#Standard #Input | #Program #Examples

#Shortest #Job #First #Scheduling #Algorithm #Non-Preemptive

#Setprecision, #Fixed #Showpoint and #Setfill #Manipulators

#First #Come #First #Served #Scheduling #Algorithm #Example 2

#NFA to #FA method 3 | #NFA corresponding to #Union of FA Examples

#NFA with #Null #String

#Scheduling #Algorithms

#C++ #Manipulators

#Program examples | #Escape sequences

#Input and output | #Standard output with program example

#Preemptive and non preemptive scheduling | #Interval Timer | #Dispatcher |#Scheduling criteria

#Scheduling objectives | #CPU I/O burst cycle | # Working of CPU scheduler

#Thread libraries | #Operating system examples

#Application of an NFA | #NFA with null string | #RE corresponding to NFA with null string

#Nondeterministic Finite Automata (NFA )

Method 3 Closure of an FA

Method 2 concatenation of two FA's

#Types of threads | #Multithreading models

#Multithreading | #Advantages of multithreading

#Threads

#Kleene's Theorem Part III Example

#Message passing model

#Kleene's Theorem Part III

RE corresponding to TG

#Inter Process Communication | #Independent and cooperative process | #Shared memory model

Proof | Kleene's Theorem Part II

Context switch | Operations on processes

GTG Examples

#TG's Examples and GTG definition

#Sheduler | #Long term , short term and medium term shedular

#Process Scheduling | #Scheduling Queues

#Process Control Block

#Process states and transition

#Theory of Automata | #Transition Graph

#FA corresponding to finite languages

#Equivalent FA's

#System Calls | #Process | #Attribute of process |#Process States

#Kernel | #Operating system services

#Operating system components

#Operating system Modes

#FA Examples

#Examples of Transition diagrams

#Even-Even language | #Finite automata

#Multimedia Systems | #Interrupts | #Functions of interrupts | #Classes of interrupts

#Distributed systems | #Clustered systems | #Real time systems

#Regular expressions

#Single processor systems | #Multiprocessor systems

#kleen star closure | #Plus operation | #Recursive definition

#Mainframe systems| #Time sharing | #Time sharing Systems

#Mainframe systems | #Multiprogrammed systems

#Defining Languages

#Mainframe Systems | #Simple Batch systems

#Operating system| #Computer System | Lecture 1.1

#Operating System | Computer System | Lecture 1

Linking

Loading

#One pass assembler

# Assembler | #OnePassAssembler | #TwoPassAssembler | #Assembly Programming

Types of assembly language statements |#assembly #language | #Urdu | #Hindi

Assembly language elements | #assembly #language | #urdu | #hindi