Design and develop embedded systems using microcontrollers and microprocessors for specific applications
Implement real-time operating systems and firmware for embedded device functionality and performance optimization
Analyze embedded hardware components and select appropriate sensors, actuators, and communication interfaces
Troubleshoot and debug embedded systems to ensure reliability, safety, and efficiency in real-world environments
Apply embedded C programming and embedded software development best practices for system integration
Optimize power consumption and resource management in embedded applications for energy efficiency
Integrate embedded systems with IoT devices, wireless communication, and cloud platforms for connected solutions
Ensure embedded system security, data integrity, and safety compliance in various industries
Utilize simulation tools and hardware testing techniques to validate embedded system designs
Develop comprehensive documentation and maintenance plans for embedded system lifecycle management
Course Content
المحتوى
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Embedded Systems tutorial for beginners | Lec 1 | Bhanu priya
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Building blocks| Embedded Systems | Lec 2 | Bhanu priya
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Applications of embedded systems| Embedded Systems | Lec 3 | Bhanu priya
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Characteristics of Embedded systems | Embedded Systems | Lec 4 | Bhanu priya
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Harvard and Von neumann architecture | Embedded Systems | Lec 5 | Bhanu priya
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Simple programs of 8051 | Part 1 2 | Embedded Systems | Lec 6 | Bhanu priya
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Simple Programs of 8051 | Part 2 2 | Embedded Systems | Lec 7 | Bhanu priya
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ARM introduction | Embedded Systems | Lec 8 | Bhanu priya
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ARM architecture | Embedded Systems | Lec 9 | Bhanu Priya
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ARM register Organisation | Part 1 2 | Embedded Systems | Lec 10 | Bhanu priya
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ARM register Organisation | Part 2 2 | Embedded Systems | Lec 11 | Bhanu priya
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arm modes of operation | Embedded systems | by bhanu priya
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ARM register Set | Embedded Systems | Lec 13 | Bhanu priya
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Thumb Architecture ARM | Embedded Systems | Lec 14 | Bhanu priya
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Thumb instruction set in ARM | Embedded Systems | Lec 15 | Bhanu priya
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AMBA | Architecture Its types | Embedded Systems | Lec 16 | Bhanu priya
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AMBA AHB | Components | Embedded Systems | Lec 17 | Bhanu priya
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AMBA APB | Embedded Systems | Lec 18 | Bhanu priya
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Embedded Software in a system | Embedded Systems | Lec 19 | Bhanu priya
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Embedded and Standard OS | Differences | Embedded Systems | Lec 20 | Bhanu priya
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Real time Systems | Hard Soft | Embedded Systems | Lec 21 | Bhanu priya
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Hard and Soft Realtime system | Characteristics | Embedded Systems | Lec 22 | Bhanu priya
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Real time application | Example | Embedded Systems | Lec 23 | Bhanu priya
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Startup code | Embedded Systems | Lec 24 | Bhanu priya
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Software Quality Measurements | Embedded Systems | Lec 25 | Bhanu priya
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Embedded software Design | Embedded Systems | Lec 26 | Bhanu priya
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Embedded Software Compilation | Embedded Systems | Lec 27 | Bhanu priya
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Compilation phase | Various Phases | Embedded Systems | Lec 28 | Bhanu priya
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Designing compiler | Challenges | Embedded Systems | Lec 29 | Bhanu priya
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Context switching | Embedded Systems | Lec 30 | Bhanu priya
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Real time scheduling | Embedded Systems | Bhanu priya
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What is kernel | Embedded Systems | Lec 32 | Bhanu priya
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Linux architecture | Part 1 2 | Embedded Systems | Lec 33 | Bhanu priya
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Linux architecture | Part 2 2 | Embedded Systems | Lec 34 | Bhanu priya
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Real times linux | Embedded Systems | Lec 35 | Bhanu priya
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Final Exam – Embedded Systems ES






