➤ Java Bean with Examples

➤ How to Code a Game

➤ Array Programs in Java

➤ Java Inline Thread Creation

➤ Java Custom Exception

➤ Hibernate vs JDBC

➤ Object Relational Mapping

➤ Check Oracle DB Size

➤ Check Oracle DB Version

➤ Generation of Computers

➤ XML Pros & Cons

➤ Git Analytics & Its Uses

➤ Top Skills for Cloud Professional

➤ How to Hire Best Candidates

➤ Scrum Master Roles & Work

➤ CyberSecurity in Python

➤ Protect from Cyber-Attack

➤ Solve App Development Challenges

➤ Top Chrome Extensions for Twitch Users

➤ Mistakes That Can Ruin Your Test Metric Program

➤ How to Code a Game

➤ Array Programs in Java

➤ Java Inline Thread Creation

➤ Java Custom Exception

➤ Hibernate vs JDBC

➤ Object Relational Mapping

➤ Check Oracle DB Size

➤ Check Oracle DB Version

➤ Generation of Computers

➤ XML Pros & Cons

➤ Git Analytics & Its Uses

➤ Top Skills for Cloud Professional

➤ How to Hire Best Candidates

➤ Scrum Master Roles & Work

➤ CyberSecurity in Python

➤ Protect from Cyber-Attack

➤ Solve App Development Challenges

➤ Top Chrome Extensions for Twitch Users

➤ Mistakes That Can Ruin Your Test Metric Program

**Algorithm Programs**

- LCM Using Recursion Technique:- Least or lowest common multiple (LCM) of two integers a and b is the smallest positive number that is divisible by both a and b. Find the LCM of the two numbers using the recursion technique.
- Strassen’s Matrix Multiplication Algorithm:- There are three methods to find Matrix Multiplication. These are:- Naive Method, Divide and Conquer Method, and Strassen’s Method. The major work in matrix multiplication is multiplication only. So, the idea is:- if we reduced the number of multiplications then that will make the matrix multiplication faster. Strassen had given another algorithm for finding the matrix multiplication. Unlike a simple divide and conquer method which uses 8 multiplications and 4 additions, Strassen’s algorithm uses 7 multiplications which reduces the time complexity of the matrix multiplication algorithm a little bit.

**Searching**

- Linear Search:- The Linear search or Sequential search is a method to finding an element within a given list or array. Linear search or Sequential search is usually very simple to implement and is practical when the list has only a few elements, or when performing a single search in an unordered list.
- Binary Search:- Binary search is an efficient algorithm for finding an item from a sorted list or array of items. Sometimes it is also known as half-interval search, logarithmic search, or binary chop. Condition for the binary search:- The array must be sorted in ascending order.

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