- Visit the many booths in the Exhibit Hall, chat with booth representatives, learn about new products, and more.
- Visit the Networking Lounge and interact with other event attendees.
- Visit the Resource Center and download all materials of interest.
Overview
Sensors and switches connect electronic systems with the outside world and deliver control inputs. Designing devices and systems that deliver the performance demanded by end users in an increasingly competitve marketplace requires up-to-date knowledge of the technologies and applications of these critical components. Learn More
Overview
How can the water content of plants’ leaves or the elasticity of very soft tissues or the fouling of membranes be determined in a completely non-invasive way? Non-contact ultrasonic spectroscopy is the answer. Originally intended as a “non-destructive evaluation” technique, recent developments are generating unexpected applications with unmatched results.
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Overview
Coriolis flowmeters are fast becoming the meter of choice for liquids and gasses. Most will also measure density, concentration, and viscosity of many fluids. With exceptional accuracy and digital communications such as Ethernet/IP, all the measurement parameters and diagnostics can be configured and accessed anywhere there is a network. Learn More
Overview
There are currently over 5 billion mobile phone subscribers worldwide. Gartner projects sales of more than 23 billion mobile apps in 2013 and Cisco projects one trillion connected devices by 2015. The integration of sensors, wireless and the Internet will lead to new business and technology opportunities. This presentation covers the possibilities of combining sensors and 4G wireless networks.
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Overview
This presentation addresses nanomaterials-based sensors and detectors that are portable, highly sensitive, have high specificity, high selectivity, and multiple inputs to analyze multiple vectors in mixed environments. The devices also have networking capability for remote operation. Intended applications are for safety, security, and environmental sustainability.
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Overview
Error-proofing a manufacturing process can be quick and easy. It starts by identifying trouble spots, then implementing a detection method and finally establishing a process to handle the discrepancy. This presentation will address detection through the use of sensors as well as a methodology for handling discrepancies.
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