of claim 15, the rules for the fixed route of the PCN are as follows: any two users in the same area can exchange data directly with their own operating system; any two users who are not in the same area but in the same area can themselves The regional operating system exchanges information; any two users in different regions can exchange data through their regional operating systems; any two regional operating systems in the country can exchange data directly; any regional operating system can be associated with the region The local operating system exchanges data; any global operating system can exchange data with all regional operating systems in the region; any two global operating systems in the country or the world can exchange data directly. In the system of claim 15, the fixed route is determined by the application to transfer the data of each conversation of the application to increase the effective performance of the network. As with the system of claim 15, all of the addresses of the route are determined in the package to process the application for each conversation. As in the system of claim 15, the fixed route is established by the application of its own country, and other foreign routes are established by the application of the foreign global operating system when the data arrives. PCN addresses other features of security. As in the system of claim 24, the filter of the PCN detects normal and abnormal seals. Packages, encodings, and programs. In the system of claim 24, the functionality of the PCN records the user performance of the network and provides informational performance of the network. As with the system of claim 24, the Network User Agreement (NUP) and the Network Business Agreement (NBP) are provided by the PCN to identify the user and business information and increase the security of the network. As with the system of claim 24, more method applications are in the PCN to increase the security of the network, such as a code detector designed to receive multiple recipients of an email. As with the system of claim 24, the user's function is to select a program to subscribe to keep inappropriate content away from children. A network operating system architecture for global electronic communication includes: a local operating system interconnected with a local area network user, each user having a gateway router associated with a user computer; a regional operating system interconnected with the regional operating system and at least one additional regional operating system, and a local user of a global operating system; the global operating system being interconnected to a plurality of local operations associated with the global operating system a system for connecting to a computer user of the local area network, at least two regional operating systems associated with a plurality of local operating systems, and at least a second global operating system; wherein the local operating systems, regional operating systems, and global operating systems Each of them includes a standard operating system that is configured to interact with multiple software applications resident on each user's computer; Each of the user computers can send the data to another user by generating a predetermined fixed data path through one of the separate applications before sending the data to a user's computer. In the system of claim 30, one (first) user is connected to a local operating system of a regional network and communicates directly with another (second) user of the regional network with all regional operating systems. And the global operating system has nothing to do. A system as claimed in claim 30, wherein the network connects one or more applications and business information to the operating system of the network and searches for the business information within the network. A system as claimed in claim 30, wherein the operating system is an email operating system. For the system of claim 30, the network operating system includes routing rules as follows: any two local users in a region can directly exchange data through one of the two local user connections; the same area Any two local users in different regions may exchange data through a separate regional operating system; any two local users in different regions may exchange data between their respective regional operating systems; any two local users may Exchange data with its regional operating system and its global operating system; any two regional operating systems in the same country may exchange data directly; the regional operating system may exchange data with one of the respective national operating systems; and the entire global PCN Any two global operating systems can exchange data directly. The system of claim 30 further includes an application control unit (ACU) To provide communication between application operating systems using multiple software operating systems - a standard and operating system interface exchange to enable the multiple software operating systems to be transported. The system of claim 30, wherein an IBS is connected to the network, the IBS is developed by an application operating system and connected to an operating system of an operating system; the IBS is more suitable to include a domain name; The IBS is connected to the DNS of both the application server and the operating system to provide a method for searching for individual business information of the application. The operating system of claim 36, further comprising a business information server developed by the application server, the business information operating system further comprising a domain name connected to the domain name operating system in the operating system; wherein the domain name One of the categories is defined in the operating system of the network; the domain names are used to search for applications searched in a directory. The system of claim 37, further comprising, when the IBS first connects to the domain name operating system, the IBS automatically assigns a network commercial agreement to identify an address of the IBS in the network. The system of claim 37, further comprising when the individual business operating system accesses the network, the IBS assigns a registration number associated with one of the IBS profiles. A system for providing secure communication over a computer network, comprising: at least three layers of filters in the PCN for detecting and rejecting the exception code and program, the at least three layers of filters comprising one of the gateway routers The first layer detects and filters the data packets entering and outputting abnormalities; A second layer in the application control unit of the operating system is used to detect and filter the abnormal application; and a third layer of the application server is used to detect and filter the abnormal data packet received by the application server and Abnormal application data. The system of claim 40, further comprising a dedicated business information operating system having one of the application operating systems, wherein the business information operating system includes a domain name connected to one of the operating systems DNS, and one of the domain names is defined in the domain In the operating system. The system of claim 41, further comprising a plurality of domain names associated with the DNS to search for an application associated with the operating system; wherein the IBS is responsive to an application server associated with the domain name server Come search. The system of claim 42, wherein the IBS development is independent of the application server, and wherein the IBS is connected to a search application and the DNS. The system of claim 43, wherein the IBS is connected to the DNS, and the IBS assigns a Network Commerce Agreement (NBP) identifying the network address of the IBS. A system for controlling and managing content on a network, comprising: an application control unit interface for communicating with an application in a network operating system and connecting the user computer to the operating system An interface for directory search, and the network service provider's operating system allows the user to subscribe to the application so that only one user's subscribed content can be sent to a separate computer associated with the user.