Categories
EEE

Presentation on Linear Programming

Basic purpose of this lecture is to Presentation on Linear Programming. Here briefly discuss on Mathematical Model and Illustration of Linear Programming problems (focus on Maximization Case). Lecture also discuss on to define Linear Programming Problem (LPP), Graphical Solution, under Graphical Solution here analysis Feasible Solutions and Optimal Solution. Finally analysis some Concepts, like:What is Feasibility, What is an Optimal Solution and Convex Sets and LPP.

Categories
Computer EEE

Lecture on Microcomputer

This lecture focus to presentation on Microcomputer. Here focus on What is Microcomputer and Typical Microcomputer Architecture. This lecture briefly discuss on the Microcomputer Bus, Clock Signals and Basic Microprocessor Registers. Finally analysis Accumulator based vs. general purpose based microprocessor and Assembly Language Instruction Format. This lecture briefly discuss on subject topic with example and picture.

Categories
EEE

Lecture on String Data Transfers

Principle objective of this lecture is to present String Data Transfers. Here focus on Five Instructions they are, the Direction Flag, LODS Instructions, STOS Instructions, MOVS Instructions, INS and OUTS Instructions, all instructions are briefly discuss with picture and example. Each instruction allows data transfer either a single byte, word or double word. Here discuss all precess with proper Examples.

Categories
EEE

Lecture on Use of Logic Instructions

Basic purpose of this lecture is to present Use of Logic Instructions. Here major focus on Logic Instructions in –AND, OR, XOR and NOT. Here also briefly discuss on TEST Instruction, Shift and Rotate Instructions. Finally analysis Stack Operations and Introduction to Procedures. All subjects are discussed with proper example.

Categories
EEE

Presentation on Real Mode Memory Addressing

Basic purpose of this lecture is to Presentation on Real Mode Memory Addressing. This presentation briefly presented Real Mode Memory Addressing process with example. Real mode operation allows to address 1MB of memory space – even for the Pentium microprocessor and this first 1MB memory is called the real memory or the conventional memory. Here also discuss on Segment Plus Offset Determines Address. Finally analysis Array, Loop and Accessing Memory.

 

Categories
EEE

Presentation on Microprocessor and Assembly Language Programming

General objective of this lecture is to Presentation on Microprocessor and Assembly Language Programming. Here discuss on the Microprocessor and Its Architecture, they are ALU (Arithmetic and Logic Unit), the Control Unit and Registers. This lecture also focus on the Programming Model: Program visible registers and Program invisible registers. Finally analysis on Signed vs Unsigned Overflow.