The Tenth International Conference on Advances in Sensors, Actuators, Metering and Sensing (ALLSENSORS 2025) covers topics such as:
- Trends on sensing systems
- Distributed visual tracking systems
- Sensors and smart homes
- Smart micro-grid sensing
- Sensors- and IoT-based systems
- Body-sensor networks
- Sensing smart cities
- Industrial sensing
- Sensors and IoD (Internet-of-Drones)
- IoT (Internet of Things) sensors
- Flooding sensing
- Real-time video surveillance systems
- Smartphones as sensors
- Wearable sensors
- Mobile urban sensing applications
- Mobile crowdsensing systems
- Sensing forest environments
- Atmospheric sensing systems
- Air pollution sensing systems
- Sensor-based user authentication systems
- Trends on sensing and sensors types
- Opportunistic sensing
- Secure and energy-efficient sensors
- Sensor calibration
- Secure embedded visual sensing
- Delay-tolerant sensors
- Interference resilience in sensors-based systems
- Virtual sensing
- Time-sensitive sensing
- Ubiquitous sensors
- Energy-delay conservation
- Short/long/adaptive transmission range sensors
- Sensors for organic/non-organic materials/environments
- Cryogenic sensors
- Sensors and meta-data
- Lifetime- and latency-aware sensors
- Film-based sensors
- High-speed signal sensors
- Low/high pressure sensors
- Cross-sensitive sensors
- Chemical sensors
- Ultra-wide band sensors
- Tracking sensors
- Underwater sensors
- Underground sensors
- Sensing stream data
- Mobility sensing
- Low/high temperature sensors
- Dense/coarse powder sensors
- Hazardous gases sensors
- Bio-acoustic monitoring sensors
- Proximity sensors
- Quantum sensors and measurements
- Superconduction-based sensors
- Sensors based on quatum phenomena (spectroscopy, imaging, etc.)
- Superconducting quantum interference devices (SQUID)
- Transition edge sensors (TES)
- TES bolometers
- Gamma-ray and alpha particle detectors
- Arrays of low temperature microbolometers
- Polarization sensitive bolometers
- Multi-chroic detector array
- Superconducting x-ray spectrometers
- Industrial and scientific materials analysis
- Kinetic inductance detectors
- Accurate measurements
- Precision measurements for wavelengths
- Measuring small energy
- Cosmic microwave background measurements
- Superconducting readout electronics to measure and amplify the signals from the detectors
- Sensors types
- Digital sensors
- Mechanical sensors
- Optical fiber sensors
- Optical sensors
- Pressure sensors and transducers
- Temperature sensors
- Reflectometry sensors
- Acoustic and ultrasonic sensors
- Gas sensors
- Humidity sensors
- Rotational speed sensors
- Frequency output sensors
- Film-based sensors
- Chemical sensors
- Biosensors
- Quartz crystal microbalance sensors
- Gyroscopic sensors
- Inertial sensors
- Silicon-based sensors
- Capillary sensors
- Textile-based sensors
- Biosensors and bio-oriented electronics
- Immunosensors
- Enzyme biosensors
- Electronic noses
- Natural and synthetic receptors
- Organism- and whole cell-based biosensors
- DNA chips and nucleic acid sensors
- Single-cell detection/analysis
- Printed biosensors and organic electronics
- Electrochemical biosensors
- Nanomaterials and nanoanalytical systems
- Materials and biosensors
- Biodetection
- Commercial biosensors, manufacturing and markets
- Applications for biosensors
- Wearable skin sensors
- Bio-MEMS
- Cryogenic sensors and systems
- Cryogenic particle detectors
- Cryogenic temperature sensors
- Phonon particle detection
- Calorimetric particle detection
- Roton detectors
- Superconducting nanowire single-photon detectors
- Cryogenic Hall sensors
- Multifunctional cryogenic sensors
- Cryogenic instrumentation
- Cryogenic non-contact displacement sensors
- Cryogenic temperature monitoring systems
- Aerospace sensors and sensor systems
- Aerospace photonics sensors and systems
- Meteorological sensors and sensor systems for flight support
- Non-destructive testing for aerospace
- Radar Systems
- Sensor technologies and materials
- Electromagnetic sensors
- Biological, chemical sensors and arrays
- Smart and intelligent sensors
- Multi-sensor fusion technology
- Nanomaterials and electronics technology for sensors
- Sensor interfacing and signal conditioning
- Polymer materials for Sensors
- Semiconductor materials for sensors
- Embedded sensors
- Nuclear magnetic resonance
- RFID sensors
- Wearable sensors
- Wireless and wired sensors
- Underwater sensors
- Sensing materials stability
- Sensing materials - inorganic, organic, polymeric, composite, formulated, nanomaterials
- Sensor manufacturability
- Transducers, actuators
- Linear actuators
- Electrical to mechanical energy conversion
- Hydraulic actuators
- Manual actuators
- Vacuum actuators
- Pneumatic actuators
- Fluid power transmission and control
- Computer vision instruments
- Microelectronics
- Mechatronics
- Air and underwater communication
- Wireless communication technology
- Sensor-related techniques and methods
- Sensor Calibration
- Modern error theory and compensation techniques
- Reliability of measurement systems
- Self-calibration
- Modeling and simulation technologies for sensor-based systems
- Precision and ultra-precision instruments
- Universal transducers and sensors interface
- Universal frequency-to-digital conversion interface
- Methods for multivariate analysis of sensor responses
- Performance analysis of sensors
- Sensing systems
- Online measurements
- MEMS and NEMS
- Virtual instruments
- Remote sensing and telemetry
- Digital sensors and sensor systems
- Thermometry and nanothermometry
- Inertial sensor systems
- Industrial robots and automation
- Remote Sensing for Environmental Modeling
- Remote Sensing for Climatology Models
- Remote sensing on glaciers, polar fields, sea ice
- Remote sensing on atmosphere, clouds, temperature, ozone
- Wind-driven currents, coastal waters, lakes
- Remote sensing on ocean waters, surface and subsurface water currents
- Remote sensing on large disasters, volcanoes, wildfires, marine oil spills, landslide hazards, tornadoes
- Remote sensing on earthquakes, hurricanes, late freezing, air currents
- Remote sensing on agriculture
- Remote sensing on earth resources, aerosols, dams surveillance, geology, reservoirs
- Remote sensing on hydro, flooding, drought, rainfalls, snowstorms
- Tropical forests, deserts, vegetation dynamics, crop estimation
- Remote sensing on urban traffic, public and commercial transportation, airports, naval ports
- Metering/Measurements
- Automation instruments
- Measurement theory
- Instrument design and measurement theory
- Instruments and measuring technology
- Measurement in nanotechnology
- Mechanical measurements
- Measurement in environment (pollution, Arctic, humidity, etc.)
- Measurement in biomedicine
- Measurement of the noise and vibration
- Microwave measurements
- Measurement of displacement and proximity
- Measurement of force and strain
- Light/Radiation monitoring
- Nondestructive testing
- Sensor-based visualization and detecting systems
- Computer online measurements
- Single- and multi-parameter measurements
- Sensor-system algorithms, protocols, communication and computation
- Smart sensor systems
- Architectures, protocols and algorithms of sensor networks
- Energy-aware sensor systems
- Data acquisition sensor-based systems
- Smart Sensors for building surveillance
- Resource allocation, services, QoS and fault tolerance in sensor networks
- Deployments and implementations of sensor networks
- Social sensing systems
- Domain-oriented sensor systems
- Internet on Things sensor-based systems
- Web-base monitoring and control
The Tenth International Conference on Advances in Sensors, Actuators, Metering and Sensing (ALLSENSORS 2025) might be held in 2025.
