The individual characteristics of the different devices vary; however, process management makes sense of the data from devices by analyzing what actions to take based on the data received.
- [Instructor] Devices in the Internet of Things,…such as smart cars, watches, fridges, and phones…are constantly gathering data.…The data is of no value unless the information…is processed, managed, updated, and tracked…in a continuous manner.…Process management uses data to…manage, update, and track data and information,…and makes sense of the data by deciding…what actions to take based on the analysis of the data.…
Most process management follows a set workflow.…We first gather the data.…Then we analyze it.…Interpret the results.…Determine a recommended course of action,…and implement the course of action.…By using the concept of process management,…a system is reactive.…For example, when water sensors in a field…detect the soil is dry, it can trigger…an irrigation system to water the field.…
The next logical step to improve the process,…to gather input such as weather forecasts…to see if it's going to rain soon,…and if watering the field is really necessary.…Process management adds value to the IoT…by connecting smart objects.…
Author
Lisa Bock
Released
4/24/2017Lisa Bock kicks off the course with an overview of IoT, and the types of IoT devices designed to improve the quality of life in homes and businesses. Lisa covers different networks that range in size and purpose—LANS, WANS and PANS—and explains how businesses invest heavily in IoT in order to keep a competitive edge, going into IoT developments in automobiles, building automation, and the medical field. She then evaluates consumer devices, such as wearables and mobile devices. Plus, she discusses zero-configuration networking, service discovery, designing IoT security, and more.
- A history of the Internet of Things
- How sensor nodes collect and communicate information
- Data management and process management
- Networking the IoT
- How IoT is transforming and improving businesses
- How IoT is a natural extension and evolution of SCADA
- How IoT affects mobile devices, smart homes, and travel
- Zero-configuration networking
- Testing for vulnerabilities before implementation
- Designing IoT security
Skill Level Beginner
Duration
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Introduction
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Welcome2m 2s
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1. What Is IoT?
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IoT overview3m 24s
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Types of devices2m 33s
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Nodes and controllers3m 38s
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Data management3m 16s
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Process management3m 8s
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2. Networking the IoT
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LANS, WANS, PANS2m 43s
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Protocols in the IoT3m 57s
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Networking components4m 42s
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Fog computing and IoT3m 4s
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3. IoT in Business
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Transform business2m 15s
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Automobiles2m 52s
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Medical field2m 29s
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Building automation2m 55s
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SCADA2m 38s
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4. IoT in Consumer
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Wearables2m 29s
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Mobile devices2m 42s
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Smart homes2m 57s
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Travel2m 31s
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5. Crossover Effects
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Compound interactions2m 46s
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Home and health2m 31s
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Cars and cities2m 29s
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Buildings and energy1m 55s
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6. Device Discovery
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Universal plug and play2m 19s
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7. Security Considerations
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Designing IoT security2m 46s
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Conclusion
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What's next?1m 48s
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Video: Process management