ARM PROCESSOR AND Embedded_Systems_Presentation.pptx

INSTRUCTION SET AND HARWARE AND SOFTWARE

1. Interrupts

2. Explain the working of interrupts in embedded systems • Explanation of Explain the working of interrupts in embedded systems • Relevant diagrams and examples

3. Explain the Interrupt handler with the PIC microcontroller program • Explanation of Explain the Interrupt handler with the PIC microcontroller program • Relevant diagrams and examples

4. What is the polling method? • Explanation of What is the polling method? • Relevant diagrams and examples

5. Explain the ISR in a simple way • Explanation of Explain the ISR in a simple way • Relevant diagrams and examples

6. Polling vs. Interrupts - Detailed Explanation • Explanation of Polling vs. Interrupts - Detailed Explanation • Relevant diagrams and examples

7. ISR - Detailed Explanation • Explanation of ISR - Detailed Explanation • Relevant diagrams and examples

8. Working of Timer • Explanation of Working of Timer • Relevant diagrams and examples

9. Embedded Systems

10. Why Embedded Systems? • Explanation of Why Embedded Systems? • Relevant diagrams and examples

11. What is an Embedded System? • Explanation of What is an Embedded System? • Relevant diagrams and examples

12. Components of Embedded Systems • Explanation of Components of Embedded Systems • Relevant diagrams and examples

13. Importance of Embedded Systems • Explanation of Importance of Embedded Systems • Relevant diagrams and examples

14. Projects using Arduino • Explanation of Projects using Arduino • Relevant diagrams and examples

15. Choosing the Embedded Field • Explanation of Choosing the Embedded Field • Relevant diagrams and examples

16. Stack Overflow in Embedded Systems • Explanation of Stack Overflow in Embedded Systems • Relevant diagrams and examples

17. Why Choose Embedded Systems? • Explanation of Why Choose Embedded Systems? • Relevant diagrams and examples

18. SRAM vs. DRAM • Explanation of SRAM vs. DRAM • Relevant diagrams and examples

19. Design of SRAM • Explanation of Design of SRAM • Relevant diagrams and examples

20. What is Software in Embedded Systems? • Explanation of What is Software in Embedded Systems? • Relevant diagrams and examples

21. Digital Circuits

22. Microcontrollers vs. Microprocessors

23. STM32 vs. LPC Microcontrollers • Explanation of STM32 vs. LPC Microcontrollers • Relevant diagrams and examples

24. 8051 Microcontroller • Explanation of 8051 Microcontroller • Relevant diagrams and examples

25. Microcontroller vs. Microprocessor • Explanation of Microcontroller vs. Microprocessor • Relevant diagrams and examples

26. Programming STM32 • Explanation of Programming STM32 • Relevant diagrams and examples

27. Interfacing 5LP with External Microcontroller • Explanation of Interfacing 5LP with External Microcontroller • Relevant diagrams and examples

28. Microcontroller vs. Microprocessor - Key Differences • Explanation of Microcontroller vs. Microprocessor - Key Differences • Relevant diagrams and examples

29. STM32 Nucleo Board Overview • Explanation of STM32 Nucleo Board Overview • Relevant diagrams and examples

30. STM32 Processor Architecture • Explanation of STM32 Processor Architecture • Relevant diagrams and examples

31. Pin Configuration of Microcontroller • Explanation of Pin Configuration of Microcontroller • Relevant diagrams and examples

32. PIC18 vs. PIC16 • Explanation of PIC18 vs. PIC16 • Relevant diagrams and examples

33. What is a Microcontroller? • Explanation of What is a Microcontroller? • Relevant diagrams and examples

34. PIC18F4580 Overview • Explanation of PIC18F4580 Overview • Relevant diagrams and examples

35. Projects

36. Car Black Box - Detailed Explanation • Explanation of Car Black Box - Detailed Explanation • Relevant diagrams and examples

37. Displaying Time on Screen (Car Black Box Project Logic) • Explanation of Displaying Time on Screen (Car Black Box Project Logic) • Relevant diagrams and examples

38. Communication Protocols in Car Black Box • Explanation of Communication Protocols in Car Black Box • Relevant diagrams and examples

39. Actual Usage of Car Black Box • Explanation of Actual Usage of Car Black Box • Relevant diagrams and examples

40. Why Implement in Cars? • Explanation of Why Implement in Cars? • Relevant diagrams and examples

41. WiFi Technology in Car Black Box - Feasibility • Explanation of WiFi Technology in Car Black Box - Feasibility • Relevant diagrams and examples

42. CAN Protocol in Car Black Box • Explanation of CAN Protocol in Car Black Box • Relevant diagrams and examples

43. WiFi-Based Car Black Box Design • Explanation of WiFi-Based Car Black Box Design • Relevant diagrams and examples

44. Drawbacks of WiFi in Car Black Box • Explanation of Drawbacks of WiFi in Car Black Box • Relevant diagrams and examples

45. Handling No Signal Scenarios in Hills (Car Black Box) • Explanation of Handling No Signal Scenarios in Hills (Car Black Box) • Relevant diagrams and examples

46. ADC and PWM

47. Nyquist Theorem • Explanation of Nyquist Theorem • Relevant diagrams and examples

48. What is PWM? • Explanation of What is PWM? • Relevant diagrams and examples

49. Communication Protocols

50. Brief Explanation: UART, SPI, I2C, CAN • Explanation of Brief Explanation: UART, SPI, I2C, CAN • Relevant diagrams and examples

51. CAN Protocol - Connection & Bit Format • Explanation of CAN Protocol - Connection & Bit Format • Relevant diagrams and examples

52. UART Protocol - Bit Format • Explanation of UART Protocol - Bit Format • Relevant diagrams and examples

53. Peripheral Connections for Protocols • Explanation of Peripheral Connections for Protocols • Relevant diagrams and examples

54. Data Transmission Mechanism • Explanation of Data Transmission Mechanism • Relevant diagrams and examples

55. Data Arbitration • Explanation of Data Arbitration • Relevant diagrams and examples

56. Clock Stretching • Explanation of Clock Stretching • Relevant diagrams and examples

57. Pull-up Circuits in I2C • Explanation of Pull-up Circuits in I2C • Relevant diagrams and examples

58. Analog vs. Digital Communication • Explanation of Analog vs. Digital Communication • Relevant diagrams and examples

59. SPI Interface and Design • Explanation of SPI Interface and Design • Relevant diagrams and examples

60. Modes of Communication • Explanation of Modes of Communication • Relevant diagrams and examples

61. SPI vs. I2C - Differences • Explanation of SPI vs. I2C - Differences • Relevant diagrams and examples

62. RF Transmitter and Receiver • Explanation of RF Transmitter and Receiver • Relevant diagrams and examples

63. Types of Communication • Explanation of Types of Communication • Relevant diagrams and examples

64. Serial vs. Parallel Communication (Real-time Examples) • Explanation of Serial vs. Parallel Communication (Real-time Examples) • Relevant diagrams and examples

65. Types of Communication Channels • Explanation of Types of Communication Channels • Relevant diagrams and examples

66. Half-Duplex vs. Full-Duplex • Explanation of Half-Duplex vs. Full-Duplex • Relevant diagrams and examples

67. Asynchronous vs. Synchronous Communication • Explanation of Asynchronous vs. Synchronous Communication • Relevant diagrams and examples

68. Control Systems

69. MCU Architecture Diagram • Explanation of MCU Architecture Diagram • Relevant diagrams and examples

70. Assembly Language Code • Explanation of Assembly Language Code • Relevant diagrams and examples

71. Timers vs. Counters • Explanation of Timers vs. Counters • Relevant diagrams and examples

72. Instruction Cycle • Explanation of Instruction Cycle • Relevant diagrams and examples

73. Potentiometer • Explanation of Potentiometer • Relevant diagrams and examples

74. Microcontroller Specifications (Clock Speed, RAM, ROM, Peripherals) • Explanation of Microcontroller Specifications (Clock Speed, RAM, ROM, Peripherals) • Relevant diagrams and examples

75. Microcontroller Architecture • Explanation of Microcontroller Architecture • Relevant diagrams and examples

76. Bootloader • Explanation of Bootloader • Relevant diagrams and examples

77. Interfacing DAC and Microcontroller • Explanation of Interfacing DAC and Microcontroller • Relevant diagrams and examples

78. Programming with USB Board and Microcontroller • Explanation of Programming with USB Board and Microcontroller • Relevant diagrams and examples

79. Memory Optimization in Microcontroller Code • Explanation of Memory Optimization in Microcontroller Code • Relevant diagrams and examples

80. Peak Detection • Explanation of Peak Detection • Relevant diagrams and examples

81. USB HID Bootloader • Explanation of USB HID Bootloader • Relevant diagrams and examples

82. Timer Functionality • Explanation of Timer Functionality • Relevant diagrams and examples

83. Dimmer Light and LED Functionality • Explanation of Dimmer Light and LED Functionality • Relevant diagrams and examples

84. Sensor Types, Sensing Range, and Functionality • Explanation of Sensor Types, Sensing Range, and Functionality • Relevant diagrams and examples

85. EEPROM Overview • Explanation of EEPROM Overview • Relevant diagrams and examples

86. Volatile Memory and Memory Optimization in Microcontrollers • Explanation of Volatile Memory and Memory Optimization in Microcontrollers • Relevant diagrams and examples

87. Low-Frequency FSK with Microcontroller • Explanation of Low-Frequency FSK with Microcontroller • Relevant diagrams and examples

88. FPGA Overview • Explanation of FPGA Overview • Relevant diagrams and examples

89. RAM vs. ROM - Detailed Explanation with Examples • Explanation of RAM vs. ROM - Detailed Explanation with Examples • Relevant diagrams and examples

90. Low-FSK Modulation and Demodulation Code • Explanation of Low-FSK Modulation and Demodulation Code • Relevant diagrams and examples

91. Watchdog Timer • Explanation of Watchdog Timer • Relevant diagrams and examples

92. Real-Time Clock (RTC) • Explanation of Real-Time Clock (RTC) • Relevant diagrams and examples