aben20807 / microprocessor_principles_and_applications

1061_微算機原理與應用（含實驗） MICROPROCESSOR PRINCIPLES AND APPLICATIONS(母課程)

Microprocessor Principles and Applications class record

review

• C codes about using linked list and stack.

HW01

• Use sine table to compute degree.
• Detailed process see here.

Hands_on_1

• morse code for midterm exam.

final project

• see here:https://github.com/siahuat0727/TransLove

Lab1

• Simple addition.

Lab2

• Four fundamental addressing modes:
  • Literal: use MOV to operate registers.
  • Direct: use MOVLB to select bank.
  • Indirect: use FSR to point value.
  • Relative: use PCL to jump address.

Lab3

• Lab3-1:
  • Use AND, OR, XOR to implement NAND, NOR.
  • Implement NOT: XOR with 0xFF.
• Lab3-2:
  • Add from 1, 2, ... until overflow.
  • Because of signed integer, overflow occurred when the leftmost bit = 1.
  • Use RLCF, RRCF to retate with carry.

Lab4

• main.asm: Bubble sort with calling subroutine.
• lab4mac.asm: Check sorted result correctness. SWAP macro.
• Notice that cannot skip whole macro, let macro be in a subroutine.

Lab5

• Lab5_1:
  • Call and use assembly codes in C program.
  • add function in .asm.
• Lab5_2:
  • Use Lab5_2_lib.h to implement add, sub to number.

Lab6

• Use RA4 to detect button to control PORTD led blinking.

Lab7

• Use high priority ISR to handle interrupt when clicking button.

Lab8

• Use timer to control LED.
• Let port B be input button, and port D to output LED.

Lab9

• Use PWM to control servo moter

Lab10

• Connect three 300ohms resistors in series.
• Use ADC (analog-to-digital converter) to measure voltage between resistors.

Lab11

• Use UART to let terminal to control two LEDs on and off.
• $ Control1: LED1 on, $ Control2: LED1 off
• $ Control3: LED2 on, $ Control4: LED2 off