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Best Readings in Communications in Wireless Networked Control | IEEE Communications Society


Best Readings in Communications in Wireless Networked Control
Wireless networked control has attracted a lot of attention from both academia and industry in the past two decades, and has become a hot topic in recent years, mainly driven by mission-critical Industrial Internet of Things (IIoT) applications requiring closed-loop control, such as intelligent transportation, Tele-surgery, industry automation, power systems automation, and power electronics control. Specifically, a wireless networked control system (WNCS) is a spatially distributed control system consisting of networked sensors, actuators and a controller. The wireless sensors measure and report the physical process states of interest, the remote controller collects the sensors’ measurements and generates control signals, and the wireless actuators receive the control signals and control the processes. Due to its spatially distributed nature, reliable, dynamic and secure wireless communications among sensor, ....

United States , Hong Kong , New South Wales , City Of , United Kingdom , Daniele Quevedo , Vincent Nk Lau , Petar Popovski , Wanchun Liu , S Coleri Ergen , Yonghui Li , Matthewc Valenti , Xianbin Wang , Energy Constraints , Energy Harvesting Sensor , Lossy Wirelesshart Network , Transactions On Wireless Communications , Wireless Network Design For Control Systems , Wireless Networked Control System Co , Chungnam National University , International Conference On Networking , Actuator Networks For Industrial Cyber , Queensland University Of Technology , Communication Networks , Journal On Selected Areas In Communications , Estimation Over Sensor Networks ,

Best Readings in Full Duplex Wireless Communications | IEEE Communications Society


Best Readings in Full Duplex Wireless Communications
While conventional half-duplex wireless systems rely on transmitting and receiving in non-overlapping time slots or frequency channels, full duplex (FD) communications and the underlying self-interference cancellation (SIC) techniques may improve the attainable spectral efficiency while reducing latency. This is made possible by recent advances in antenna design and signal processing techniques specifically in multiple input multiple output systems, which make SIC of 80-110 dB possible. In fact, SIC has been demonstrated in applications requiring even more than 110 dB of interference cancellation. We expect that in the future, SIC technologies will enable not only FD communications, but also a variety of spectrum-sharing applications by creating radio technologies that are tolerant of adjacent and co-channel interference. ....

United States , Kymenlaakso Region , Rice University , United Kingdom , City Of , Risto Wichman , Gabor Fodor , Matthewc Valenti , Ashutosh Sabharwal , Taneli Riihonen , Xianbin Wang , Raghum Rao , Chan Byoung Chae , Research Directions , Duplex Wireless Communications Systems , Communication Network With Energy Causality , Duplex Communications , Cambridge University Press , Aalto University Finland , Duplex Multicell Networks , Transactions On Wireless Communications , Duplex Technology , Duplex Relay Selection For Cooperative Networks , Royal Institute Of Technology , Duplex Radio Distributed Antenna Networks , G Wireless Networks With ,

bladeRF-wiphy - Nuand


bladeRF-wiphy
If you like the bladeRF-wiphy project, please consider starring it on Github!
Table Of Contents
What is the bladeRF-wiphy project?
The bladeRF-wiphy project is an open-source IEEE 802.11 compatible software defined radio VHDL modem. The modem is able to modulate and demodulate 802.11 packets (the protocol WiFi is based on), and run directly on the bladeRF 2.0 micro xA9’s FPGA.
The bladeRF-wiphy coupled with Linux mac80211 allows the bladeRF 2.0 micro xA9 to become a software defined radio 802.11 access point! 802.11 packets (PDUs) are modulated and demodulated directly on the FPGA, so only 802.11 packets are transferred between the FPGA and libbladeRF.
Packets come from the bladeRF-wiphy modem on the FPGA, enter libusb and libbladeRF to be parsed by bladeRF-linux-mac80211, and ultimately transferred over a kernel netlink socket. ....

Schmidl Cox , Gnuradio Volk , Medium Access Control , Physical Layer , Distributed Coordination Function , Short Interframe Space , Carrier Sense Multiple Access , Collision Avoidance , Training Sequences , Cyclic Prefix , Long Training Sequences , Inter Symbol Interference , Fourier Transform , Long Training Sequence , Phase Locked Loops , Coding Scheme , Least Squares , Zero Forcing , Decision Feedback , Binary Soft Decision , Soft Viterbi Algorithm , Sequence Spread Spectrum , Frame Delimited , Differential Binary Phase Shift Key , Decision Feedback Equalizer , Crest Factor ,