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Development of Aeronautical Communication System for Air Traffic Control Using OFDM and Computer Algebra Systems

机译:基于OFDM和计算机代数系统的空中交通控制航空通信系统的开发。

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The future aeronautical communication system will have to provide more communications capacity and increased capabilities than the existing one. These systems should be able to provide the performance required in the long term. The improvements are necessary to be able to cope with the expected air traffic growth in future. In this paper we deal with the development of new algorithms for the new generation of communication systems based on digital signal processing. The main idea is to automate the design procedure starting from the block diagram of the system and carrying out the implementation code on the target hardware. The role and importance of symbolic computation in communication systems is exemplified on OFDM (Orthogonal Frequency Division Multiplexing). An original approach to algorithm development is illustrated using computer algebra system. The development tools are Mathematica, and application software SchematicSolver.
机译:未来的航空通信系统将必须比现有的通信系统提供更多的通信能力和更高的能力。这些系统应能够提供长期所需的性能。需要进行改进以应对未来预期的空中交通量增长。在本文中,我们处理基于数字信号处理的新一代通信系统新算法的开发。主要思想是使设计过程自动化,从系统框图开始,并在目标硬件上执行实现代码。符号计算在通信系统中的作用和重要性以OFDM(正交频分复用)为例。使用计算机代数系统说明了算法开发的原始方法。开发工具是Mathematica,以及应用程序软件SchematicSolver。

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