Launching task design system used for emergency application, and method thereof

Abstract

The invention provides a launching task design system used for an emergency application. The system comprises a launching deployment area module, a trajectory design module, a ballistic trajectory design module and a launching task management module, wherein the launching deployment area module is used for obtaining an available resource library, and the available resource library comprises a satellite launching point library and launching point data deployed and carried by each launching point; the trajectory design module is used for adopting an inverse trajectory design to obtain a trajectory design scheme and send the trajectory design scheme to the launching task management module; the ballistic trajectory design module is used for obtaining a ballistic trajectory design scheme and returning the ballistic trajectory design scheme to the launching task management module; and the launching task management module is used for analyzing and obtaining emergency response information froman emergency response task sent from a user. The emergency response information, the available resource library, the trajectory design scheme and the ballistic trajectory design scheme are gathered and integrated to form a launching task scheme which meets the emergency response task.

Description

technical field [0001] The invention relates to the technical field of civil emergency applications, in particular to a launch mission design system and method for emergency applications. Background technique [0002] With the continuous development of space technology, space information emergency service has gradually shown great application potential in the field of civilian emergency applications, and has become an effective means for human beings to fight against various disasters and emergencies. However, due to the diversity and complexity of application types, different civil emergency applications have different requirements for emergency response system capabilities and information services. At the same time, the application level of the civil emergency industry is gradually improving, prompting it to put forward higher requirements for space emergency information services: it is urgent to determine the system response time, orbit coverage, and revisit cycle indicat...

AI Technical Summary

Problems solved by technology

However, the existing satellites often cannot meet the requirements of emergency applications for spatial information in terms of time, spatial resolution, and information types.

Especially in response to the emergency needs of earthquake emergencies in a certain area, there is no complete launch task rapid design method and system for civilian emergency application information services, and it cannot provide disaster quick-view information within three hours. Provide support for top-level decision-making of rescue

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