International Conference on Technological Advances of Sensors and Instrumentation, Sydney, Australien

Abbrevation

ICTASI

Link

http://www.ictasi.org/

City

Sydney

Country

Australia

Deadline Paper

2017-03-20

Start Date

2017-12-08

End Date

2017-12-10

Abstract

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