
Reviewer Board
Members of the reviewer board are selected from all Sensors reviewers for regularly providing timely high quality reports on submitted manuscripts. Responsibilities of reviewers are available here.
Members
Interests: embedded systems; digital circuits; fpga; IoT; Artificial intelligence; networking
Interests: sensors; Instrumentation; uncertainty analysis; pmu; AFE
Interests: Internet of Things; optical wireless communications; visible light communications; Channel Modeling; underwater wireless optical communications; optical camera communication; monte carlo ray tracing
Interests: digital IC; embedded system; IoT; FPGA; SOC; HDL; radiation sensor; HW/SW co-design; assistive technologies; AAL; ambient intelligence
Interests: terrain modelling; geometrical modelling; cartographic generalisation
Interests: structural health monitoring; computational mechanics; applied mathematics
2. Optical Measurement Engineer at Corning Inc., Corning, NY 14831, USA
Interests: fiber optic pressure/temperature/strain/corrosion sensing; photoacoustic imaging, and their medical or industrial applications
Interests: sensors; Raman spectroscopy; graphene; transmission electron microscopy; carbon; phase transition; Epitaxy; laser irradiation
Interests: electricity fraud detection in big data environments; online machine learning from big data streaming; analysis of Internet of Things protocols; sensor data analysis
Interests: mobile communications; visible light communication (VLC); next generation wireless networks; LiFi systems
Interests: IoT; embedded system design; design of digital systems; remote/distributed measuring systems
Interests: thin films; printed sensors; additive manufacturing; polymer-derived ceramics; conformal sensors; high-temperature sensors
Interests: development and implementation of wireless measurement systems; development and implementation of wireless sensors; Internet of Things; electromagnetic compatibility; wireless data transfer, data processing and visualisation
Interests: dynamics; structural dynamics; structural analysis; laser; finite element modeling; dynamic analysis; experimental dynamics; FE analysis; sport biomechanics; sports science engineering
Interests: Molecular recognition; Chemosensors; food chemistry; paper-based analytical devices; chemometrics (design of experiments; image processing; data analysis); silver and gold nanoparticles
Interests: span inertial MEMS, silicon carbide, DRIE, ultra-high Q resonators
Interests: manufacturing; sensor networks; IoT; signal processing; machine learning
Interests: machine learning; artificial intelligence; assistive technology; computer vision; Natural Language Processing
Interests: cyber-physical systems; anomaly detection; real-time systems; air pollution monitoring systems
Interests: design; theory; modeling of piezoelectric; RF acoustic microdevices
Interests: flexible sensors; stretchable sensors; RF sensing; materials for sensing; electronics testing techniques; engineering education
Interests: inertial measurement units; gait, validation; neurology; sports science; biomechanics
Interests: neural networks; machine vision; machine learning; deep learning; 3D acquisition hardware
Interests: sensors; medical devices; energy harvesting; screw theory in robotics; kinematics and dynamics of serial and parallel manipulators; synthesis method; design; modelling and optimization of positive/negative/zero-stiffness compliant mechanisms; stiffness-variable/-controllable compliant mechanisms; dynamics of compliant mechanisms; interface approach from rigid-body manipulators to compliant manipulators; position space analysis of compliant mechanisms for structure re-configurability; simplified universal nonlinear modelling method for compliant mechanism systems; nonlinear analytic solutions of euler-bernoulli beams; Timoshenko Beams; compliant hinges/pivots and leaves/blades/sheets including the post-buckling analysis; micro-/nano-positioning systems; Grippers; origami-inspired/bio-inspired robots; mechanisms for toys; robotized precision manufacturing; compliant mechanism based material (miroarchitectured/auxetic) design
2. Centre for Advanced Materials and Technologies (CEZAMAT), Warsaw University of Technology, ul. Poleczki 19, 02-822 Warsaw, Poland
Interests: internet of things; thermoelectricity; nanofabrication; energy harvesting; material engineering; heat management; silicon thermoelectricity; clean-room; phonon crystals
Interests: data mining; data analysis; databases; eye tracking; biometric identification
Interests: machine learning; pattern recognition; numerical analysis; approximation theory; fractional calculus; nonlinear subdivision; image and signal processing (image denoising, image segmentation, feature extraction); mathematical modelling and applications
Interests: fluorescence; carbon nanotubes; nanotechnology; graphene oxide; carbon dots; reduced graphene oxide; graphene quantum dots; optoelectronic materials/devices; in vitro/in vivo imaging (VIS/NIR); IR spectroscopy/microscopy
Interests: transportation engineering; adoption of electric and automated vehicle
Interests: 5G/6G cellular systems; wireless body area networks; optimization of radio communication systems; sensor networks; radio wave propagation modelling; deep neural networks