t v nagaraju Technical

PLUS ONE | LEETCODE PROBLEMS WITH PYTHON || PROBLEM-66 || PLACEMENT PRACTICE

LIST IN HTML | ORDERED LIST | UNORDERED LIST | DESCRIPTION LIST | ATTRIBUTES | EXAMPLES

DIV TAG | ATTRIBUTES | STYLE |ALIGN | EXAMPLES | HTML | CSS

TABLE TAG IN HTML | TABLE ROWS | CELL | ATTRIBUTES | TABLE CREATION | HTML

PRESENTATION TAGS PART-2 | CITE | CODE | I | EM | DFN | DEL | S | STRIKE | FONT | SUB | SUP | HTML

CLIQUE DECISION PROBLEM | CDP | NP COMPLETE | NP HARD | DAA

SEARCH INSERT POSITION | LEETCODE PROBLEMS WITH PYTHON || PROBLEM - 35 || PLACEMENT PRACTICE

FIND THE INDEX OF FIRST OCCURANCE IN A STRING | LEETCODE PROBLEMS WITH PYTHON || PROBLEM - 28

LONGEST COMMON PREFIX || LEETCODE PROBLEMS WITH PYTHON || PROBLEM-14 || PLACEMENT PRACTICE

PALINDROME NUMBER | LEET CODE PROBLEMS WITH PYTHON || PROBLEM 9 || PLACEMENT PRACTICE

ENUMERATION ||CURSOR STATEMENTS || METHODS || EXAMPLES || JAVA

SET INTERFACE || HASHSET || LINKEDHASHSET || TREESET || OPERATIONS || COLLECTION INTERFACE

COLLECTION HIERARCHY || SET INTERFACE || LIST INTERFACE || QUEUE INTERFACE

CODE GENERATION USING DAG || CONSTRUCTION OF DAG || CODE GENERATION

ISSUES IN CODE GENERATION || COMPILER DESIGN

CREATING THREAD BY IMPLEMENTING RUNNABLE INTERFACE WITH ANONYMOUS INNER CLASS || MULTI THREADING

CREATING THREAD BY EXTENDING THREAD CLASS || MULTI THREADING || PROGRAMS

getMessage() || toString() || printStackTrce() || EXCEPTION HANDLING

FINALLY BLOCK || MULTIPLE CASES || WITH HANDLING EXCEPTION || WITHOUT HANDLING EXCEPTION

TRY -CATCH BLOCK FOR HANDLING EXCEPTION || FINALLY BLOCK

REFERENCES IN JAVA || TIGHTLY COUPLED REFERENCES || LOOSELY COUPLED REFERENCES

SETTER AND GEETER METHODS || GENERATING SETTER AND GETTER METHODS IN ECLIPSE IDE

WRAPPER CLASSES || BOXING PROCESS || UNBOXING PROCESS || AUTO BOXING PROCESS|| AUTO UNBOXING PROCESS

JAVA APPLICATION FOR BANK TRANSACTION PROCESSING USING INTERFACES

MULTIPLE INHERITANCE USING INTERFACE || DIFFERENT MODELS TO ACHIEVE MULTIPLE INHERITANCE

INTERFACES || RULES OF INTERFACES || PROPERTIES || INTERFACE PROGRAMS || IMPLEMENTS KEYWORD ||PART-1

OVERRIDING || INSTANCE METHOD OVERRIDING || STATIC METHOD OVERRIDING ||CONSTRUCTOR OVERRIDING

POLYMORPHISM ||METHOD OVERLOADING || CONSTRUCTOR OVERLOADING || INTERLINKING OF INSTANCE METHODS

STRINGBUFFER CLASS|| STRING OBJECT CREATION USING STRINGBUFFER IN 4 WAYS || STRINGBUFFER METHODS

STRING METHODS || SUBSTRING || EQUALS || COMPARETO|| == || STRING CONSTANT POOL & HEAP AREA

STATIC BLOCK || MEMORY ALLOCATION || PROGRAM || EXECUTION BEHAVIOUR || BLOCKS IN JAVA

TYPE CASTING || TYPE CONVERSION || IMPLICIT CONVERSION ||EXPLICIT CONVERSION

READING INPUT FROM THE USER || SCANNER CLASS || METHODS OF SCANNER CLASS

JAVA FEATURES || JAVA BUZZWORDS || OBJECT ORIENTED PROGRAMMING THROUGH JAVA

HISTORY OF JAVA || VERSIONS OF JAVA || LTS Products || JAVA

DATAFLOW ANALYSIS || BASIC TERMINOLOGY || PROPERTIES || FEATURES || ADVANTAGES

LOOP OPTIMIZATION || CODE MOTION || LOOP UNROLLING || LOOP MERGING || INDUCTION VARIABLE ELIMINATION

OPTIMIZATION OF BASIC BLOCKS || STRUCTURE PRESERVING TRANSFORMATIONS || ALGEBRAIC TRANSFORMATIONS

BASIC BLOCKS INTRODUCTION || CONSTRUCTION OF BASIC BLOCKS || PROCEDURE || FLOW GRAPH

PRINCIPLE SOURCES OF CODE OPTIMIZATION || COMPILER DESIGN

PROCEDURE CALLS || PARAMETER PASSING TECHNIQUES || PROCEDURES || TYPES OF PARAMETER PASSING

ACTIVATION RECORD || STRUCTURE || EXAMPLE || RUNTIME ENVIRONMENT || COMPILER DESIGN

STORAGE ALLOCATION TECHNIQUES || RUN TIME STORAGE ALLOCATION || STATIC || STACK|| HEAP ALLOCATION

CONVERSION FROM MELAY TO MOORE MACHINE || PROCEDURE || EXAMPLE

CONVERSION FROM MOORE MACHINE TO MELAY MACHINE || PROCEDURE || EXAMPLE-2

CONVERSION FROM MOORE MACHINE TO MELAY MACHINE || PROCEDURE || EXAMPLE-1

SOURCE LANGUAGE ISSUES || STORAGE ORGANIZATION || || ACTIVATION TREE || ACTIVATION RECORD

NP HARD || NP COMPLETE || NP CLASS PROBLEMS|| TURING MACHINE|| DAA

P-CLASS PROBLEMS || NP-CLASS PROBLEMS || DIFFERENCE BETWEEN P CLASS AND NP CLASS

COLLISION RESOLUTION TECHNIQUES || SEPERATE CHAING || LINEAR PROBING || QUADRATIC || DOUBLE HASHING