VU CS401 Assembly Language-Computer Architecture and Assembly Language Programming (CS401), an introduction to the architecture of computers and their programming in assembly language. Topics include machine organization, computer arithmetic, memory systems, input-output systems, instruction sets, and object oriented programming languages (OOPs).
It consists 45 lectures to learn Assembly Language. VU CS 401 Assembly Language Computer is the best choice for the students of Computer Science (CS) and Engineering. The VU handout CS401 is the helpful content for the students of VU and others universities.
A programmer will typically write an assembly language program using an assembler. That translates each assembly instruction into its binary equivalent. In the beginning of my computer architecture class. We are learning about assembly language programming in order to understand.
How computers work at a lower level than high-level languages like Java or Python. We upload the handout of VU CS401 Assembly Language for the students. The students should download PDF file and Power Point Slides and work hard.
The hardware used in computers can break into three categories: central processing unit (CPU), memory, and storage. The CPU most commonly called a microprocessor. It includes circuitry that controls all functions of a computer.
Program Strings of VU CS401 Assembly Language
The most common operation performed by assembly language programs is moving data to and from memory. The majority of assembly language instructions move data, which means that we’ll spend a lot of time talking about how data gets moved around in memory. The two main concepts behind moving data are Program Strings and Segments. Both will be covered here with an example program to show off their usage.
Course Contents of VU CS401 Assembly Language
The course content of Assembly language CS-401 according to IAPX 8086 and 8088 microprocessors. Introduction to Computers and Instruction Processing, Introduction to Assemblers and High-Level Languages, Introduction to Basic Hardware Systems and Peripherals, Principles of Assembly-Language Programming and Computer Architecture, Advanced Programming in Assembly Language.
- Basic Computer Architecture
- Intel iapx8088 and 8086 Architecture
- Concept of Registers Architecture
- Addressing Modes
- Conditional and Unconditional Jumping Statements
- Bit Manipulation
- Fetch-Decode-Execute Cycle
- Shifting and Rotations
- Masking Operations Subroutines
- Extended Operations
- Concept of Stack and its operations
- Parameter Passing Through Stack
- Memory Formation and management
- String Instructions STOS, LODS, SCAS, MOVS, CMPS
- Assembly Language Step by Step Jeff Duntemann
- Introduction to 80X86 Assembly Language and Computer Architecture by Richard C. Detmer
- Introduction to Assembly Language Programming: From 8086 to Pentium Processors
- The Intel Microprocessors by Barry B. Brey, C. R. Sarma