Measurement of Force, Mass, Torque, Inclination and Acceleration
Time and Frequency Measurements
Hardness Measurements
Magnetic Measurements
Temperature and Thermal Measurements
Measurement of Geometrical Quantities
Vibration and Noise Measurement
Pressure and Vacuum Measurements
Chemical Measurements
Flow Measurements
Acoustics and the Ultrasonic Measurements
Quantum Measurements and Photonics
Power and Energy Measurements
Environmental Measurements
Measurements in Biology and Medicine
Measurement of Human Functions
Optical and Radiation Measurements
Mathematical Tools for Measurements
Virtual Instruments and Data Acquisition Systems
Microwave Measurements
Measurement Systems
Software Measurements
Analog-to-Digital Converters, Digital and Mixed Signal Processing
Distributed Measurements
Scientific and Industrial Instrumentation
Waveform Analysis and Measurements
Experimental Mechanics
Cyber-Physical Systems and IoT
Metrology in Food and Nutrition
Measurement in Robotics
Reliability of Instrument and Measurement Systems
Intelligent and Computer Vision Instruments
Technical Diagnostics and Testing
Nanometrology
Education and Training in Measurement and Instrumentation
Nondestructive Testing
Sensor Technology
Mechanical Sensors
Accelerometers, Inclinometers and Gyroscopes
Optical Fiber Sensors
Optical Sensors
Biological, Chemical Sensors, Immunosensors and BioMEMS
Photonic Sensors
Pressure Sensors
Temperature Sensors
Electromagnetic Sensors
Acoustic Sensors
Humidity Sensors
Gas Sensors
Radiation Sensors
Infrared Sensors, Devices and Thermography
Multi Sensor Fusion Technology
Robot Sensors
Virtual Sensors
Smart and Intelligent Sensors
Sensor Calibration
Sensor Interfacing and Signal Conditioning
Semiconductor Materials for Sensors
Nanomaterials and Electronics Technology for Sensors
MEMS and NEMS
Polymer Materials for Sensors
Remote Sensors and Telemetry
Remote Sensing Fundamentals
Imaging
Radiometry and energy throughput
Stray light considerations, including analysis, signal-to-noise, and instrument performance limitations
Fundamental limits to IR imaging, including detector quantum noise and background limit
Space environment and radiation effects
Instrument calibration, comparison of predicted and measured results
Standards and characterization of components and materials
Calibration and testing
IR/electro-optical system modeling and simulations
Automation and Control
Programmable Logic Controllers (PLC)
Components and Technologies for Control
Fuzzy-logic and Artificial Neural Networks in Control Systems
Control System Modeling and Simulation
Automated Manufacturing Systems
Industrial Automation
Non-linear Control Systems
Linear Control Systems
Robust Control
Optimal Control
Telematics
Distributed Parameter Systems
Network Control and Security
CAD / CAM / CIM / SCADA
Computers for Control
Web-enabled Manufacturing Control and Wireless Automation
Information Control in Manufacturing
Computational Intelligence in Control
Chemical Process Control
Intelligent Traffic Control
Modeling and Control of Environmental Systems
Control in Agriculture; Biological and Medical Systems
Scientific objectives for future missions
Education and Training in Automatic Control and Systems
Instrument design requirements to meet mission objectives and the resultant design and implementation experiences
Scientific results for those missions that have flown
Instrument and sensor integration challenges and experiences
Sensor technology challenges in meeting instrument requirements
Planned and required enabling technologies
Instruments and their Scientific Returns
Spectrometers
Bolometers
Photometers (multiband)
Imaging cameras
Imaging and nonimaging interferometers
Radiometers
Microcameras
Instrument Observational Facilities
James Webb Space Telescope
Planck Observatory
SAFIR Telescope
SPICA Far-IR Facility
SOFIA
Darwin
HERSCHEL
Enabling Technologies
Cold read-out electronics
Sensor design
Infrared materials
Remote Sensing
Atmosphere and weather prediction
Earth resource mapping
Remote calibration
Space exploration
Infrared Telescopes for Earth Remote Sensing, Focal Plane Technology, and Detection Schemes
IR detectors
Near-IR detectors
Sub-mm detectors
Far-IR detectors
Autonomous sensors and wireless sensor networks for agro-environment applications, smart buildings, intelligent presentationtraffic systems, and body area networks
Focal plane layout and architecture
Engineering solutions for disabled people
Cardiovascular measurements based on feet and hand interfaces
User interfaces for ambient control
Augmented and alternative communication
Stress detection at the work place
Vital sign monitoring
Electrolyte conductivity measurements based on resistive electrodes
Instrumentation methods based on impedance measurements, including spectroscopy and tomography
Battery condition (State of charge (SoC) and State of health (SoH)) estimated from impedance and temperature measurements
Electrolyte conductivity sensors based on capacitive electrodes
Systems for shallow prospection applied to Archaeology, Civil Engineering and Environmental Assessment
Who should Attend
Researchers, engineers, scientists and industry professionals.
Past Events
3rd International Conference on Technological Advances of Sensors and Instrumentation (ICTASI 2021) - 16-18 Apr 2021, Ho Chi Minh City, Viet Nam (78243)
2nd International Conference on Technological Advances of Sensors and Instrumentation (ICTASI 2019) - 21-24 Mar 2019, Shenzhen FY Hotel, China (78242)
Important
Please, check "International Conference on Technological Advances of Sensors and Instrumentation (ICTASI)" official website for possible changes, before making any traveling arrangements
Event Categories
Science: Engineering
Technology: Equipment & machinery, Industrial technology, Information Technology (IT)
