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Cloud Conf 2015 - Develop and Deploy IOT Applications
The document discusses the development and deployment of an IoT application for monitoring environmental data like temperature and humidity. It emphasizes the importance of using a REST server and a graphical integrated development environment (Flowcode) to simplify programming for microcontrollers. Additionally, it provides insights into utilizing components for data collection and presents useful resources for further information.
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Cloud Conf 2015 - Develop and Deploy IOT Applications
- 1. Develop and DeployIoT Application Demistified…
- 2. How the storybegins... What about making a monitoring application which can transfer data over the cloud? I mean temperature, humidity, alarms... Sounds interesting, but I always get confused when hear the word “cloud”... Walter, any suggestions? Uhm...Basically you needs two things: - REST Server - Lots of Beer Should work after the classic POC curve
- 3. The POC CurveTheory POC = Prove Of Concept
- 4. Concept ● Use aREST service on server side (dweet.io) ● Producer of data is an embedded board connected to the cloud ● Application board connect various type of sensors using different protocols ● Consumer could get data from the REST server and present it with the preferred solution (web browser, desktop app, mobile app, etc…)
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- 6. Platform? ● The Platform,in this case, is the electronic object that will embed our application ● IoT = Internet Of Things ● In many cases “Small Things”... ● Not much space… we have to make it as small as possible ● Use a Microcontroller
- 7. What About TCP/IPInterface? ● TCP/IP is a pretty much complicated protocol ● It has been developed during ‘70 by a group of engineers ● You don’t want to do it again... ● Use a specialized Module ● Wiznet W5100
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- 9. Looking for anEnvironment ● Lots of IDE for Microcontroller C code development ○ Not easy to use and understand ○ C language is pretty complex ● What about a Graphic Environment? It will reduce code overhead and simplify application development :-) ○ Yes, it is scalable if you use it in the right way… ○ Yep, it could be debugged like a text based… ○ Yeah, it can be simulated as well…
- 10. Make it simple... ●We are going to use Flowcode ● Flowcode is a Graphic Integrated Development Environment (or G-IDE) ● It looks like a flowchart, but allow you to program Microcontrollers
- 11. Make it veeerysimple... Pretty Cool, Ah?Messy C code... ...simple flowchart
- 12. Using a Component ●Inside Flowcode a lot of complex problems could be easily solved using a component ● A component is a set of APIs that allow you to interface a complex peripheral inside your flowchart ● In Flowcode, CAN, USB, Ethernet are all components ● Besides APIs, components require also an initial configuration, in the form of, so called, “extra properties” ● A component is added to a project simply Dragging&Dropping it inside the project itself
- 13. Configure TCP/IP Component GateWayAddress SubNet Mask Our Node Address Extra-Properties
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- 16. Send POST todweet MACRO
- 17. Our Things onDweet I think it could be presented a bit better...
- 18. Example of Datacollection: Freeboard Amazing!!! What do you think?
- 19. References Embedded Code: ● www.francescoficili.com ●www.vincenzogermano.com FlowCode: ● http://www.matrixtsl.com/flowcode/ Freeboard Panel: ● https://freeboard.io/board/sC5AvM
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