Lesson Archives
Functional blocks of 8086, Pins and Signals, Common signals, address bus, Bus High Enable/Status, High order address bus, MINIMUM / MAXIMUM. RD (Read) (Active Low), TEST, READY, Min/ Max Pins, minimum mode of operation, HOLD, HLDA (Hold Acknowledge) Status signals, Queue Status, Bus Request/ Bus Grant. Microprocessor vs. Microcontroller, Microprocessor Bus, Memory of Microprocessors, System on Chip (SOC), CISC (Complex Instruction Set Computer), RISC (Reduced Instruction Set Computer), RISC vs CISC, Basic Parallel Techniques, FLYNN’S TAXONOMY, Multi-Core Processors, CPU on a Single VLSI Chip, Evolution of Microprocessors. Lecture-1: Introduction to Microprocessors, History of Microprocessors, Advantages and Limitations of CMOS Technology Scaling LED Display in 8086 Emulator. ALP for LED based Display, The output file type directives, make_com, make_exe, make_bin. Traffic Light in 8086 Emulator, Control Words, Instruction to include stepper motor in emulator, ALP for Traffic Signal 8086 EMU Stepper Motor, ALP for Clockwise rotation, Anti-Clockwise rotation With Data Dumping, Rotate with Delay Software Interrupts, INT 21, INT 21 / AH = 1h, Read from standard input, INT 21 / AH = 2h : Write to standard output, NT 21 / AH = 2Ah Read System Date, 8086 EMU, Program to reverse the given string and store at the same location, program using the LOOP instruction with indirect addressing that copies a string from source to target, reversing the character order in the process, Use of XCHG command 8086 EMU, Arranging numbers in ascending order Find matrix addition (2 × 2), Matrix addition (3 ×3) Lab 5: Programming with 8086 EMU Emulator , ALP for Average of N Numbers and Fibonacci Series
11 mins
8086 EMU, Finding the average of N numbers, Fibonacci series.