The GHTC 2017 Committee is pleased to announce the Tutorial Program:
- “Internet-of-Things (IoT)-enabled Water Quality Testing and Analysis”
- “High Quality, Low Cost Education with the Raspberry Pi”
Registration for the tutorials is found with GHTC registration at: http://2017.ieeeghtc.org/registration-0
Tutorial: “Internet-of-Things (IoT)-enabled Water Quality Testing and Analysis”
The U.N. estimates that by 2025, forty-eight nations, with combined populations of 2.8 billion, will face freshwater scarcity. Fifty percent of worldwide groundwater is unsuitable for drinking because of pollution and only about .007% of the water on earth is accessible for human use. Every 20 seconds, a child dies from a water-related disease. Children in polluted environments often carry about 1,000 parasitic worms in their bodies at any time. The recent reports indicate that the diseases due to the consumption of contaminated water are increasing and causing more than 3.4 million deaths each year among human beings worldwide, also the increasing water pollution is becoming a big threat to water habitat. The proposed tutorial provides two parts of the program. The first part covers the basic principles of Internet of Things (IoT), design, infrastructure, connectivity and the core concepts of IoT such as sensing, processing and reporting the data to the cloud. The second part describes the implementation, prototype and few use cases. The attendees will learn various types of IoT hardware such as Intel and ARM mBed family, Sensor connectivity protocols including UART, GPIO and I2C. The instructor will also cover topics on Cloud platform and Analytics. In this workshop, the Cloud technologies explained are AWS IoT, IBM Bluemix, Microsoft Azure and GE Predix. At the end, the audience will have an opportunity to witness few demonstrations on analytics.
Tutorial: “High Quality, Low Cost Education with the Raspberry Pi”
The authors will use experience derived from authoring two tutorial style books on the use of the Raspberry Pi Zero and Raspberry Pi single board computers (SBCs), in helping people learn programming in Python and implement practical projects to present a practical tutorial on using the Pi Zero, a low cost solution designed specifically for educational purposes. Low cost kits are provided, specifically for education, by the Raspberry Pi Foundation in conjunction with Google. These kits and modifications for optimal educational outcomes, and an enriched experience will be briefly discussed. The tutorial will consist of examples of projects and code samples that can be quickly adapted for various learning situations. A hardware list or BOM, populated and optimized for cost and effective learning will be provided. The Raspberry Pi family and Arduino Family can also be used for education, as alternates, or in combination with the Raspberry Pi Zero and the differences will be highlighted and discussed. Numerous, continuously evolving web resources as well as crowdfunded hardware implementations are available, and the method of adapting them into educational settings will be briefly discussed.