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This study describes a new communication approach known as the advanced node communication enhancement strategy. Traditional communication methodologies used for competitors’ Cansat missions frequently have limits in dependability and range. ANCES improves communication at the node level, resulting in powerful communication. This article discusses the competition structure, the components chosen for our Cansat, and the new communication technique, ANCES. This technique is beneficial, as illustrated in the research because it increases competition reward points depending on communication dependability and range. It also describes the design and assembly of the Cansat that we built to monitor air quality, including the components, fabrication, and graphical user interface design.

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Design and Development of CanSat for Air Quality Monitoring with Advanced Node Communication Enhancement Strategy (ANCES)

  • 会议论文

  • 发表日期：

    2026年

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  • Hridhya Mehta,
  • Aparna Taduri,
  • Shyamala Merugu,
  • Rakshit Raj Mandari,
  • Vaishnavi Chavali,
  • Narayana Mala,
  • Vishwanath Kumar Panangipalli

摘要

This study describes a new communication approach known as the advanced node communication enhancement strategy. Traditional communication methodologies used for competitors’ Cansat missions frequently have limits in dependability and range. ANCES improves communication at the node level, resulting in powerful communication. This article discusses the competition structure, the components chosen for our Cansat, and the new communication technique, ANCES. This technique is beneficial, as illustrated in the research because it increases competition reward points depending on communication dependability and range. It also describes the design and assembly of the Cansat that we built to monitor air quality, including the components, fabrication, and graphical user interface design.