Aici sunt prezentate diferențele dintre versiunile selectate și versiunea curentă a paginii.
Urmatoarea versiune | Versiuni anterioare | ||
studenti:summer-schools:2015:iotsummerschool [2015/06/02 15:13] daniel.rosner creat |
studenti:summer-schools:2015:iotsummerschool [2020/07/19 13:49] (curent) |
||
---|---|---|---|
Linia 1: | Linia 1: | ||
- | = IoT Summer School = | + | ====== IoT Summer School |
- | == Summary == | + | ===== Summary ===== |
+ | {{: | ||
- | The 2nd edition of IoT Summer School program will take place between June 22nd and July the 4th, inside the Automatic Control and Computers Faculty, POLITEHNICA University of Bucharest.\\ | + | ---- |
+ | The 2nd edition of IoT Summer School program will take place between | ||
+ | The IoT Summer School program will introduce you to **fast prototyping of IoT products** (Internet of Things) - end empower you to implement your ideas and develop our own devices (like fitness trackers, digital music devices or the next electrical car). | ||
+ | In the second part of the program, you will learn hot to develop a **basic mobile app**, that will enhance your hardware device buy giving users a modern, phone based interface. | ||
- | == 1st editions results | + | == 2014 editions results |
- | Projects developed in the 2014 IoT Summer School where continued by the teams and went on to participate in the InnovationLabs 2015 program, including a Best Product prize. | + | Projects developed in the 2014 IoT Summer School where continued by the teams and went on to participate in the InnovationLabs 2015 program, including a Best Product prize. |
== Application == | == Application == | ||
Linia 15: | Linia 19: | ||
The application is available on http:// | The application is available on http:// | ||
- | == Program == | + | |
+ | ===== Program | ||
=== Schedule === | === Schedule === | ||
- Between 22 June - 27 June - 9:00 - 17:00 - IoT track. | - Between 22 June - 27 June - 9:00 - 17:00 - IoT track. | ||
Linia 21: | Linia 26: | ||
- Participants will work in teams of two | - Participants will work in teams of two | ||
- | == Team == | + | ==== Detailed Schedule ==== |
+ | |||
+ | === Day 1 (22 June) === | ||
+ | * Intro | ||
+ | * Intel Edison presentation | ||
+ | * Wyliodrin presentation //(service that allows you to visually create applications for a a range of hardware development boards (Intel Edison, Intel Galileo, Raspberry Pi, BeagleBoneBlack, | ||
+ | * Wyliodrin Lesson 1 | ||
+ | ==== Day 2 (23 June) ==== | ||
+ | * Wyliodrin Lesson 2 | ||
+ | * Sensors 1 - ADC (for analog sensors) | ||
+ | * Digital Signal Processing - intro | ||
+ | * Analog Signal Digital Filtering | ||
+ | === Day 3 (24 June) === | ||
+ | * Wyliodrin Lesson 3 | ||
+ | * Sensors 2 - I2C Sensors and peripherals | ||
+ | * Digital Signal Processing - advanced filtering | ||
+ | * Analog signal digital filtering - advanced | ||
+ | === Day 4 (25 June) === | ||
+ | * Wyliodrin Lesson 4 | ||
+ | * Sensors 2 - I2C / SPI - application - motion processing unit | ||
+ | * Digital Signal Processing - specific processing for MPU’s | ||
+ | === Day 5 (26 June) === | ||
+ | * Project Work | ||
+ | === Day 6 (27 June) === | ||
+ | * Project Work | ||
+ | |||
+ | ===== Team ===== | ||
Professor Răzvan Rughiniș | Professor Răzvan Rughiniș | ||
- | Assistant Daniel Rosner | + | Assistant |
- | Assistant Alexandru Radovici | + | Assistant |