Book ; Online: Wireless Sensing and Networking for the Internet of Things
2023
Keywords | Technology: general issues ; History of engineering & technology ; Energy industries & utilities ; lawful interception ; hybrid SDN ; intercept access point ; minimum vertex cover ; text detection ; natural scene ; feature fusion ; soil water content ; sensor networks ; distributed sensing ; IoT measurements ; Precision Agriculture ; moisture sensor ; wireless communication ; LoRa ; LoRaWAN™ ; indoor localisation ; fingerprinting ; landmark ; wearable device ; inertial measurement device ; motion mode detection ; body shadowing compensation ; nearest neighbour ; label-free biosensor ; machine learning ; support vector machine ; artificial neural network ; principal component analysis ; Green IoT ; IIoT ; edge computing ; AI ; edge AI ; sustainability ; digital transition ; digital circular economy ; Industry 5.0 ; direction-of-arrival estimation ; geometric algebra ; ESPRIT algorithm ; electromagnetic vector-sensor array ; hardware security ; electromagnetic sensing ; real time ; cybersecurity ; anomaly detection ; the Internet of Things ; deep learning ; blockchain ; 5G/6G ; URLLC ; tactile Internet ; industrial IoT ; network emulator ; robotic simulator ; virtual testbed ; wireless power transfer ; energy harvesting ; power conversion efficiency ; single diode rectifier ; voltage doubler ; harmonic balance method ; autonomous sensor node ; wireless sensor network ; multi-tone signal ; full-wave simulations of PCB ; millimeter wave ; new radio ; unmanned aerial vehicles ; LoS blockage ; closed-from approximation ; rooftop deployments ; coverage path planning ; unmanned aerial vehicle ; cell decomposition ; decomposition methods ; energy-aware approaches ; energy optimal path ; multi-robot systems ; multi-UAV ; smart cities ; Internet of Things (IoT) ; sensors ; 6G ; wireless communications ; resilience ; climate change ; connectivity ; data ; wireless systems ; mobile sensors ; D2D ; technological development ; Internet of things ; LoRaWAN ; reliability ; downlink ; safety ; IoT ; LPWAN ; proximal soil sensor device ; conventional communication methods ; ultralow power consumption ; long-distance transmission ; economic value ; inventoried sensor devices ; digital twin ; LSTM model ; n/a |
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Language | English |
Size | 1 electronic resource (398 pages) |
Publisher | MDPI - Multidisciplinary Digital Publishing Institute |
Publishing place | Basel |
Document type | Book ; Online |
Note | English |
HBZ-ID | HT030377907 |
ISBN | 9783036574493 ; 3036574492 |
Database | ZB MED Catalogue: Medicine, Health, Nutrition, Environment, Agriculture |
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