KR20020077997A - Telenet Billing System - Google Patents

Abstract

PURPOSE: A telephone net billing system is provided to perform a mutual exchange and a billing according to a simulating condition by mutually connecting the Internet to a telephone. CONSTITUTION: An assembly instruction is designated as a register designated by a mechanical basic format. A computer hardware is maximally used by emulating for minimizing the volume of a system. A basic language corresponding to each hardware is used as an instruction. An emulation capable of expansion is installed in each hardware. A control function is added in the system and an OS(Operating System) is constructed. An OE is formed as a basic instruction structure, and two classification of an OYE and an OHE is formed.

Description

Telephone Net Billing System

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It speeds up compilation by reducing compilation in a language other than the existing method of speed reduction by a network connection medium. (Drawing 1)

In basic operations, assembly instructions are assigned to registers specified in the machine's basic format.

a = a * 3b = 0

b = b * 3a = 1

a = 1 / b = 0110F

Emulating minimizes system volume by making the best use of computer h / w (Figure 2).

The default language for each hardware is used as a command.

Install scalable emulation on each piece of hardware (Figure 2).

Impose control functions on the system to build an active operating system (Figure 3).

OE is the basic instruction structure and forms two classifications, OYE and OHE.

Therefore, it is easy to change the system itself and expand the function by constructing the language of emulation and mechanical propensity.

In the first case, the customer presses the number using F and E or enters A to select a membership registration or payment method (fixed payment, prepaid / postpaid, billing cash, etc.).

※ However, if the customer wants to make a choice other than the payment form in the telephone bill, the consumer must enter the Internet server and register as a member.

As a result, the company provides thorough management and detailed service to consumers.

The telephone company connects the consumer to C and billing system is executed by the program operated by C to transmit the data to the company's Internet server.

On the Internet server, members make payments to the company directly or through payment institutions such as banks and credit card companies.

In addition, the exchange of information between D and B is always carried out for consumers who have selected a payment route corresponding to their work in the country.

In addition, consumers can enter C and connect to banks or credit card companies to make payments, and this information is passed on to company and A and is continuously embedded unless there are new orders or variables.

Second, when paying the information usage fee by implementing the internet pay-as-you-go system, there are two methods of returning to the C system and making a payment at A.

The rest of the flow is the same.

F and E are connected to D.

D connects to C.

Relationship between C and B: (Payment) Data C sent to B

Relationship between B and D: information exchange possible

Relationship between A and C: (payment) data exchange

A function: Can be viewed by saving the data itself

G and H execute the command from A or C to the system and send the payment result to B.

The system is largely divided into two elements (Figure 4).

The first coded programming instructions.

It has a mechanical tendency composed of O / 1F and minimizes the compiler.

Of course, it is easy to construct a server by fully considering the netability for connecting to the Internet.

NT MAC-5a * 1221211 → a = 1011001

if, nt MAC-5c * 1001011 → c ≒ off

if, nt MAC-5e * 1010 111 → e ≒ on

It is possible to maximize the speed of information transmission.

The operation itself is active and the solution itself is simple and smooth, using the emulation format, which has the quality to best accommodate programming.

In other words, a solution that functions as a sieve has bio properties through emulation.

It is a system that enables mutual exchange by interconnecting the internet and telephone, and at the same time, enables billing according to the simulation conditions. It is also a beneficial system for expanding the market of producers and for systematic consumer management.

In addition, unlike conventional systems, the speed is reduced by the language of the machine approach.

In addition, by minimizing the role of the operator, even non-experts can easily become system operators.

In addition, the solution itself is soft and fluid, which is advantageous for system variations and upgrades.

Claims (3)

How to maximize speed by shortening compiler process by using machine language of programming language Along with claim 1, the solution is emulated The whole system developed in Clause 1 and Clause 2 (About S / W and H / W)