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On construction of global satellite multiprogram global information system using 'storm' warning signals

机译:关于利用“风暴”预警信号建设全球卫星多程序全球信息系统

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The setting-up of multipurpose circular communication by adding extra digital signals to TV program signals is the real way to increase efficiency of the existing TV transmission network. These additional signals can be graphic and facsimile information and can be received in every point within TV broadcasting coverage areas in this country and abroad by ordinary TV sets or simplified receivers. Data transmission through such TV channels make it possible not only to save expensive and deficient telephone channels, but also to speed up data provision for remote and inaccessible regions. Tests of this new and original system (teleinform), developed by the Radio Research Institute of the RF Ministry of Communications, proved its advantages while transmitting information to places where Russian TV programs are available. An interesting project entitled SAPS (Solar Activity Patrol System), developed by the Space Research Institute of The RF Academy of Sciences, can play an exceptionally important role in the implementation of the Solar Ecological Security Programme. The solar storm warning signals, generated by SAPS and included in the above described information system, besides its main humanitarian and economic function substantially improve commercial characteristics of the system. The distribution system of this information throughout the world may be organized in the most cost-effective way by using the existing terrestrial and satellite channels.
机译:通过向电视节目信号中添加额外的数字信号来建立多用途循环通信是提高现有电视传输网络效率的真正方法。这些附加信号可以是图形和传真信息,并且可以由普通电视机或简化的接收器在该国家和国外的电视广播覆盖范围内的每个点接收。通过这样的电视频道进行数据传输不仅可以节省昂贵和不足的电话频道,而且可以加快为偏远和不可访问区域提供数据的速度。这项由RF通信部无线电研究所开发的新的原始系统(teleinform)的测试证明了它的优势,同时可以将信息传输到可以观看俄罗斯电视节目的地方。由RF科学院空间研究所开发的一个有趣的名为SAPS(太阳活动巡逻系统)的项目可以在实施太阳能生态安全计划中发挥极其重要的作用。由SAPS生成并包含在上述信息系统中的太阳风暴警告信号,除了其主要的人道主义和经济功能外,还大大改善了该系统的商业特性。通过使用现有的地面和卫星频道,可以以最具成本效益的方式来组织此信息在全世界的分发系统。

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