A. S. Dmitriev

Institute of Radio-Engineering and Electronics

Papers

Total Citations

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About

A. S. Dmitriev is a leading researcher in ultra-wideband (UWB) direct chaotic communications, with a focus on enabling robust, high-speed wireless connectivity for the Internet of Things (IoT) and the Internet of Robotic Things (IoRT). His major contributions lie in demonstrating that direct chaotic signals—non-periodic, noise-like waveforms—can serve as a practical foundation for both robot-to-robot communication and navigation, offering advantages over traditional narrowband systems in dense, interference-prone environments. In his most-cited 2016 work (12 citations), Dmitriev experimentally validated the use of UWB direct chaotic communication for multi-robot interaction, showing how the same chaotic waveform can simultaneously support data exchange and precise localization. He further advanced the field by integrating active RFID tags with direct chaotic transceivers (2018, 2 citations), proposing compact, low-power prototypes operating in the 3.0–5.0 GHz range for seamless IoT/IoRT integration. His work bridges theoretical chaos theory with practical hardware design, producing working transceiver models that push the boundaries of wireless sensor networks and autonomous robotic swarms. Dmitriev’s research is particularly notable for its emphasis on experimental validation, making his findings directly applicable to next-generation smart environments.