In
this Issue:
1. Sensors &
Transducers Magazine (e-Digest) and journal, Vol.133, Issue 10, October 2011
2.
Special Issue of Sensors &
Transducers, Vol.12, Special Issue
3.
Media Planner 2012: Sensors Web Portal and its Media
4.
Sensors Web Portal Up-dates Briefs
5.
IARIA Sensors Related Conferences: NetWare 2012 and BioSciencesWorld 2012
6.
World Torque Sensors Market Report
7.
Subscription
8. Additional Information, Comments, Suggestions
Plus
lots more information to be found on Sensors
Web Portal: http://www.sensorsportal.com
Sensors & Transducers
Journal and Magazine (e-Digest),
Vol. 133, No. 10, October 2011
Research News
1.
A Soft Technique for Measuring Friction Force Using Neural Network,
by Sunan Huang, Kok Kiong Tan, pp.1-7
[Abstract
and Full Page Article Download]
2.
Neural Net Based Optimization of Wet Thermal Lateral Oxidation Rates,
by “Moh’d Sami” Ashhab, Nabeel Abo Shaban and Abdulla N. Olimat, pp.8-17
[Abstract
and Full Page Article Download]
3.
ECG Acquisition and Analysis System for Diagnosis of Heart Diseases,
by Channappa Bhyri, Satish T. Hamde, Laxman M. Waghmare, pp.18-29
[Abstract
and Full Page Article Download]
4.
Soft Computing Based PID Controller Tuning and Application to the Pulp
and Paper Industry,
by B. Nagaraj, P. Vijayakumar, pp. 30-43
[Abstract
and Full Page Article Download]
5.
Greenhouse Environmental Control Using Optimized MIMO PID Technique,
by Fateh Bounaama and Belkacem Draoui, pp. 44-52
[Abstract
and Full Page Article Download]
6.
Design and Real Time Implementation
of CDM-PI Control System in a Conical Tank Liquid Level Process,
by P. K. Bhaba and S. Somasundaram, pp.53-64
[Abstract
and Full Page Article Download]
7.
Fuzzy Logic Applied to an Oven Temperature Control System,
by Nagabhushana Katte, Nagabhushan Raju Konduru, Bhaskar Pobbathi and
Parvathi Sidaraddi, pp.65-73
[Abstract
and Full Page Article Download]
8.
Balancing Inverted Pendulum by Angle Sensing Using Fuzzy Logic
Supervised PID Controller Optimized by Genetic Algorithm,
by Ashutosh K. Agarwal, Sanjeev Kumar, pp.74-82
[Abstract
and Full Page Article Download]
9.
A Novel Method for Gearbox Fault Detection Based on Biorthogonal B-spline
Wavelet,
by Guangbin Zhang and Yunjian Ge, pp.83-94
[Abstract
and Full Page Article Download]
10.A
Multi-hop Topology Control Based on Inter-node Range Measurement for Wireless
Sensor Networks Node Localization,
by Ali Husein Alasiry, Shinji Ohyama, pp.95-107
[Abstract
and Full Page Article Download]
11.Distributed
Point Source Technique in Modeling Surface-Breaking Crack in a MFL Test,
by Mehdi Kiyasatfar, Maqsud Golzan, Nader Pourmahmoud, Mehdi Eskandarzade,
pp.108-114
[Abstract
and Full Page Article Download]
Business News:
Products
News:
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Sensors & Transducers journal 2010 on CD:

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Sensors & Transducers
Journal,
Vol. 12, Special Issue, October 2011
Nanomaterials & their Composites: from Fabrication to
Applications
Selected papers of the 3rd COINAPO Topical Meeting
on Composites of Inorganic Nanotubes & Polymers
2 - 3 March 2011, Sestriere, Italy
1.
Preface
by Ilze
Aulika, Katarzyna Bejtka, Irena Drevenšek-Olenik, pp.I-III
[Abstract
and Full Page Article Download]
2.
Large-scale Synthesis of WS2
Multiwall Nanotubes and their Dispersion, an Update
by Alla
Zak, Liat Sallacan Ecker, Roni Efrati, Larissa Drangai, Niles Fleischer
and Reshef Tenne, pp. 1-10
[Abstract
and Full Page Article Download]
3.
Distributed
Array of Polymeric Piezo-nanowires through Hard-Templating Method into
Porous Alumina
by
Valentina Cauda, Davide Dapra, Ilze Aulika, Angelica Chiodoni, Danilo
Demarchi, Pierluigi Civera, Marco Pizzi, pp. 11-17
[Abstract
and Full Page Article Download]
4.
Effect of
Mo6SxI10-x Nanotubes Addition on Electrooptical Properties of
Polymer-dispersed Liquid Crystals
by
Jerneja Milavec, Aleš Mrzel, Irena Drevenšek-Olenik, Mykhailo Pevnyi,
Victor Reshetnyak, pp. 18-25
[Abstract
and Full Page Article Download]
5.
Charge Transfer
Properties of Surface-treated WS2 Nanotubes and Fullerene-like
Nanoparticles
by
Tiziana Di Luccio, Carmela Borriello, Sumeet Kumar, Giuseppe Nenna, pp.
26-32
[Abstract
and Full Page Article Download]
6.
Nanomaterials
Characterization Using Nuclear Methods at IFIN-HH
by Ion
Burducea, Liviu Stefan Craciun, Cristina Ionescu, Mihai Straticiuc, Alin
Titus Serban, Petru Mihai Racolta, pp. 33-45
[Abstract
and Full Page Article Download]
7.
Transient
Grating Experiments on Inorganic–elastomer Nanocomposites
by
Andrea Taschin, Paolo Bartolini, Antoni Sánchez-Ferrer, Raffaele
Mezzenga, Aleš Mrzel and Renato Torre, pp.46-52
[Abstract
and Full Page Article Download]
8.
The Mechanical
and Tribological Properties of Epoxy Nanocomposites with WS2 Nanotubes
by Elad
Zohar, Sharon Baruch, Mark Shneider, Hanna Dodiuk, Samuel Kenig, H.
Daniel Wagner, Alla Zak, Alex Moshkovith, Lev Rapoport, Reshef Tenne,
pp.53-65
[Abstract
and Full Page Article Download]
9.
Ultrasonic
Characterization of Dynamic Elastic Properties of Polymer Composites
with Inorganic Nanotubes
by V.
Samulionis, J. Banys, A. Sanches-Ferrer and R. Mezzenga, pp.66-70
[Abstract
and Full Page Article Download]
10.Dynamic- and
Thermo- mechanical Analysis of Inorganic Nanotubes/elastomer Composites
by Armin Fuith, Marius Reinecker, Antoni Sánchez-Ferrer, Raffaele
Mezzenga, Aleš Mrzel, Maris Knite, Ilze Aulika, Marija Dunce and
Wilfried Schranz, pp. 71-79
[Abstract
and Full Page Article Download]
|
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Media Planner 2012: Sensors Web Portal and its Media
Sensors Web Portal - the world’s source for sensors
information since 1999, has introduced new advertisement services such as:
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Subscription for press releases publication. If
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Media Planner 2012: (Download
4.12 Mb)
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Sensors
Web Portal Up-Date Briefs
News:
Up-Dated:
IARIA Sensors Related Conferences: NetWare
2012 and BioSciencesWorld 2012
NetWare 2012:
http://www.iaria.org/conferences2012/NetWare12.html
1) The 3rd International Conference on Sensor Device Technologies and
Applications (SENSORDEVICES' 2012),
19-24 August 2012, Rome,
Italy. Deadline: 5 April 2012
http://www.iaria.org/conferences2012/SENSORDEVICES12.html
Tracks:
Sensor devices: Movement sensors
(acceleration, rotation, speed, inclination, torque, vibrations,
resonance); Atmosphere sensors (gas, oxygen, temperature, moisture,
vacuum, pressure, wind); Position sensors (displacement, position,
proximity, level, gap); Liquid sensors (flow, moisture, humidity, pH,
pressure); Sound sensors (acoustic, ultrasonic, resonance);
Technology-oriented sensors (nanosensors, optical, chemical, magnetic,
biosensors)
Ultrasonic and Piezosensors: Design;
Technologies; Signal conditioning; Applications
Photonics: Photonics-based sensors;
Optoelectronics; Photonics-based metrology and instrumentation; Photonic
integrated circuits; Opto-electro-mechanical sensors and systems
Infrared: Infrared sensing; Passive
infrared sensors; Infrared proximity sensors; Infrared temperature
sensors; Infrared motion sensors; Infrared sonics; Pyroelectric infrared
Geosensors: Geosensor networks;
Monitoring geographic space change, Tracking moving objects;
Spatiotemporal sensors; Motion imagery records and analysis;
Geovisualization; Application of geosensor networks
Sensor device technologies: Energy
harvesting for autonomous sensors; Smart sensors; Embedded sensors;
Nanomaterials for sensors; Nanowire sensors; Nanoparticule-based
technologies; Ultrasonic technologies; Film-bases sensors; Resonant
systems; Optical interferometry; Micro-and nanofabrication; Coating
materials
Sensors signal conditioning and
interfacing circuits: Direct sensor-to-microcontroller interfacing;
ASICs and ICs for sensors; Signal conditioning; Signal processing;
Sensors buses and interfaces; Multi-sensor signal conditioning and
sensor arrays; Smart sensor interfaces; Digital and analog sensor
interfaces; Universal sensors and transducers interface
Medical devices and sensors applications:
Design and technologies for medical devices and sensors; Specialized
sensors: EEG, ECG, accelerometers, pressure sensors, temperature
sensors; Body sensors
Sensors domain-oriented devices,
technologies, and applications: Environmental sensors; Bridges and
civil construction sensors; Security sensors; Surveillance sensors;
Space sensors; Image sensors
Sensor-based localization and tracking
technologies: Distributed and cooperative methods for ad hoc sensor
networks; Measurement techniques (RSS, TOA, TDOA, etc.); Indoor/outdoor
localization and tracking; Localization and tracking using satellites
(GPS, Galileo); Radars; Remote sensing
2) The 6th International Conference on Sensor Technologies and
Applications (SENSORCOMM' 2012),
19-24 August 2012, Rome, Italy.
Deadline: 5 April 2012
http://www.iaria.org/conferences2012/SENSORCOMM12.html
Tracks:
APASN:
Architectures, protocols and algorithms of sensor networks
MECSN:
Energy, management and control of sensor networks
RASQOFT:
Resource allocation, services, QoS and fault tolerance in sensor
networks
PESMOSN:
Performance, simulation and modelling of sensor networks
SEMOSN:
Security and monitoring of sensor networks
SECSED:
Sensor circuits and sensor devices
RIWISN:
Radio issues in wireless sensor networks
SAPSN:
Software, applications and programming of sensor networks
DAIPSN:
Data allocation and information in sensor networks
DISN:
Deployments and implementations of sensor networks
UNWAT:
Under water sensors and systems
ENOPT:
Energy optimization in wireless sensor networks
3) The 5th International Conference on Advances in Circuits, Electronics
and Micro-electronics (CENICS' 2012)
19-24 August 2012, Rome,
Italy. Deadline: 5 April 2012
http://www.iaria.org/conferences2012/CENICS12.html
Tracks:
Semiconductors and applications:
Special semiconductors; Tunable bandgap semiconductors;
Piezoelectricity; Polarization; Breakdown voltage; Superconductivity;
Ferromagnetism; Biocompatibility; Chemical and thermal stability; Power
amplification at very high frequencies; High temperature electronics;
LEDs and lasers; Photodetectors; Transistors; Piezoelectric filters
Design, models and languages:
Languages and models for specification and design of hardware; Robust,
reliable and/or safe embedded electronics; Circuits/hardware description
languages; Standards related to design languages; Processor and memory
design; Embedded system design; VHDL-related standards; Electronic
circuits modelling; Automatic generation of models; Quantitative
analysis of models; Distributed CAD systems; Collaborative design based
on Internet and WWW; Electronic systems design based on WWW; System- and
high-level synthesis, HW/SW codesign
Signal processing circuits: Signal
processing; High-speed signal processing; Multi-scale signal processing
and imaging; Asynchronous circuits and systems; High frequency
processing; Power and signal amplifiers; Parallel processing circuits;
Equalization processing; Compression, transcoding, and applied signal
processing
Arithmetic computational circuits:
Operational arithmetic circuits; Basic arithmetic operations; Modular
operations; Decimal-floating point operations; Multiple-precision
operations; Squaring and exponentiation; Polynomial evaluations;
Periodic functions; Operational approximations; Parallel decimal
operations
Microelectronics: Components and
circuits for communications; HMIC and MMIC design; Micro-electronics;
Nano-electronics; Lasers and mini-lasers; Miniature devices; Low power
electronics; Nano-scale electronics materials
Electronics technologies: Organic
optoelectronic; Implantable electronics; Wearable electronics; Low power
electronics; Electronic microarray technology and applications; RF and
Microwave
Special circuits: Programmable
circuits; Design of reconfigurable micro-chips; VLSI circuits design;
Low-noise circuits; Digital modulators; Micro-sensors; Micro-antennas;
Thermal circuits; Reconfigurable circuits; Dynamically reconfigurable
processors; Oscillators; VCOs and phased-array transmitters
Consumer electronics: Home-oriented
electronics; Biometric circuits; Home gateway; Home theater circuitry;
Game systems; Interactive and directed programming electronics; Advanced
DVD and CD; Interactive and directed programming electronics
Application-oriented electronics:
Navigation electronics; Industrial electronics; Automotive electronics;
Application-oriented electronics; Telemedicine and eHealth electronics;
Biochip design for health science applications; Bio-systems and
miniature instruments; Biosensors and biosensor networks; Industrial
measurement electronics; Industrial control electronics; Energy
distribution electronics; Energy saving and conversion circuits; Indoor
and outdoor light control systems; Power electronics; Avionics
electronics; Railways electronics; Vehicular electronics; Embedded
electronics; Process industry electronics
BioSciencesWorld
2012:
http://www.iaria.org/conferences2012/BioSciencesWorld12.html
1)
The 4th International Conference on
Bioinformatics, Biocomputational Systems and Biotechnologies (BIOTECHNO'
2012),
topic: Biosensors;
25-29 March 2012, St. Maarten, Netherlands Antilles.
Deadline: 5 November 2011
http://www.iaria.org/conferences2012/BIOTECHNO12.html
2)
The 3rd
International Conference on Bioenvironment, Biodiversity and Renewable Energies (BIONATURE'
2012),
25-29 March 2012, St. Maarten, Netherlands Antilles.
Deadline: 5 November 2011
http://www.iaria.org/conferences2012/BIONATURE12.html
|
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World Torque Sensors Market Report
The USD 647.1 Million Global Torque Sensor Market to
Grow to USD 1.06 Billion by 2017.
Technological advances in torque sensors have come
at a gradual pace but the accrued improvements in reliability, accuracy,
performance, and longevity have broadened their scope of applications. Torque
sensors have found their way into diverse fields such as telemetry, prosthetics
in medical applications, turbo-engine applications in aerospace, and engines in
electric and hybrid vehicles. Their superior response times also make them ideal
for many electronic applications. End-users have come to realize that if the
force generated along with the torque is reduced, the safety of the machine and
operations can be augmented. Therefore, strict safety regulations in countries
such as the United States, Canada, Germany, the United Kingdom, and France have
dramatically increased their reliance on torque sensors. Of all the application
industries that have acknowledged the importance of measuring torque, the most
developed is automotive. The popularity of small cars facilitates the
introduction of electric power systems and consequently, torque sensors. As
hydraulic power steering decreases cabin space and raises the load ratio in
small cars, automotive manufacturers are increasingly turning to electric
steering systems, which require torque sensors to monitor the force applied to
them. Further, automobile suppliers can test the operation of fitted ignition
switches as early as in the production stage with the aid of torque sensors.
Apart from automotive, the industrial, T&M, and
medical application markets are also experiencing considerable demand. Customers
in the industrial and T&M sectors prefer innovative methods of monitoring and
testing, which leads not only to a standard rate of replacement but also the
introduction of various types of torque sensors. The rising importance of torque
testing in the assembly of safety-related components and equipment will give a
huge boost to the demand for torque sensors. The market will also get a shot in
the arm with the rapid expansion of aircraft fleet in the Asia Pacific. With
larger numbers of aircraft being manufactured, there will be a corresponding
rise in the sales of torque sensors. The sensors' role in continuously
monitoring and measuring helicopters' operations will also stand in good stead,
as these machines are the primary modes of transport to and from offshore oil
rigs and other remote oil fields. With diminishing supplies of fuel driving fuel
companies to drill in more distant areas, torque sensor companies will find a
vast market in the aerospace end-user sector.
Meanwhile, sensor manufacturers are working on the
integration of diagnostics to the torque module to make it a single unit, as it
will offer the advantages of reduced costs and size and will serve as a
universal module suited to most industrial applications. Advances in technology,
coupled with a drop in prices, have multiplied the applications for torque
sensors modules. In time, torque sensors have started becoming an integral part
of most rotating machines, parts, and device modules. However, this diversity of
applications challenges the manufacturers to orient torque sensors to the
designs of the equipment, device, machinery or instrument where the torque is
used. Knowing the options available to make the connection with the rotating
torque sensor can greatly affect the price of the sensor package. While
sliprings are an economical solution, but inadequate, the more technically
advanced solutions are more expensive. To assess the exact nature of the torque
to be measured, as well the factors that can alter that torque in the effort to
measure it, will have a profound impact on the reliability of the data
collected.
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