A Ship Combat System Simulator System and Its Information Processing Method

Abstract

The invention provides a warship combat system simulator system and an information processing method thereof. The simulator system comprises an interface display module, an information processing module and a network module, wherein the interface display module is used for data display and man-machine interaction; the information processing module is used for data processing of self-defined protocol or appointed protocol messages; the network module adopts a UDP message protocol and is used for completing the creation of data reception threads and data transmission threads and corresponding network connection service and data reception and transmission managing functions, so as to realize the bottom-up information interaction. The information processing method comprises the steps of simulation initialization, a network connection flow, a data transmission flow, a data reception flow, an information processing flow and a command execution flow. The warship combat system simulator system and the information processing method thereof are characterized by separating the display from the processing, unifying the processing flow and being high in software module and code reuse rate, simple in deployment and maintenance and flexible in expanding, so that the developing requirements of simulators in the connection joint debugging and simulated test process of the warship combat system are fully satisfied.

Description

technical field [0001] The invention belongs to the technical field of docking, joint debugging and simulation test design of ship combat systems, and in particular relates to a ship combat system simulator system and an information processing method thereof. Background technique [0002] In the design process of the ship combat system, it is necessary to develop a special simulator to test or verify the information and data flow, so as to achieve the purpose of optimizing the combat system design and verifying the correctness of the secondary system development. The development of the simulator is carried out based on the technical requirements of the specific project. Due to the lack of a unified simulator system architecture, there is a phenomenon that the simulator can be inherited and the ability to reuse is poor. The specific problems are as follows: 1) The simulator displays Tightly coupled with the processing program, complex maintenance and poor scalability; 2) The ...

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Problems solved by technology

The development of the simulator is carried out based on the technical requirements of specific projects. Due to the lack of a unified simulator architecture, there is a phenomenon that the simulator can be inherited and reused. The specific problems are as follows: 1) The simulator displays Tight coupling with the processing program, complex maintenance, and poor scalability; 2) The division of software modules is not obvious, and the reusability is poor; 3) There is a lack of public services or functional modules, and the repetitive workload is large; 4) The simulator development cycle long

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