Onboard simulator for emergency situations training of the space station crew

S. Bronnikov, S. Kuzin, Irina A. Rozhkova
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Abstract

The article deals with the structure of the simulator for the training of the space station (SS) crew activity in an emergency situation. A brief history of the matter is given. The purpose of the simulator is to provide the crew with the possibility to carry out training (having the required correspondence of real) activities to parry emergency situations while ensuring the minimum of total cost of simulator ownership. The functions and tasks of the simulator that follow from the stated goal are given. The simulator is considered as a complex distributed information system including sets of data: • goals and tasks; • structure of the simulator; • conditions: requirements, external and internal factors affecting the creation and functioning of the simulator. The structure of the simulator is presented in the form of the following sets: • staf; • technical means of the simulator; • composition of the elements of the simulator. The staff of the simulator includes administrators, instructors, mission control centers (MCC) operators, crew. Technical means of the simulator are presented in the form of a set, which includes set of hardware, set of software tools and a database. To create the simulator, the borrowed means of the space complex (SC) are used: the communication system, the local networks of the SS and MCC, participating in flight management, and the global Internet. The structure and tasks of the simulator software are considered, including the software of the on-board server, ground servers, the on-board mobile terminal, the user's ground-based workstation. The simulator scheme includes on-board and ground subsystems interacting with each other using the standard ground-to-board communication system. The presented simulator can be used for working out of actions of the personnel for liquidation of emergency situations on complex objects, including a large number of personnel and technical means. Key words: simulator structure, training, emergency situation, crew, flight control center, simulator software.
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用于空间站工作人员紧急情况训练的机载模拟器
本文介绍了空间站航天员应急活动训练模拟器的结构。简要介绍了这件事的历史。模拟器的目的是为机组人员提供进行培训(具有所需的真实对应)活动的可能性,以应对紧急情况,同时确保拥有模拟器的总成本最低。给出了仿真器在实现既定目标后的功能和任务。模拟器被认为是一个复杂的分布式信息系统,包括数据集:•目标和任务;•模拟器的结构;•条件:影响模拟器创建和功能的需求、外部和内部因素。模拟器的结构以以下几组的形式呈现:•工作人员;•模拟器的技术手段;•模拟器的元件组成。模拟器的工作人员包括管理人员、教官、任务控制中心(MCC)操作员、机组人员。仿真器的技术手段以一套系统的形式提出,包括一套硬件、一套软件工具和一个数据库。为了创建模拟器,使用了借鉴空间综合体(SC)的手段:通信系统,SS和MCC的本地网络,参与飞行管理以及全球互联网。考虑了模拟器软件的结构和任务,包括车载服务器软件、地面服务器软件、车载移动终端软件、用户地面工作站软件。模拟器方案包括星上子系统和地上子系统,它们使用标准地对板通信系统相互作用。该仿真器可用于模拟人员对复杂对象(包括大量人员和技术手段)进行紧急情况清算的行动。关键词:模拟器结构、训练、应急情况、机组、飞控中心、模拟器软件。
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