View source for ALLSENSORS 2020

{{Event
|Acronym=ALLSENSORS 2020
|Title=The Fifth International Conference on Advances in Sensors, Actuators, Metering and Sensing
|Ordinal=5
|Series=ALLSENSORS
|Type=Conference
|Field=Sensing devices
|Start date=2020/11/21
|End date=2020/11/25
|Submission deadline=2020/09/03
|Homepage=http://www.iaria.org/conferences2020/ALLSENSORS20.html
|City=Valencia
|Country=Spain
}}
Greetings,

With everyone's health and safety in mind, we are adapting some of the ways in which IARIA conferences are organized:
1. The submission deadlines (and other dates such as notification and camera ready) are rather flexible in order to account for possibly limited author access to the academic/industrial premises where the research work is taking place.
2. During the conference, authors will be able to present their work via pre-recorded videos and/or conference calls (in case they opt to avoid travel).
3. Selection of awarded papers and invitations for expanded versions for IARIA journals are not affected by the presentation method (pre recorded or in person).
We wish you health and safety during these times.

-------------

That being said, note that the submission deadline has been extended to September 3, 2020.
Please consider to contribute to and/or forward to the appropriate groups the following opportunity to submit and publish original scientific results to:
ALLSENSORS 2020, The Fifth International Conference on Advances in Sensors, Actuators, Metering and Sensing
Authors of selected papers will be invited to submit extended article versions to one of the IARIA Journals: https://www.iariajournals.org

=== ALLSENSORS 2020 | Call for Papers === 

CALL FOR PAPERS, TUTORIALS, PANELS

ALLSENSORS 2020, The Fifth International Conference on Advances in Sensors, Actuators, Metering and Sensing

General page: http://www.iaria.org/conferences2020/ALLSENSORS20.html

Submission page: http://www.iaria.org/conferences2020/SubmitALLSENSORS20.html

Event schedule: November 21 - 25, 2020 - Valencia, Spain

Contributions:
- regular papers [in the proceedings, digital library]
- short papers (work in progress) [in the proceedings, digital library]
- ideas: two pages [in the proceedings, digital library]
- extended abstracts: two pages [in the proceedings, digital library]
- posters: two pages [in the proceedings, digital library]
- posters: slide only [slide-deck posted at www.iaria.org]
- presentations: slide only [slide-deck posted at www.iaria.org]
- demos: two pages [posted at www.iaria.org]

Submission deadline: September 3, 2020

Extended versions of selected papers will be published in IARIA Journals: http://www.iariajournals.org
Print proceedings will be available via Curran Associates, Inc.: http://www.proceedings.com/9769.html
Articles will be archived in the free access ThinkMind Digital Library: http://www.thinkmind.org

The topics suggested by the conference can be discussed in terms of concepts, state of the art, research, standards, implementations, running experiments, applications, and industrial case studies. Authors are invited to submit complete unpublished papers, which are not under review in any other conference or journal in the following, but not limited to, topic areas.

All tracks are open to both research and industry contributions, in terms of Regular papers, Posters, Work in progress, Technical/marketing/business presentations, Demos, Tutorials, and Panels.

Before submission, please check and comply with the editorial rules: http://www.iaria.org/editorialrules.html


ALLSENSORS 2020 Topics (for topics and submission details: see CfP on the site)

Call for Papers: http://www.iaria.org/conferences2020/CfPALLSENSORS20.html

=== Topics ===

==== Trends on sensing and sensors types ====
Secure and energy-efficient sensors; Opportunistic sensing; Secure embedded visual sensing; Sensor calibration; Interference resilience in sensors-based systems; Delay-tolerant sensors; Time-sensitive sensing; Virtual sensing; Energy-delay conservation; Ubiquitous sensors; Sensors for organic/non-organic materials/environments; Short/long/adaptive transmission range sensors; Sensors and meta-data; Cryogenic sensors; Film-based sensors; Lifetime- and latency-aware sensors; Low/high pressure sensors; High-speed signal sensors; Chemical sensors; Cross-sensitive sensors; Tracking sensors; Ultra-wide band sensors; Underground sensors; Underwater sensors; Mobility sensing; Sensing stream data; Dense/coarse powder sensors; Low/high temperature sensors; Bio-acoustic monitoring sensors; Hazardous gases sensors; Proximity sensors

==== Trends on sensing systems ====
Sensors and smart homes; Distributed visual tracking systems; Sensors- and IoT-based systems; Smart micro-grid sensing; Sensing smart cities; Body-sensor networks; Sensors and IoD (Internet-of-Drones); Industrial sensing; Flooding sensing; IoT (Internet of Things) sensors; Smartphones as sensors; Real-time video surveillance systems; Mobile urban sensing applications; Wearable sensors; Sensing forest environments; Mobile crowdsensing systems; Air pollution sensing systems; Atmospheric sensing systems; Sensor-based user authentication systems

==== Sensors types ====
Mechanical sensors; Digital sensors; Optical sensors; Optical fiber sensors; Temperature sensors; Pressure sensors and transducers; Acoustic and ultrasonic sensors; Reflectometry sensors; Humidity sensors; Gas sensors; Frequency output sensors; Rotational speed sensors; Chemical sensors; Film-based sensors; Quartz crystal microbalance sensors; Biosensors; Inertial sensors; Gyroscopic sensors; Capillary sensors; Silicon-based sensors; Textile-based sensors

==== Quantum sensors and measurements ====
Sensors based on quatum phenomena (spectroscopy, imaging, etc.); Superconduction-based sensors; Transition edge sensors (TES); Superconducting quantum interference devices (SQUID); Gamma-ray and alpha particle detectors; TES bolometers; Polarization sensitive bolometers; Arrays of low temperature microbolometers; Superconducting x-ray spectrometers; Multi-chroic detector array; Kinetic inductance detectors; Industrial and scientific materials analysis; Precision measurements for wavelengths; Accurate measurements; Cosmic microwave background measurements; Measuring small energy; Superconducting readout electronics to measure and amplify the signals from the detectors

==== Cryogenic sensors and systems ====
Cryogenic temperature sensors; Cryogenic particle detectors; Calorimetric particle detection; Phonon particle detection; Superconducting nanowire single-photon detectors; Roton detectors; Multifunctional cryogenic sensors; Cryogenic Hall sensors; Cryogenic non-contact displacement sensors; Cryogenic instrumentation; Cryogenic temperature monitoring systems

==== Biosensors and bio-oriented electronics ====
Enzyme biosensors; Immunosensors; Natural and synthetic receptors; Electronic noses; DNA chips and nucleic acid sensors; Organism- and whole cell-based biosensors; Printed biosensors and organic electronics; Single-cell detection/analysis; Nanomaterials and nanoanalytical systems; Electrochemical biosensors; Biodetection; Materials and biosensors; Applications for biosensors; Commercial biosensors, manufacturing and markets; Bio-MEMS; Wearable skin sensors

==== Sensor technologies and materials ====
Biological, chemical sensors and arrays; Electromagnetic sensors; Multi-sensor fusion technology; Smart and intelligent sensors; Sensor interfacing and signal conditioning; Nanomaterials and electronics technology for sensors; Semiconductor materials for sensors; Polymer materials for Sensors; Nuclear magnetic resonance; Embedded sensors; Wearable sensors; RFID sensors; Underwater sensors; Wireless and wired sensors; Sensing materials – inorganic, organic, polymeric, composite, formulated, nanomaterials; Sensing materials stability; Sensor manufacturability

==== Aerospace sensors and sensor systems ====
Meteorological sensors and sensor systems for flight support; Aerospace photonics sensors and systems; Radar Systems; Non-destructive testing for aerospace

==== Sensor-related techniques and methods ====
Modern error theory and compensation techniques; Sensor Calibration; Self-calibration; Reliability of measurement systems; Precision and ultra-precision instruments; Modeling and simulation technologies for sensor-based systems; Universal frequency-to-digital conversion interface; Universal transducers and sensors interface; Performance analysis of sensors; Methods for multivariate analysis of sensor responses
==== Transducers, actuators ====
Electrical to mechanical energy conversion; Linear actuators; Manual actuators; Hydraulic actuators; Pneumatic actuators; Vacuum actuators; Computer vision instruments; Fluid power transmission and control; Mechatronics; Microelectronics; Wireless communication technology; Air and underwater communication

==== Metering/Measurements ====
Measurement theory; Automation instruments; Instruments and measuring technology; Instrument design and measurement theory; Mechanical measurements; Measurement in nanotechnology; Measurement in biomedicine; Measurement in environment (pollution, Arctic, humidity, etc.); Microwave measurements; Measurement of the noise and vibration; Measurement of force and strain; Measurement of displacement and proximity; Nondestructive testing; Light/Radiation monitoring; Computer online measurements; Sensor-based visualization and detecting systems; Single- and multi-parameter measurements.

==== Sensing systems ====
MEMS and NEMS; Online measurements; Remote sensing and telemetry; Virtual instruments; Thermometry and nanothermometry; Digital sensors and sensor systems; Industrial robots and automation; Inertial sensor systems; Remote Sensing for Climatology Models; Remote Sensing for Environmental Modeling; Remote sensing on atmosphere, clouds, temperature, ozone; Remote sensing on glaciers, polar fields, sea ice; Remote sensing on ocean waters, surface and subsurface water currents; Wind-driven currents, coastal waters, lakes; Remote sensing on earthquakes, hurricanes, late freezing, air currents; Remote sensing on large disasters, volcanoes, wildfires, marine oil spills, landslide hazards, tornadoes; Remote sensing on earth resources, aerosols, dams surveillance, geology, reservoirs; Remote sensing on agriculture; Tropical forests, deserts, vegetation dynamics, crop estimation; Remote sensing on hydro, flooding, drought, rainfalls, snowstorms; Remote sensing on urban traffic, public and commercial transportation, airports, naval ports

Sensor-system algorithms, protocols, communication and computation
Architectures, protocols and algorithms of sensor networks; Smart sensor systems; Data acquisition sensor-based systems; Energy-aware sensor systems; Resource allocation, services, QoS and fault tolerance in sensor networks; Smart Sensors for building surveillance; Social sensing systems; Deployments and implementations of sensor networks; Internet on Things sensor-based systems; Domain-oriented sensor systems; Web-base monitoring and control

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ALLSENSORS Series 2020 Committee: http://www.iaria.org/conferences2020/ComALLSENSORS20.html

ALLSENSORS 2020 General Chair
Jaime Lloret Mauri, Polytechnic University of Valencia, Spain

ALLSENSORS 2020 Steering Committee
Michael Niedermayer, Beuth University of Applied Sciences - Berlin, Germany
Paulo E. Cruvinel, Embrapa Instrumentation, Brazil
Matteo Tonezzer, CNR-IMEM, Trento, Italy
Sandrine Bernardini, Aix Marseille University, France

ALLSENSORS 2020 Publicity Chairs
Daniel Andoni Basterrechea, Universitat Politecnica de Valencia, Spain
Sandra Viciano, Universitat Politecnica de Valencia, Spain
Acronym	ALLSENSORS 2020 +
End date	November 25, 2020 +
Event in series	ALLSENSORS +
Event type	Conference +
Has coordinates	39° 28' 11", -0° 22' 35"Latitude: 39.469705555556 Longitude: -0.37633611111111 +
Has location city	Valencia +
Has location country	Category:Spain +
Homepage	http://www.iaria.org/conferences2020/ALLSENSORS20.html +
IsA	Event +
Ordinal	5 +
Start date	November 21, 2020 +
Submission deadline	September 3, 2020 +
Title	The Fifth International Conference on Advances in Sensors, Actuators, Metering and Sensing +