Summer training embedded system
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The document outlines a workshop on embedded systems organized by a leading technical training institution, aimed at enhancing students' career prospects in engineering. It discusses the role and significance of embedded systems, which are specialized computing systems designed for specific tasks, and highlights the growing demand for skilled engineers in this domain compared to the IT sector. The workshop also covers various technical aspects of embedded systems, including architecture, interfacing, and programming of I/O devices.
Summer training embedded system
- 1. A market leader in the field of technical training for over a decade, is glad to organize a workshop on embedded systems to shape the career of bright students and to turn them into great engineers. We hope to have a good time with you..!!! Your concern and co-operation is highly valuable to us. ___________ Team CETPA
- 2. WELCOME TO THE INNOVATIVE WORLD OF EMBEDDED SYSTEMS THE NEXT ORBIT OF PRACTICAL ENGINEERING EXCELLIENCE
- 3. Engineering is one of the most prestigious professions across the world. In an opinion “CONVERTING REQUIREMENTS INTO FACILITIES IS ENGINERING”. The role of embedded system engineers has taken a highly valuable space in the world of innovations.
- 4. Embedded systems are the micro-processor/micro- controller based computing/control systems which are designed to perform a specific task. Hence embedded system engineers are to design a special purpose system with the provided constraints.
- 5. DIGITAL SYSTEMS Re-Programmable systems Embedded systems • General purpose systems i.e. a • Designed to perform a single system can perform variety specific task. i.e. a limited of operations. operations. • System designer decides the • Features of the system are features and their strength. constrained. •Bulky and costly. • Comparatively optimized. e.g. Personal computers, Laptops e.g. Calculators, Robots, etc. Automation control etc.
- 6. • Minimization Of Circuit. • Reliable • Power Efficient • Production when done even on Medium-scale is cost effective • Product customization even after production is possible to a limit
- 7. ROBOTICS AUTOMATIC DOORS LED DISPLAY PANEL AUTOMOTIVE BIO-METRIC ARTIFICIAL ELECTRONICS SATTELITE
- 8. i-PODS Smart phones Network Devices Washing Machine Camcorders PC based Control
- 9. •Consumer Appliances •Office Automation •Industrial Automation •Medical & Bio-Metrics •Computer Networking •Telecommunication •Instrumentation •Security & Surveillance •Automobiles •Military applications •Satellites & Geo-Applications embedded.abhinav@gmail.com
- 10. In comparison to IT industry ,this domain is stable while slowly TELECOM increased to present 40% software market. Many IT MNC are dealing INDUSTRIAL with Embedded software, thus AUTOMATION creating the need for skilled AERO SPACE Engineers who are competitive OFFICE enough to understand product’s AUTOMATION market & design requirements .So CONSUMER knowing basic development ELECTRONICS environment & platform increases AUTOMOTIVE the chances for a good start up ELECTRONICS with development Firms. MEDICAL OTHERS embedded.abhinav@gmail.com
- 11. CPU for Computers No RAM, ROM, I/O on CPU chip itself Example：Intel’s x86, Motorola’s 680x0 CPU General- I/O Serial Purpose RAM ROM Timer Port COM Micro- Port processor Address Bus General-Purpose Microprocessor System embedded.abhinav@gmail.com
- 12. A smaller computer On-chip RAM, ROM, I/O ports... Example：Motorola’s 6811, Intel’s 8051, Zilog’s Z8 and PIC 16X CPU RAM ROM Serial I/O Timer COM Port Port SoC- MCU embedded.abhinav@gmail.com
- 13. Microprocessor Microcontroller •Contains only CPU; • CPU, RAM, ROM, I/O and timer RAM, ROM, I/O, timer are are all on a single chip separately interfaced. Microprocessor vs. •Designer decides on the amount • Microcontroller Fix amount of on-chip ROM, RAM, I/O ports of ROM, RAM and I/O ports. • For applications in which •Expansive cost, power and space are critical •General-purpose • Single-purpose embedded.abhinav@gmail.com
- 14. Microchip pic- Intel micro controller microcontroller ATMEL micro controller Zilog Motorola microcontroller microcontroller embedded.abhinav@gmail.com
- 16. •Introduction to Embedded Systems. •Architecture and Pin Description of 8051. •Bus Architecture, timers & interrupts. •Instruction set. •ALP of 8051. •Assembler ,Simulator & Serial Programmers. •Interfacing & programming of I/O devices:- • Led ,7-segment Displays, Momentary Switches, DIP Switch, Matrix Keyboard, Intelligent LCD Display, Stepper Motors etc. embedded.abhinav@gmail.com
- 18. We are really very grateful to all of you for sharing your valuable time with us during the workshop. We hope you had a good time learning with us and we look forward to hear from you very soon in near future..!!! Have a great time ahead……!!! Presentation by: _______________________ Er. ABHINAV GUPTA 8957142340, 9871462560 embedded.abhinav@gmail.com