Keywordsphononic crystals; piezoelectric transducers; physiotherapy; SWIR camera; TOF camera; peripheral vein detection; subcutaneous vein localization; automatic catheter insertion; robot-sensor network cooperation; SLAM; sensor networks; RGB-D images; Kinect sensor limits; depth information; wind speed; woody crops; white striping; poultry; dielectric spectroscopy; fatty acids; radiofrequency; microwave; spectrophotometry; dispersion; microstructure; radon; mitigation; positive ventilation; sump system; sealing; radon reduction; holonomic robot; omnidirectional wheels; spring-based suspension system; vibration; tower-typed mobile robots; Assistant Personal Robot; intelligent robotics; flexibility; reusability; multisensor; state machine; software architecture; computer vision; torsional ultrasound; probability of detection; soft tissue mechanics; finite element method; optimization; inverse problem; visual inspection; specular surfaces; structured lighting; quality control; tunnel inspection; concrete surface; image processing; spatial frequency domain; maximum power point tracking; solar panel; artificial neural network; PV modelling; energy harvesting; wireless sensor network; cyber-physical systems; acoustic impact; structural movements; architectonic heritage; pyrotechnics; vibration; harquebus; blunderbuss; sensors; design methodology; design requirements; wearables; MoCap; body positioning; body attachment; IMU; rigid bodies; torsional wave sensor; tissue mimicking phantom; cervical tissue; rheological model; rheometry experiment; sensitivity study; complex shear modulus; SfT; tracking; PTAM; non-rigid reconstruction; SfM; NRSfM; architectural barriers; stair-climbing mobility system; trajectory generation; assistive technology; Arduino; environmental monitoring; IoT; MQTT; people flow monitoring; Raspberry Pi; sensor networks; smart cities; visual analytics; Wi-Fi; remote industry monitoring; wireless sensor network; low power consumption; dynamic speckle; activity; temporal history speckle pattern; varnish; cyclododecane; autonomous vehicles; odometry; neural networks; Robotics; event-based control; Networked Control Systems (NCS); resources efficiency; mobile robots; robot navigation; textile electrode; concentric ring electrode (CRE); Laplacian electrocardiogram; PEDOT:PSS; virtual sensors, CMOS integrated circuits; data security; hardware security; Physical Unclonable Function (PUF); piecewise linear approximation; visitors; temperature; relative humidity; thermo-hygrometric balance; continuous monitoring; preventive conservation; Intensive Care Unit; visitor control application; hospital; 3D Ray Launching; Smart Health; radio planning; 3D laser scanner; multi-beam lidar; spatial data analysis; tilting mechanism; 3D scan pattern analysis; ring electrodes; surface recording; Laplacian recordings; intestinal slow wave; hyperspectral imaging instrumentation; brain cancer detection; image processing; Smart city; Internet of Things; crowdsensing; sensor design; intelligent tires; strain gauges; fuzzy logic; tire slip; lateral friction coefficient; optical force sensor; printable sensor; cost-effective sensor; hysteresis correction; Prandtl–Ishlinskii model; perceptron; gamma radiation; healthcare workers safety; dosimetry solution; verification; evaluation; screen-printed electrode; potentiostat; cyclic voltammetry; electrocardiographic analysis; wavelet transform; high-frequency content; sudden cardiac death; proximity sensors; automatic calibration; neural networks; EMAT actuators; Lamb waves; pipeline inspection; defect sizing; smart sound processing; embedded sensor; concrete curing; monitoring; wireless networks; IEEE 802.15.4; Automated visual inspection; human-robot collaboration; surface inspection; aerial robotics; dual-reflectarray; contoured beam; Ku-band
