TWI392271B - System and method for managing communication instructions - Google Patents

Description

Communication signaling control system and method

The invention relates to a communication signaling control system and method.

In a network system of a server/client computer architecture, communication signaling refers to a control command of a server to a client computer to which a server is in communication, and the communication signaling packet sent by the server is in a specific communication. The signaling packet structure and the length of the communication signaling packet are transmitted to all client computers with which they are in communication. For all client computers that have a communication connection with the server, the length of the communication signaling packet sent by the server is a fixed value.

It is well known that the size of the communication signaling packet size determines the amount of network bandwidth used to transmit the same number of communication signaling packets. For example, if the length of the communication signaling packet is 50 bytes, if there are 1024 communication signaling packets transmitted on the network at the same time, it will occupy 50*1024 bytes (50 KB) of network bandwidth; The length of the communication signaling packet is 10 bytes, and the 1024 communication signaling packets are simultaneously transmitted as long as the network bandwidth of 10*1024 bytes (10 KB) is occupied.

At present, when setting up the server/customer computer network system, people will set a fixed communication signaling packet length for the server. However, compared to different user computers, different network application environments and different networks. The bandwidth of the road and the length of the required communication signaling packet are also different. If the communication signaling packet is transmitted with the fixed communication signaling packet length, the network system is unstable and the network resources are wasted.

In view of the above, it is necessary to provide a communication signaling control system and method to ensure the network system While stabilizing, avoid waste of network resources.

A communication signaling control system includes an application server and a computer having a communication connection with the application server, and the computer is configured to process an operation command corresponding to the communication signaling packet sent by the application server. The system also includes a storage device in communication with the application server for storing multi-dimensional data relating to the length of the communication signaling packet. The application server includes a communication engine sender for transmitting a communication signaling packet to the computer, and a communication signaling control module connected to the communication engine sender and the storage device. The communication signaling control module includes: a command receiving submodule, configured to receive an operation command that uses the computer as an operation object; and a signaling matching submodule, configured to use the operation object determined according to the operation command, Determining, in the storage device, a length of the signaling identification packet and the signaling carrier packet in the communication signaling packet to be sent; and a command encoding submodule, configured to encode the operation object in the operation command according to the determined signaling identification packet length The signaling identification packet is generated, the operation content in the operation command is encoded according to the determined signaling carrier packet length to generate a signaling carrier packet, and the signaling identification packet and the signaling carrier packet are combined into a communication signaling packet.

A communication signaling control method comprising the steps of: (a) an application server receiving an operation command for an operation object; (b) determining, in accordance with an operation object determined in the received operation command, signaling in a communication signaling packet to be transmitted. Identifying the length of the packet and the signaling carrier packet; (c) encoding the operational object in the operational command to generate a signaling identification packet according to the determined signaling identification packet length; (d) according to the determined signaling carrier packet length, Encoding the operation content in the operation command to generate a signaling carrier packet; (e) combining the signaling identification packet and the signaling carrier packet into a communication signaling packet; (f) transmitting the communication signaling packet to the application The server has a computer connected to it for processing.

Compared with the prior art, the communication signaling control system and method fully considers the stability of the network system and avoids waste of network resources.

1‧‧‧Application Server

2‧‧‧Communication Signaling Matching Database

3‧‧‧Network

4‧‧‧ computer

11‧‧‧Communication Signaling Control Module

12‧‧‧Communication engine sender

41‧‧‧Communication engine receiver

42‧‧‧Signal Packet Parser

43‧‧‧Signal Processing Unit

111‧‧‧Command receiving submodule

113‧‧‧Signal Matching Submodule

115‧‧‧Command Coding Sub-module

1 is a hardware architecture diagram of a preferred embodiment of a communication signaling control system of the present invention.

2 is a diagram of a sub-function module of the communication signaling control module of the present invention.

FIG. 3 is a flowchart of a specific implementation of a preferred embodiment of a method for transmitting a communication signaling according to the present invention.

FIG. 4 is a flowchart of a specific implementation of a preferred embodiment of a communication signaling processing method according to the present invention.

As shown in FIG. 1, it is a hardware architecture diagram of a preferred embodiment of the communication signaling control system of the present invention. The system comprises an application server 1, a communication signaling matching database 2 connected to the application server 1, and a plurality of computers 4 connected to the application server 1 through the network 3 (with three computers) For example). The network 3 can be an internet, an intranet, or other suitable network. The communication signaling matching database 2 is configured to store multi-dimensional data related to the length setting of the communication signaling packet (including the signaling identification packet and the signaling carrier packet), and the multi-dimensional data is a plurality of different types of data (for example, an operation object, One-to-one correspondence between the network application environment, network bandwidth, and communication signaling packet length. When you know the operating object, you know the network application environment and network bandwidth, and then you know what to set. The length of the communication signaling packet. The communication signaling matching database 2 can also be a suitable storage device in the application server 1. The application server 1 is configured to generate a communication signaling packet to be sent out, and send the generated communication signaling packet to the computer 4, where the communication signaling packet corresponds to a specific operation command, and the operation command includes an operation object (required) The computer 4) and the operation content of the operation action. The computer 4 can be any suitable data processing device for processing an operation command corresponding to the communication signaling packet sent by the application server 1.

The application server 1 comprises: a communication signaling control module 11 for generating a communication signaling packet to be sent, the communication signaling packet comprising a signaling identification packet for operating an object and a signaling carrier package for operating content And a communication engine transmitting end 12 connected to the communication signaling control module 11 for transmitting the generated communication signaling packet to the computer 4.

The computer 4 includes: a communication engine receiving end 41 for receiving the transmitted communication signaling packet; a signaling packet parser 42 for parsing the received communication signaling packet, which parses the communication signaling packet into the signaling identification packet and the signaling carrier packet; and a signaling processing unit 43 Determining whether the machine is an operation object according to the data in the signaling identification package, and performing the operation content corresponding to the data in the signaling carrier package if it is determined that the machine is an operation object. The signaling processing unit 43 determines whether the local device is an operating object by comparing whether the data in the packet matches the identification code of the local device.

As shown in FIG. 2, it is a sub-function module diagram of the communication signaling control module. The communication signaling control module 11 includes a command receiving sub-module 111, a signaling matching sub-module 113 and a command encoding sub-module 115 which are sequentially connected.

The command receives the sub-module 111 for receiving an operation command for the operating object. The operation command may be an operation command temporarily input by an operator, or an operation command customized to be periodically activated within the server.

The signaling matching sub-module 113 is configured to determine, according to the operation object determined in the operation command, the communication signaling packet (including the signaling identification packet and the signaling carrier packet) to be sent from the communication signaling matching database 2 length. For example, the length of the communication signaling packet is 10 bytes, wherein: the length of the signaling identification packet may be 8 bytes, and the length of the signaling carrier packet is 2 bytes. Different byte lengths of the signaling identification packet and the signaling carrier packet may represent different numbers of expressions, for example, each byte of the signaling carrier packet may be represented as one of 26 English letters, therefore, 2 The signaling carrier packet of the byte length can represent 676 (26*26) different kinds of operation contents.

The command encoding submodule 115· is configured to encode the operating object in the operation command to generate a signaling identification packet according to the determined signaling length; and operate the operation command according to the determined signaling carrier packet length The content is encoded to generate a signaling bearer packet; and the signaling identification packet and the signaling bearer packet are combined into a communication signaling packet.

The steps for using the communication signaling control system to improve the stability and utilization of the network system are as follows.

First, the command receiving sub-module 111 is caused to receive an operation command for the operating object. The signaling matching sub-module 113 determines the length of the communication signaling packet (including the signaling identification packet and the signaling carrier packet) to be transmitted.

Then, the command encoding sub-module 115 generates a signaling identification packet according to the determined signaling identification packet length, generates a signaling carrier packet according to the determined signaling carrier packet length, and combines the signaling identification packet and the signaling carrier packet. Into a communication signaling package. The communication engine sender 12 transmits the combined communication signaling packet to the computer 4.

Thereafter, the communication engine receiving end 41 is caused to receive the transmitted communication signaling packet. The signaling packet parser 42 parses the received communication signaling packet into the signaling identification packet and the signaling carrier packet. The signaling processing unit 43 determines whether the local device is an operating object based on the data in the signaling identification packet, and performs the operation content corresponding to the data in the signaling carrier packet if it is determined that the local device is an operating object.

FIG. 3 is a flowchart of a specific implementation of a preferred embodiment of a method for transmitting a communication signaling according to the present invention. First, the command receiving sub-module 111 receives an operation command for an operation object, the operation command including an operation object and an operation content (step S21). The signaling matching sub-module 113 determines the length of the communication signaling packet (including the signaling identification packet and the signaling carrier packet) to be sent from the communication signaling matching database 2 according to the operation object determined in the operation command (step S23). The command encoding sub-module 115 encodes the operating object in the operation command according to the determined signaling length to generate a signaling identification packet, and encodes the operation content in the operation command according to the determined signaling carrier packet length. Generating a signaling bearer packet; and combining the signaling identification packet and the signaling bearer packet into a communication signaling packet (step S25). The communication engine transmitting terminal 12 transmits the combined communication signaling packet to the computer 4 (step S27).

As shown in FIG. 4, it is a specific implementation flowchart of a preferred embodiment of the communication signaling processing method of the present invention. The communication engine receiving end 41 receives the transmitted communication signaling packet (step S31). The signaling packet parser 42 parses the received communication signaling packet into the signaling identification packet and the signaling carrier packet (step S33). The signaling processing unit 43 determines whether the local machine is an operation object based on the data in the signaling identification packet (step S35). If the local device is an operation object, the signaling processing unit 43 executes the operation content corresponding to the material in the signaling carrier packet (step S37).

In step S35, if the machine is not an operation object, the flow is ended.

The present invention has been described above in terms of preferred embodiments, and is not intended to limit the invention. Anyone skilled in the art can make changes and retouching without departing from the spirit and scope of the present invention. The scope of the invention is defined by the scope of the appended claims.

S21‧‧‧ Receive the operation command to be sent

S23‧‧‧Determining the length of the signalling identification packet and the signaling carrier packet in the communication signaling packet

S25‧‧‧ encode the received operational command to generate a communication signaling packet to be sent

S27‧‧‧Send the generated communication signaling packet to all client computers

Claims (6)

a communication signaling control system comprising an application server and a computer having a communication connection with the application server, the application server comprising a communication engine transmitting end for transmitting a communication signaling packet to the computer, the computer And an operation command corresponding to the communication signaling packet sent by the application server, the system further comprising a storage device in communication connection with the application server, where the storage device is configured to store a plurality of communication signaling packet lengths The dimension information, the application server further includes a communication signaling control module connected to the communication engine sending end and the storage device, where the communication signaling control module comprises: a command receiving sub-module, configured to receive The computer is an operation command for operating the object; the signaling matching sub-module is configured to determine, according to the operation object determined in the operation command, the signaling identification packet and the signaling carrier package in the communication signaling packet to be sent from the storage device. The length, the different lengths of the signaling identification packet and the signaling carrier packet represent different numbers of expressions; and the command encoding sub-module for identifying according to the determined signaling Length, encoding an operation object in the operation command to generate a signaling identification packet; encoding an operation content in the operation command to generate a signaling carrier packet according to the determined signaling carrier packet length; and identifying the signaling packet And the signaling carrier packet is combined into a communication signaling packet. The communication signaling control system of claim 1, wherein the operation command comprises an operation object and an operation content. The communication signaling control system according to claim 1, wherein the multi-dimensional data is a one-to-one correspondence established between an operating object, a network application environment, a network bandwidth, and a communication signaling packet length. A communication signaling control method, the method comprising the steps of: an application server receiving an operation command for an operation object; Determining, according to the operation object determined in the received operation command, the length of the signaling identification packet and the signaling carrier packet in the communication signaling packet to be sent, and different lengths of the signaling identification packet and the signaling carrier packet indicate different numbers of expression contents And encoding the operation object in the operation command to generate a signaling identification packet according to the determined signaling packet length; encoding the operation content in the operation command to generate the signaling carrier packet according to the determined signaling carrier packet length And combining the signaling identification packet and the signaling carrier packet into a communication signaling packet; and transmitting the communication signaling packet to a computer having a communication connection with the application server for processing. The communication signaling control method according to claim 4, wherein the computer processing step comprises: parsing the received communication signaling packet into the signaling identification packet and the signaling carrier packet; and identifying according to signaling The data in the package determines whether the machine is an operating object; and performs the operation content corresponding to the data in the signaling carrier package in the case where it is determined that the machine is an operating object. The communication signaling control method according to claim 4, wherein the operation command includes an operation object and an operation content.