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Multitasking Kernel as TSR (V-U)
Course:
Computer Architecture and Assembly Language Programming (V-U)
Discipline:
Applied Sciences
Institute:
Virtual University
Instructor(s):
Mr. Belal Muhammad Hashmi
Level:
Undergraduate
Computer Architecture and Assembly Language Programming (V-U)
(Continue) Screen Scrolling and string Comparison (V-U)
32bit Programming (V-U)
Addressing Modes (V-U)
BIOS and DOS Interrupts (V-U)
BIOS Video Services (V-U)
Bit Manipulations (V-U)
Bitwise Logical Operations and Masking Operations (V-U)
Interrupts Handling (V-U)
Branching (V-U)
Introduction to Assembly Language 1 (V-U)
Clearing the Screen and String Printing (V-U)
Code and Data Segment Descriptor (V-U)
Introduction to Assembly Language 2 (V-U)
Introduction to Assembly Language 3 (V-U)
Comparison with other processor (V-U)
Multiplication in Assembly Language (V-U)
Concepts of Multitasking (V-U)
Multitasking Kernel as TSR (V-U)
Concepts of Multitasking-II (V-U)
Parameter Passing Through Stack and Local Variables (V-U)
Data Declaration and Direct Addressing (V-U)
Ports (V-U)
Debugger using single step interrupt (V-U)
Programmable Interval Timer and Parallel Port (V-U)
Debugger using single step interrupt 2 (V-U)
Protected Mode (V-U)
Device Drivers (V-U)
Screen Location Calculation (V-U)
Display Memory (V-U)
Screen Scrolling and string Comparison (V-U)
Display Memory and Number Printing in Assembly (V-U)
Segmented Memory Model (V-U)
DOS Video Services 2 (V-U)
Serial port programming (V-U)
Hardware Interrupts (V-U)
Stack and its Operations (V-U)
Indirect Addressing (V-U)
Storage Access Using BIOS (V-U)
Interfacing with High level languages (V-U)
Storage Access using DOS (V-U)
Interrupt Chaining and Terminate and Stay Resident (V-U)
Subroutines (V-U)
Interrupt Handling (V-U)
Unconditional jumps and relative addressing (V-U)
VESA Linear Frame Buffer (V-U)
