About this Research Topic
In the contemporary landscape of communications research, airborne and underwater communication systems have emerged as a core domain offering deep insights into location, exploration and tracking. This specialty area is dedicated to the development and exploration of technologies that use sound waves and electromagnetic waves to transmit information in these environments, addressing the unique challenges and opportunities associated with wave propagation.
Airborne and underwater communication systems play a critical role in facilitating real-time data transfer and information exchange in a variety of environments. These systems cover a range of applications, from surveillance, disaster management and industrial automation to marine environmental monitoring and surveillance. Research in this field focuses on improving the speed, reliability and overall efficiency of communication methods in these contexts.
The primary objectives of this Research Topic are as follows:
1. In-depth analysis: To provide a comprehensive analysis of airborne and underwater acoustic and electromagnetic communication systems through rigorous research and experimental studies, delving into the nuances of wave propagation and its applications.
2. Efficiency Advancements: To present advances in communication mechanisms tailored for terrestrial and underwater environments, including signal processing techniques for noise reduction and enhancement.
3. Environmental applications: Present real applications and case studies that demonstrate the tangible impact of airborne and underwater acoustic and electromagnetic communication systems in environmental monitoring, exploration and other related fields.
Researchers and experts are encouraged to contribute original research articles, reviews, and innovative perspectives that fit the scope described above. This Research Topic aims to foster collaboration and knowledge sharing among researchers working in the field of airborne and underwater communication systems, ultimately contributing to the advancement of communication technologies in these environments and their transformative impact on sensing, location, and exploration.
Airborne and underwater communication systems play a critical role in facilitating real-time data transfer and information exchange in a variety of environments. These systems cover a range of applications, from surveillance, disaster management and industrial automation to marine environmental monitoring and surveillance. Research in this field focuses on improving the speed, reliability and overall efficiency of communication methods in these contexts.
The primary objectives of this Research Topic are as follows:
1. In-depth analysis: To provide a comprehensive analysis of airborne and underwater acoustic and electromagnetic communication systems through rigorous research and experimental studies, delving into the nuances of wave propagation and its applications.
2. Efficiency Advancements: To present advances in communication mechanisms tailored for terrestrial and underwater environments, including signal processing techniques for noise reduction and enhancement.
3. Environmental applications: Present real applications and case studies that demonstrate the tangible impact of airborne and underwater acoustic and electromagnetic communication systems in environmental monitoring, exploration and other related fields.
Researchers and experts are encouraged to contribute original research articles, reviews, and innovative perspectives that fit the scope described above. This Research Topic aims to foster collaboration and knowledge sharing among researchers working in the field of airborne and underwater communication systems, ultimately contributing to the advancement of communication technologies in these environments and their transformative impact on sensing, location, and exploration.
Keywords: Airborne Acoustic Communication, Underwater Acoustic Communication, Sound Waves, Acoustic Propagation, Environmental Monitoring, Signal Processing Techniques, Airborne and Underwater Communication Systems
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
