Products using microprocessors fall into two categories. The first uses high-performance microprocessors while in the second category, issues of space, power and rapid development are more critical. Intended for those with no background as well as those with prior Assembly language experience, this book looks at Assembly language programming.
CSC304:Microprocessor Architecture and Assembly Language Sprinf 2011-2012 SuTu 4-5:15 pm
One of the most interesting classes that I have ever took..Although no one was excited with the "Assembly Language" but we were having fun.. A lot of fun..
Thanks Girls...I love taking classes with U...
The book is really amazing...I enjoyed reading it so much..Its clear and direct.. I advice reading it to those who are interested in "Assembly and C Languages"
START: MOV A, #8051H ; Load the heart of the book: the 8051 microcontroller MOV R0, #ARCHI ; Point to architecture overview CALL EXPLAIN_REGS ; Deep dive into register set: Accumulator, DPTR, PC CALL MEM_MAP ; Map internal and external memory spaces
INSTR_SET: JMP MOV_OPCODES ; Jump to instruction set details MOV A, #LOGIC ; Logical operations: AND, OR, XOR, NOT MOV A, #ARITH ; Arithmetic magic: ADD, SUB, MUL, DIV SJMP BRANCH_INST ; Handle jumps, loops, and branches: JMP, CALL, RET
EMBEDDED_C: PUSH ACC ; Save assembly logic, introduce Embedded C MOV A, #IO_CTRL ; Simplify I/O pin management with human-friendly syntax MOV A, #TIMERS ; Configure delays with timers in C
INTERFACING: CALL INTER_PERIPH ; Attach peripherals: LEDs, LCDs, motors CALL UART_PROTO ; Use UART for serial comms with RS-232
MULTITASKING: SETB PWR_MODE ; Enable power efficiency: Sleep and Idle modes CALL INTERRUPT_LOG ; Master interrupt-driven multitasking ORG CODE_EXP ; Write modular, maintainable C programs
DEV_ENV: MOV A, #KEIL ; Load Keil IDE for simulation and debugging MOV A, #DEV_BOARDS ; Test on hardware boards SJMP REAL_WORLD ; Apply concepts to practical projects
EXIT: JMP END_PROJ ; Wrap up and create fully functional embedded systems