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Internet Of Things
The document provides an overview of the Internet of Things (IoT) and embedded systems, highlighting their definitions, main components, and importance in modern life. It discusses ubiquitous computing, examples of embedded systems, market insights, and design challenges, along with recommendations for starting in embedded system development. It also mentions available tools and resources for practical engagement in the field.
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Internet Of Things
- 1. The Internet OfThings Embedded System From Scratch Mahmoud S. Khalifa
- 2. Topics Definitions and Terminologies Internetof things in our life Main Building Block of iOT Recommendations and how to start ?
- 3.
- 4. Internet of Things TheInternet of Things (or IoT for short) refers to uniquely identifiable objects and their virtual representations in an Internet-like structure
- 5. Ubiquitous Computing "Ubiquitous computingnames the third wave in computing, just now beginning. First were mainframes, then the personal computing era, person and machine staring uneasily at each other across the desktop. Now comes ubiquitous computing, or the age of calm technology, when technology recedes into the background of our lives." --Mark Weiser- 1988.
- 6. Ubiquitous Computing Ubiquitouscomputing is roughly the opposite of virtual reality. Where virtual reality puts people inside a computergenerated world, ubiquitous computing forces the computer to live out here in the world with people. The initial incarnation of ubiquitous computing was in the form of "tabs", "pads", and "boards" built at Xerox PARC, 1988-1994.
- 7. Semantic Web Web1.0 Web 2.0 Web 3.0 ( Semantic Web)
- 8. The Internet ofThings in Our Life
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- 10. The Internet ofThings in Our Life
- 11. The Internet ofThings in Our Life
- 12. Main Building Blockfor IOT
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- 14. Embedded System Definition EmbeddedSystem is specifically designed for a particular function and to perform a few tasks in the most efficient way.
- 15. Embedded System Definition Historically,the term embedded systems was used to describe any non-PC-related system, but in time, the definition has grown to include any system that is dedicated to a particular functionality.
- 16. Embedded System Definition SimplyEmbedded systems is invisible computer
- 17. Embedded System Examples Product:NASA's Mars Sojourner Rover 1996,low cost spacecraft . Microprocessor:8-bit Intel 80C85.
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- 20. Embedded System Examples Electronic Injections CheckControl Speed Control Central Locking … 1970 Electronic Gear Control Electronic Air Condition ASC Anti Slip Control ABS Telephone Seat Heating Control Autom. Mirror Dimming … 1980 Navigation System CD-Changer Airbags DSC Dynamic Stability Control Adaptive Gear Control Xenon Light BMW Assist Speech Recognition Emergency Call… 1990 Internet Portal GPRS, UMTS Telematics Online Services BlueTooth Car Office Local Hazard Warning Integrated Safety System Steer/Brake-By-Wire I-Drive Lane Keeping Assist. Personalization Software Update 2000 source: BMW Level of dependency Automotive
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- 22. Embedded System Examples ConsumerElectronics Product: Sonicare Plus toothbrush. Microprocessor: 8-bit Zilog Z8.
- 23. Embedded System Examples ConsumerElectronics
- 24. Embedded System Examples ConsumerElectronics
- 25. Embedded System Examples ConsumerElectronics
- 26. Embedded System Examples HomeAutomation Our daily lives depend on embedded systems
- 27. Embedded System Market The hardware segment consists of : Processor IP, MPU/MCU, DSP, ASIC, FPGA, and embedded boards. The software segment consists of: Operating Systems, Software development and testing tools, Middleware, and Linux-based operating systems and tools
- 28. Embedded System Market Embeddedsoftware generated $2.2 billion in 2008,this should increase to $2.9 billion in 2013
- 29. Embedded System Marketin Egypt Governmental organizations National companies EL SWEDY ITI IPNeo NARSS PiTechnologies Silmind Sivision Soft MEMS International companies IBM Intel Mobile Communications “IMC” Mentor Graphics New Port Media Valeo
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- 31. Essential Components Microprocessor Sensors Converters (A-Dand D-A) Actuators Memory (On-chip and Off chip) Communication path with the interacting environment
- 32. Embedded System Design Modeling via any modeling language (System C or even Matlab) HW/SW partitioning (Determine which blocks must be H/W & which may be S/W) Global Design of the S/W part Unit Design of the S/W part
- 33. Embedded System Design Challenges Fora certain application Which functional blocks should be performed in Hardware? Which functional blocks should be performed in software? How do we meet our deadline ? Faster Hardware or Cleverer Software ?
- 34. Embedded System Design Challenges How do we minimize power ? -Turn off unnecessary logic -Reduce memory accesses -Use sleep modes in unused controllers
- 35. Embedded System Design Softwarecharacteristics Cheaper Highly configurable Easier in versions updates Shorter development cycle Must be logically and temporally correct Constrained with processor speed which may satisfy real time application and may not.
- 36. Embedded System Hardware ArmBased Embedded Device
- 37. Recommendations and howto start ?
- 38. Where are You Now? PiTechnologies 39
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- 40. Lets Start …. 41 :Whatis Embedded system Software engineering Real Time Design and RTOS Efficient C programming using ARM Software Engineering Embedded C Embedded Linux Device Drivers Multicore programming
- 41. Lets Start …. Availabletools to start Skyeye GNU ARM Open Cores
- 42. OUR Hardware LABWill open soon Will be open starting from Dec. 2013 You can test your code for free
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- 44. Mahmoud S.Khalifa msmahmoud@PiTechnologies.net +201116252536 Web: www.PiTechnologies.net FacebookPage : PiTechnologies. Page