Borys Pratsiuk, Ph.D., is an expert in IoT and has extensive experience in embedded programming and mobile applications. The document outlines the future of the Internet of Things, including environmental data collection and integration with mobile devices, while also providing resources for cloud solutions and embedded operating systems. Various microcontroller technologies and their applications in different industries, as well as tools for developing IoT solutions, are discussed.

1. Borys Pratsiuk, Ph.D
Head of R&D Engineering
Live with IoT

2. 2004 2005
C developer
2006
С/С++ developer
2009 - 2011
Asm, С, Android
2007 - 2013
2012 - now
defend Ph.D.
Join Ciklum
● Senior Android
● Team Lead
● Android Architect
● Head of R&D
assistant Profesor in KPI

3. ● What is it IoT and how to prepare yourself
for this new trend.
● How to write embedded programs for your
controller?
● What is a difference between ARM, DSP,
FPGA?
● How to integrate your prototype with
mobile.
Agenda

4. Internet of Things
future is comming

8. each “node” in the network will collect block-
by-block environmental data about:
● temperature
● humidity
● light
● air quality,
● wind and precipitation.
● noise levels,
● vibrations,
● detection of Bluetooth- and WiFi-
enabled devices https://github.com/ArrayOfThings/arrayofthings.github.io
~10 Tbyte per day

9. Docker for IoT
https://resin.io/

10. Cloud providers for IoT
• Amazon - https://aws.amazon.com/ru/iot/
• Google - https://cloud.google.com/solutions/iot/
• IBM - https://internetofthings.ibmcloud.com/
• Oracle - https://cloud.oracle.com/iot
• Saleforce - http://www.salesforce.com/iot-cloud/
• Seecontrol - http://www.seecontrol.com/
• SensorCloud - http://sensorcloud.com/
• KaaProject - http://www.kaaproject.org/

12. !!!

15. Is it fast to do?

16. Microcontrollers ARM

19. DSP processors

20. FPGA
● Aerospace and Defense
● Medical Electronics
● Audio
● Automotive
● Broadcast
● Industrial
● Medical
● Scientific Instruments
● Security
● Video & Image Processing
● Wired Communications
● Wireless Communications

21. Start with IoT

22. ● Micrium's MicroC/OS-II (http://micrium.com/rtos/ucosii/overview/)
● Express Logic's ThreadX (http://rtos.com/products/threadx/)
● Mentor Graphics' Nucleus (http://www.mentor.com/embedded-
software/nucleus/)
● Wind River's microkernel-based companion to VxWorks (http://www.
windriver.com/products/vxworks/)
● FreeRTOS (http://www.freertos.org/)
● Unison (http://www.rowebots.com/)
● eCos (http://ecos.sourceware.org/)
● Contiki (http://www.contiki-os.org/index.html)
● RIOT (http://www.riot-os.org/)
● TinyOS (http://www.tinyos.net/)
● LiteOS (http://www.liteos.net/)
Embedded OS

23. ● Assembler, C, C++
● RTOS - primitives (semaphore, mutex), scheduling
techniques
● Interrupt processing, registers, assembly code, ADC,
DAC, Timers, PWM, DMA, watchdog, etc.
● I2C, SPI, UART, LIN, SATA, PCIE, USB, CAN, MOST,
● Schematics, oscilloscope, multimeter, soldering iron

24. Fast mobile prototype

25. Wifi & Bluetooth in Apps
https://developer.android.com/guide/topics/connectivity/bluetooth-le.html

26. We can do more