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IoT Transducer
 


Date, time & venue

2018-02-02;7:00 pm – 8:30 pm (6:30pm refreshment);Room Y4302, Yeung Kin Man Acad Building, AC1, City University of Hong Kong, Kowloon Tong, Kowloon


Organized by HKIE Electronics Division

Supported by: ECS, IET, IEEE CE HK Chapter, IEEE PSES HK Chapter, CIE HK

 

Title:   IoT Transducer Encrypted Characteristics

Date:   2 February 2018 Friday

Time:   7:00 pm – 8:30 pm (6:30pm refreshment)

Venue: Room Y4302, Yeung Kin Man Acad Building, AC1, City University of Hong Kong, Kowloon Tong, Kowloon

 

Speaker: William J. Miller, President, Maximum Control Technologies (MaCT)

 

Programme Highlights:

 

Transducers are sensors and actuators for the Internet of Things (IoT) and encryption is a method of trust that can assure confidence. It is a challenge to deliver reliable data for decision making and control actions. This has become a concern as IoT devices are used in Smart Cities and critical applications. It is imperative that a device delivers data with the correct characteristics can be trusted. In this presentation, we discuss how encryption can be used to validate a device so data can be read or a control action can be made reliably. This is particularly important since many IoT devices today do not perform this validation. The transport layer can be encrypted, however, the data from a sensor and control of a actuator may be incorrect. This discussion also offers information needed for use of transducers in Blockchains. IoT Harmonization must address this capability since numerous devices do not offer this function. It can be added as part of device provisioning. This action with encryption can also utilize compression to conserve memory and provide assurance of the device characteristics and data integrity. This is extremely important for Smart Cities when utilizing Transactive Energy (TE), Blockchain, Big Data, Data Analytics, and for Artificial Intelligence (AI) applications.

 

 

William Miller is President of Maximum Control Technologies (MaCT), a MILLER W J & ASSOCIATES Company with offices in the United States and Canada. He is a graduate of Pennsylvania State University with degrees in Electrical Engineering, Telecommunications, and Computer Programming with 40 years of experience in the systems integration, project management, including design and international sales of numerous process control systems for power, pulp & paper, chemical, and cement industry as well as consulting and standards development. William Miller is a noted speaker on cyber security, Mobile Ad hoc NETorks (MANET) wireless in industrial plants, Smart Grid, Smart Cities, developing the 1st Semantic Web 3.0 standard for the Internet of Things (IoT) and development of an architectural framework for IoT Harmonization. He is Chairman for IEEE P2030 TF3 WG2 Use Cases for Interopreabilty of the Smart Grid, Chairman of P1451-1-4 (Sensei-IoT*), and IEEE P1451-99 IoT Harmonization Chairman with subgroups in India, China, and US/EU which is cosponsored by the IEEE Instrument & Measurement Society (I&MS), IEEE Sensors Counvil (SC), and IEEE Industrial Electronics Society (IES). He is member of IEEE SA Steering Committee and IEEE SA Smart Cities Steering Committee, ISO/IEC/JJTC1/SN1 member for Sensor Networks, NIST Transactive Energy Working Group and IEEE P825 Interoperability of Transactive Energy Systems. He is also currenly a a speaker on application of Blockchain technology for Transactive Energy (TE) applications and protection of privacy to meet EU Global Data Protection Regulation (GDPR) Compliance.

 

 

 

 
 

 

 
 
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