Path to Sensors Interoperability
ON-DEMAND WEBINAR
Interoperability between a sensor, a gateway and an end-user’s application is the “Achilles’ heel” for today’s IoT sensor manufacturers and solution providers. Industry experts are looking for the right wireless protocol to provide the scalability, security and flexibility needed to overcome these interoperability challenges. This webinar focuses on the common interoperability challenges for IoT end-users, the certifications challenges and the importance of choosing the right wireless protocol between wireless gateways and sensors. This webinar also covers the IEEE plan and path to achieving interoperability for IoT enabled sensors.
Who Should Attend:
Individuals or entities working in or engaged with the following:
Do you know about the IEEE IoT Sensors Advisory Committee?
The IEEE IoT Sensors Advisory Committee was formed to dress the challenges and implement solutions leading to interoperable and cybersecure sensor devices. This committee will enable the fastrack development of a variety of solutions that might involve new standards, certification programs, implementation guidelines, open-source, registry, data sheets, etc. which will help reduce or eliminate the issues currently associated with sensor interoperability and cybersecurity. Learn more.
SPEAKERS
Sheryl Bihler
P.E., Certification Engineer, ABB Dodge® Power Transmission
Sheryl has more than 10 years of hazardous location equipment design experience and more than 15 years product safety assessment experience. She has participated in the U.S. National Standards committee for more than 15 years. She holds a B.A. in Mathematics and an M.S. in Statistics from the University of Northern Colorado, B.S. in Electrical Engineering from Colorado State University and is a licensed Professional Engineer (Electrical) in Nevada and Texas.
Van Kreuger
VP of U.S. Operations, Cassia Networks Inc.
Van serves as the VP of U.S. Operations at Cassia Networks and has over 25 years of executive and leadership experience. Van oversees the development and implementation of Cassia Networks operations strategy and focuses on establishing successful global enterprise IoT partnerships.
Artur Rdzanek
General Product Manager Sensors Products, ABB Dodge® Power Transmission
Artur has more than 20 years of product management and manufacturing experience. He holds a B.S. and M.S. in Automatics and Robotic Engineering from Lodz University, and an Executive MBA from Warsaw-Illinois University.
Brent Lunceford
Managing Director, Memstronics
Brent is managing director of Memstronics serving the smart city, industrial automation, IoT and high reliability electronics markets. He has 25 years of experience in product development, operations management and business development for MEMS, sensors, semiconductors, wireless telemetry, remote monitor and control systems, mixed signal systems, and OEM integration. His career spans companies including 3M, Cypress Semiconductor, Silicon Light Machines, and the Microelectronics and Computer Corporation (MCC). At MCC he designed and managed a new fab where developed a novel manufacturing architecture for RF microelectromechanical systems (MEMS) and advanced the technology to an acquisition by Teravicta Technologies. Brent serves as the Global Engagement Chair for IEEE Sensors Council, is founding Chair of IEEE Central Texas MEMS & Sensors Chapter and founding Officer of IEEE SF Bay Area MEMS & Sensors Chapter. Brent received his BS and MS degrees in Chemistry from Texas State University and executive MBA from The University of Texas at Austin.
View Previous Webinars in the IEEE SA Sensors Series
Exploring the Importance of Sensors and Their Real-Life Applications in Life-Saving Wearable Devices
ON-DEMAND WEBINAR
Sensors are becoming ubiquitous in things we do daily from turning on a light switch to driving a car to managing our health. The first in the IEEE SA Sensors Series, this webinar covers IEEE SA sensors initiatives and the critical role of standards and testing in finding a path to interoperability and security. This webinar also tells the story of a remarkable, unexpected discovery and how it led to the development of a wearable medical device capable of collecting many channels of clinical-quality data and running machine learning to advance future health.
Supported By:
IEEE SA
Training & Development
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