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FPGA-Based CCSDS Compliant Miniaturized Satellite Communication Stack

机译:基于FPGA的CCSD标准的小型化卫星通信堆栈

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This paper presents the design of an FPGA-based Communication Stack which is intended for use on nano-satellite space missions. By using it satellite designers can design the nano-satellite using an on-board hot-redundant CAN bus and using additional direct command interfaces. Further, the Communication Stack allows the satellite operator to communicate with the satellite using a CCSDS compliant RF link. As a consequence, both on-board and space-ground communications are performed using reliable and proven interfaces simplifying the integration of the nano-satellite as well as enabling the use of already existing ground station equipment. Additionally the Communication Stack is designed with low resource usages in mind, thus allowing satellite designers to divert most of the limited resources on-board a satellite towards more fruitful endeavors. The Communication Stack implementation presented herein was tested within a laboratory environment, where it was determined that it is suitable for use on a space mission.
机译:本文介绍了基于FPGA的通信堆栈的设计,用于用于纳米卫星空间任务。通过使用IT卫星设计人员可以使用车载热冗余的CAN总线和使用额外的直接命令接口设计纳米卫星。此外,通信栈允许卫星操作员使用CCSD兼容RF链路与卫星通信。因此,使用可靠和经过验证的接口进行板载和空间通信,简化了纳米卫星的集成以及使已经使用已经现有的地面站设备。此外,通信堆栈设计有低资源用途,从而允许卫星设计人员将大多数有限的资源转移到卫星上朝向更富有成效的努力。这里呈现的通信堆栈实现在实验室环境中测试,在实验室环境中确定它适用于空间任务。

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