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This paper explores the software of virtual sign processing (DSP) strategies to characterize and examine the effects of electromagnetic compatibility (EMC) in network packages. The paper discusses the fundamentals of EMC and then presents information of the basics of DSP. FM modulation and demodulation based totally communication structures, a spurious unfastened dynamic range generator, and antenna radiation field’s measurement gadget are developed to look at the consequences of EMC. The performance of the advanced structures is compared towards the expected results in order to assess the effectiveness of the approach. The paper then discusses the demanding situations and opportunities associated with the use of DSP for EMC research. The results of the paintings are discussed and guidelines for future studies are diagnosed.

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Exploring Digital Signal Processing for Electromagnetic Compatibility in Network Applications

  • 会议论文

  • 发表日期：

    2025年

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  • Aakriti Chauhan,
  • Vinod Mansiram Kapse,
  • M. P. Karthikeyan,
  • Megha Pandeya

摘要

This paper explores the software of virtual sign processing (DSP) strategies to characterize and examine the effects of electromagnetic compatibility (EMC) in network packages. The paper discusses the fundamentals of EMC and then presents information of the basics of DSP. FM modulation and demodulation based totally communication structures, a spurious unfastened dynamic range generator, and antenna radiation field’s measurement gadget are developed to look at the consequences of EMC. The performance of the advanced structures is compared towards the expected results in order to assess the effectiveness of the approach. The paper then discusses the demanding situations and opportunities associated with the use of DSP for EMC research. The results of the paintings are discussed and guidelines for future studies are diagnosed.