The document summarizes an embedded systems presentation given by Hazem Abdul Hakem Labeeb and Mohamed Ahmed Al-Emam. It discusses embedded system challenges related to memory, processor speed, and power dissipation. It also covers topics like Moore's Law, global technology revolutions including Thunderbolt, USB 3.0, and Li-Fi. The presentation defines embedded systems as computer hardware with software embedded and provides examples of applications in car automation. It introduces tools for embedded systems like Arduino and Raspberry Pi and encourages attendees to ask questions.

1. Embedded Systems & Innovation
Presented By:
Hazem Abdul Hakem Labeeb Mohamed Ahmed Al-Emam
professorhazem@gmail.com emamof@gmail.com
+2011-1800-4694 +2011-4319-4545
emamof.yotta-systems.com
May 3, 2012

2. Agenda

3. I have to start… So
3 things you may like to do

4. 1- Use the tree like notes

5. 2- Make your page of

6. PLEASE Note:
3- Don’t forget the last 2 things!

7. _an Introduction
#define system 0x02052012
A system is a way of working, organizing or
doing one or many tasks according to a fixed
plan, program or set of rules.
A system is also an arrangement in which all
its units assemble and work together according
to the plan or program.

8. System Example

9. Embedded Systems are designed to mainly
Embedded three Challenges:
tackle System Challenges
Memory
Processor Speed
Power Dissipation

10. A Memristor Never Forgets!

11. Moore’s Law

13. Which

14. Global Revolutions

16. • Thunderbolt and USB 3.0

17. • Semantic WEB …
Active instead of Passive !! like Wolfram Alpha

18. • Li Fi... ‫مه به‬
Reached data rates are over 500 megabytes per second using a
standard white-light LED!!

19. Sciences are NOT Isolated

20. When we can

21. Way of seeing… BINT

22. Complexity of Simplicity

29. Embedded Systems
Simply: Computer HW with SW Embedded!

30. Applications

32. Car Automation

33. Huh! All that interconnected?

34. STOP - IT IS REAL!!!

36. Water is not just as we know!
Electrolysis: 2 H2O → 2 H2 + O2
Combustion: 2 H2 + O2 → 2 H2O

37. HHO as fuel for a real car
In real engine Conceptual blocks of HHO

39. HHO in NASA’s Shuttle System
External Tank Components
Space shuttle basics
“HHO”

40. Tools

41. Arduino
Simply: An open-source physical computing platform based on a
simple microcontroller board

43. Raspberry Pi
An ARM GNU/Linux box for $35
Simply: A credit-card sized portable computer!

45. Don’t be too shy to ASK for help...

47. Boring…We think NOT
- Questions
- Help is here if you need it
professorhazem@gmail.com
emamof@gmail.com