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Development of Nanosatellite Technology with APRS Module for Disaster Mitigation

机译：APRS模块灾害减缓纳米卫星技术的开发

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Development of nanosatellite technology has enabled satellites to be developed with multiple capabilities for a specific mission in a short time with a low cost. Satellite communications are proved to be more effective in delivering information due to its large coverage area. Surya Satellite-1 will become the first Indonesian nanosatellite developed by undergraduate students. It is designed with low-cost commercial payloads, including an APRS module for communication and operated on VHF and UHF amateur radio frequencies. The mission of the satellites focused on disaster mitigation through APRS communication network with remote stations located on disaster-prone areas.
机译：纳米卫星技术的开发使卫星在短时间内具有多种能力的特定任务，成本低。证明卫星通信在提供由于其覆盖范围内的信息而更有效。苏里亚卫星-1将成为本科生开发的第一个印度尼西亚纳卫星。它的设计具有低成本的商业有效载荷，包括用于通信的APRS模块，并在VHF和UHF业余无线电频率上运行。卫星的使命侧重于APRS通信网络的灾害缓解，远程站在易于灾害区域。

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