Wireless Communication and Localization

Research in this cluster addresses various techniques for indoor localization using wireless technologies. It includes evaluations of accuracy, efficiency, and the challenges in implementing effective positioning systems.

28168 papers

This cluster focuses on cognitive radio technologies that enable dynamic spectrum management and intelligent radio communication systems. Research includes adaptive techniques for optimizing spectrum utilization and enhancing wireless network performance.

23912 papers

This area explores methodologies for understanding radio signal propagation and localization techniques in various environments. Research includes empirical studies on signal loss and technological systems for improved localization accuracy.

6102 papers

This cluster covers the development and analysis of various standards and techniques in wireless communication technologies. It addresses current advancements and implementations for both IoT and broader network applications.

5788 papers

This cluster focuses on developing techniques that enhance the energy efficiency of wireless communication systems. Strategies include utilizing advanced MIMO channels and exploring green radio initiatives.

5151 papers

Research in this cluster is centered around the modeling of radio channels in mobile environments, addressing challenges posed by indoor and outdoor propagation. The focus is on developing accurate models to predict signal behavior in various scenarios.

3589 papers

Research in this cluster investigates cutting-edge methods and technologies in communication systems, including full-duplex operations and novel radio transceiver designs to improve communication to digital standards.

2942 papers

Research in this cluster involves the modeling of wireless channels and their capacity performance, specifically focusing on urban and suburban scenarios. The aim is to provide insights for enhancing capacity in wireless communications.

2331 papers

This cluster discusses systems designed for effective indoor wireless communication, including technologies for locating and tracking users within buildings. It encompasses modeling and optimization for better communication solutions.

1915 papers

This cluster focuses on various techniques within Code Division Multiple Access (CDMA) systems for mobile networks, including their design nuances and performance optimization strategies. The research targets enhancing efficiency in mobile communications.

1402 papers

Focused on the analysis of LoRa (Long Range) communication technologies, this cluster investigates fading characteristics and system performance under various operational scenarios. It aims to advance the application of LoRa in various fields.

1335 papers

This area of research explores criteria and strategies for managing personal indoor mobile communication networks. It focuses on enhancing user experience and connectivity in densely populated environments.

1117 papers

Focusing on technologies that allow for human presence detection without wearable devices, this cluster explores various techniques such as RF signal analysis and multipath channel effects to enable non-invasive human sensing.

1108 papers

This cluster focuses on the design and analysis of portable communication systems, including protocols and techniques tailored for personal, mobile radio applications. It encompasses evaluations of system performance in real-world scenarios.

1106 papers

This cluster examines technologies and methods for enhancing mobile communication specifically within indoor environments. Research addresses issues such as channel interference, capacity optimization, and system adaptation to dense urban settings.

876 papers

This cluster investigates statistical and analytical models for indoor wireless propagation, aiming to improve communication link performance in diverse settings. Research includes capacity analysis and the impact of environmental factors on signal behavior.

845 papers

This research area investigates the impact of multipath propagation on wireless communication systems, including strategies to exploit multipath fading for improved link performance. The goal is to enhance reliability and efficiency in wireless communications.

519 papers