CN108096837A - Game robot dynamic identifying method - Google Patents

Abstract

The invention provides a method for dynamic identification of a game robot, comprising the following steps: a dynamic identification server generates a dynamic identification code for caching; the game server determines whether to perform dynamic identification of a game robot, and after the game server determines to start dynamic identification of a game robot, sends the dynamic identification code to the dynamic identification server Request a dynamic identification code; after the dynamic identification server receives the identification code request, it randomly returns the dynamic identification code and the answer, and the game server distributes the identification code to the player after receiving the identification code and the answer; at this time, the client receives the identification code and displays it. And provide the identification code verification operation, return the answer after the player's operation to the game server; the game server automatically judges and recognizes whether the answer to the player's operation is a game robot.

Description

Game robot dynamic recognition method

technical field

This solution is applicable to the dynamic identification method of game robots.

Background technique

Massively Multiplayer Online Game (MMORPG) games provide players with realistic and diverse game content, with a very high degree of freedom. With the development of information technology, a lot of game robots have appeared. These game robots have greatly affected the normal development of the game and caused an imbalance to the normal players of the game. A game robot is a program that is deliberately compiled to directly or indirectly affect an online game or a series of programs included in an online game, and is not a client program of the online game itself. Players use game robots to easily obtain game effects that other normal players cannot obtain or must be obtained through long-term running programs. Players who use game robots get more benefits, which causes great harm to other normal players, and makes players in a state of unfair game competition. At the same time, the use of game robots also violates the interests of game operators, and may even endanger network security, thereby affecting the healthy development of the game industry.

Contents of the invention

In order to distinguish between normal players and game robots, we use game robot dynamic recognition technology. After applying the game robot dynamic recognition technology, the existence of game robots can be prevented to a great extent. The present invention aims to provide a game robot that can be automatically generated and judged by computer software, but only the player can identify and answer, and the game robot cannot answer dynamic identification questions, so as to detect the game robot.

The invention provides a method for dynamic identification of a game robot, comprising the following steps: a dynamic identification server generates a dynamic identification code for caching; the game server determines whether to perform dynamic identification of a game robot, and after the game server determines to start the dynamic identification of a game robot, sends the dynamic identification code to the dynamic identification server Request a dynamic identification code; after the dynamic identification server receives the identification code request, it randomly returns the dynamic identification code and the answer, and the game server distributes the identification code to the player after receiving the identification code and the answer; at this time, the client receives the identification code and displays it. And provide the identification code verification operation, return the answer after the player's operation to the game server; the game server will automatically judge and identify whether the answer to the player's operation is a game robot.

Description of drawings

Fig. 1: the network topological structure diagram of dynamic identification of game robot of the present invention;

Fig. 2: The business flow diagram of the game robot dynamic identification of the present invention.

Detailed ways

As shown in Figure 1 and Figure 2, the implementation of this scheme is as follows:

In Figure 1, several player clients are connected to the game server, and the game server is connected to the dynamic identification server. In the dynamic identification method of the game robot, at first the dynamic identification code is generated by the dynamic identification server for caching, and the game server determines whether to perform dynamic identification of the game robot. After the game server determines to start the dynamic identification of the game robot, it requests the dynamic identification code from the dynamic identification server. After the dynamic identification server receives the identification code request, it randomly returns the dynamic identification code and answer. After receiving the identification code and answer, the game server distributes the identification code to the player. At this time, the client receives the identification code for display and provides identification code verification. Operation, and then return the answer after the player's operation to the game server, and the game server will automatically judge and identify whether the answer to the player's operation is a game robot.

In the game robot dynamic identification scheme of massively multiplayer online games, the main systems include: game client, game server, dynamic identification server, etc. The specific implementation of each system is as follows.

Dynamic identification server (CaptchaServer):

Randomly generate the identification code and answer to ensure the randomness of the identification code.

Pre-generate dynamic identification codes for caching.

A separate thread generates the dynamic ID.

Game Server (GameServer):

During the player's game, it is determined whether to perform dynamic identification of the game robot.

Request the identification code and answer from the dynamic identification server, and distribute the identification code to the players who need to identify the game robot.

Automatically judge the recognition answer input by the player's jigsaw puzzle operation and decide whether to restrict the function.

Client:

Receive the dynamic identification code distributed by the server and display it to provide dynamic identification code mosaic operation.

Receive the player's operation feedback and send the operation result to the server for automatic evaluation of the dynamic identification code.

It will be obvious to those skilled in the art that various modifications and variations can be made to the game robot dynamic recognition of the present invention without departing from the spirit or scope of the present invention. Accordingly, those modifications and variations of the present invention that fall within the scope of the appended claims and their equivalents are within the protection scope of the present invention.

Claims (4)

1. a game robot dynamic identification method, is characterized in that, comprises the steps: (1) The dynamic identification server generates a dynamic identification code for caching; (2) The game server determines whether to perform dynamic identification of the game robot, and requests the dynamic identification code to the dynamic identification server after the game server determines to start the dynamic identification of the game robot; (3) After the dynamic identification server receives the identification code request, it randomly returns the dynamic identification code and the answer, and the game server distributes the identification code to the player after receiving the identification code and the answer; (4) At this time, the client receives the identification code for display, and provides the identification code verification operation, and returns the answer after the player's operation to the game server; (5) The game server automatically judges and identifies whether the answer of the player's operation is a game robot. 2. The method according to claim 1, further, the dynamic identification server generates the dynamic identification code through a separate thread, and randomly generates the identification code and the answer to ensure the randomness of the identification code. 3. The method as claimed in claim 2, wherein, using the identification codes generally known by the players, the identification codes are disordered, and the player client performs correct jigsaw puzzle sorting input on the identification codes. 4. The method according to claim 1, 2 or 3, further, the client receives the dynamic identification code distributed by the server and displays it to provide a dynamic identification code puzzle operation, receives player operation feedback and sends the operation result to the server for dynamic The identification code is automatically judged.