Mastering Data Structures And Algorithms With Java – Download Free

Free Download What you'll learn
The fundamentals and advanced concepts of data structures and algorithms
Various types of data structures such as arrays, linked lists, stacks, queues, trees, and graphs
Different types of algorithms such as sorting, searching, hashing, and dynamic programming
How to implement data structures and algorithms in Java programming language
How to analyze and optimize code for performance
How to tackle complex programming problems using data structures and algorithms
Real-world applications of data structures and algorithms in software development.
Requirements
A basic understanding of Java programming language, including variables, functions, loops, and conditionals.
Familiarity with object-oriented programming (OOP) concepts such as classes, objects, inheritance, and polymorphism.
Knowledge of basic mathematics and algorithms would be helpful but not required.
A computer with Java Development Kit (JDK) installed, a code editor or Integrated Development Environment (IDE) such as Eclipse or IntelliJ IDEA, and an internet connection.
Description
Welcome to "Mastering Data Structures and Algorithms with Java" - the ultimate course to learn and understand the core concepts of data structures and algorithms using Java programming language.This course is designed for anyone who wants to improve their coding skills and become a proficient Java developer. Whether you're a beginner, intermediate, or advanced programmer, this course will provide you with a comprehensive understanding of data structures and algorithms and their applications in solving real-world problems.Throughout the course, you will learn various data structures such as arrays, linked lists, stacks, queues, trees, and graphs, and explore different algorithms including sorting, searching, hashing, and dynamic programming. You will gain a deep understanding of each data structure and algorithm, their time and space complexities, and how to implement them using Java programming language.In addition to theoretical concepts, the course also includes practical examples, coding exercises, and quizzes to solidify your understanding of the topics covered. You will also learn how to analyze and optimize your code for performance.By the end of this course, you will have the knowledge and skills to confidently tackle complex programming problems and implement efficient solutions using Java data structures and algorithms. So, if you're ready to master data structures and algorithms with Java, enroll now and let's get started!
Overview
Section 1: Introduction
Lecture 1 Introduction
Lecture 2 Java Applications, Features, 3J_s of Java
Lecture 3 Variables in Java
Lecture 4 Datatypes and Keywords
Lecture 5 Datatypes and Keywords
Lecture 6 Exercise1 Solution Part 1
Lecture 7 Exercise1 Solution Part2
Lecture 8 Operators and Precedence
Lecture 9 String in Java
Lecture 10 String in Java
Lecture 11 Java Switch
Lecture 12 Java For Loop
Lecture 13 Java For Loop
Lecture 14 Java dowhile Loop
Lecture 15 Java Break Continue Comments
Lecture 16 Exercise 2
Lecture 17 Exercise 2 Solution Part1
Lecture 18 Exercise 2 Solution Part1
Lecture 19 Project Banking Application 1-Introduction
Lecture 20 Project Banking Application 2-Setup and Deposit to the Account
Lecture 21 Project Banking Application 4-Show Menu in the Account
Lecture 22 Project Banking Application 4-Show Menu in the Account
Lecture 23 Project Banking Application 5-Running Our Project
Lecture 24 OOPs Introduction
Lecture 25 classes and Objects in Java
Lecture 26 Methods In Java
Lecture 27 Methods In Java
Lecture 28 Methods In Java
Lecture 29 Inheritance in Java Part1
Lecture 30 Types of Inheritance in Java Part2
Lecture 31 Multiple _ Hierarchical Inheritance in Java
Lecture 32 Multiple _ Hierarchical Inheritance in Java
Lecture 33 Multiple _ Hierarchical Inheritance in Java
Lecture 34 Method Overridding in Java
Lecture 35 Super Keyword in Java
Lecture 36 Super Keyword in Java
Lecture 37 Super Keyword in Java
Lecture 38 Interfaces in Java
Lecture 39 Interfaces in Java
Lecture 40 Access Modifiers in Java
Lecture 41 Access Modifiers in Java
Lecture 42 Exercise on Java OOPS2
Lecture 43 Arrays in Java Theory
Lecture 44 Arrays in Java Theory
Lecture 45 Arrays in Java Theory
Lecture 46 Remove Even Integer from an Array
Lecture 47 Reverse an Array
Lecture 48 Reverse an Array
Lecture 49 Second Maximum Value in Array
Lecture 50 Move zeros to the end of Array
Lecture 51 Resize Array in Java.
Lecture 52 Java String
Lecture 53 Singly Linked List Theory
Lecture 54 How to make the singly linked list
Lecture 55 Print and Length of the Singly Linked List
Lecture 56 Search element in the Singly Linked List
Lecture 57 Reverse a Singly Linked List
Lecture 58 Middle node in Singly Linkked List
Lecture 59 Insert at the beginning of the Singly Linked List
Lecture 60 Insert at the end of the Singly Linked List
Lecture 61 Insert at user specified location in Singly Linked List
Lecture 62 Delete at the beginning in Singly Linked List
Lecture 63 Delete at the end of the singly linked list
Lecture 64 Deletion at the user specified loation in Singly Linked List
Lecture 65 Doubly Linked List in Java
Lecture 66 How to make a doubly linked list in Java
Lecture 67 Print the Doubly Linked List in Java
Lecture 68 Find the length of Doubly Linked List in Java
Lecture 69 Insert at the beginning of Doubly linked list in Java
Lecture 70 Insert at the end of the Doubly Linked List in Java
Lecture 71 Insert at User specified location in doubly linked list in Java
Lecture 72 Delete at begninning of Doubly linked list in Java
Lecture 73 Delete at the end of Doubly linked list in Java
Lecture 74 Delete at User specified location in Doubly linked list in Java
Lecture 75 Introduction to Circular Linked List in Java
Lecture 76 Create a Circular Linked List in Java
Lecture 77 Print a Circular Linked List in Java
Lecture 78 Find Length of a Circular Linked List in Java
Lecture 79 Insert at the beginning of the circular linked list in Java
Lecture 80 Insert at the end of the circullar linked list in Java
Beginner, intermediate, or advanced programmers who want to learn and understand data structures and algorithms using Java programming language.,Students or professionals who are preparing for technical interviews and want to improve their problem-solving and coding skills.,Software developers who want to improve their understanding of data structures and algorithms and their applications in solving real-world problems.,Computer science students or graduates who want to gain practical knowledge of data structures and algorithms using Java programming language.,Computer science students or graduates who want to gain practical knowledge of data structures and algorithms using Java programming language.


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