Project OverviewIn this project, you will create a Java application to demonstrate multi$-$threading concepts learned during Weeks $9-12.$ The project requires im$-$plementing various threading mechanisms, synchronization techniques, andsolving practical problems using Java threads. Ensure your project is mod$-$ular, well$-$documented, and adheres to object$-$oriented principles.RequirementsYour project should include the following components:$1.$ Multi$-$threaded Number ProcessingWrite a Java program to create two threads: one to calculate the sum of alleven numbers and the other for the sum of all odd numbers from $1$ to $1000.$Print the results in the main thread.Instructions: Use the Thread class or Runnable interface. Synchronize the threads to avoid race conditions while printing theresults$\mathrm{.}2.$ Wait and Notify Mechanism for Task CoordinationImplement a Java program where two threads alternate to print numbersfrom $1$ to $20.$ The first thread prints odd numbers, and the second threadprints even numbers. Use wait$()$ and notify$()$ for synchronization.Instructions: Ensure proper thread coordination using a shared object. Use synchronized blocks to control thread access.Sample Output:Thread $1$: $1$Thread $2$: $2$Thread $1$: $3$Thread $2$: $4..\mathrm{.}3.$ Matrix Multiplication with ThreadsCreate a multi$-$threaded program to perform matrix multiplication. Eachthread should compute a single element in the result matrix.Instructions: Accept two matrices as input from the user. Create threads dynamically based on the size of the result matrix$\mathrm{.}4.$ Thread$-$safe Resource SharingWrite a Java program to simulate a scenario where three threads access andupdate a shared counter. Use locks to ensure thread safety.Instructions: Use the ReentrantLock class for thread synchronization. Each thread should increment the counter $1000$ times. Print the final value of the counter in the main thread.Sample Output:Thread $1$ incremented the counter.Thread $2$ incremented the counter.Thread $3$ incremented the counter.Final Counter Value: $30005.$ Concurrent File SearchDevelop a multi$-$threaded application that searches for a keyword in multipletext files concurrently.Instructions: Each thread should search in one file. Display the files where the keyword is found and the line numbers$\mathrm{.}6.$ Thread$-$safe Bank Account SystemImplement a banking system where multiple threads represent customersdepositing and withdrawing money from a shared account.Instructions: Use synchronized methods or blocks to prevent race conditions. Handle edge cases such as overdrafts.Additional Requirements Include appropriate error handling and validations. Use meaningful class and method names. Document your code with comments explaining key sections.Submission Guidelines Submit a single ZIP file containing your Java code and a READMEfile. The README should include: Project overview. Instructions for running the program. Sample inputs and expected outputs.Sample OutputThe following is an example of expected outputs for some components:$1.$ Multi$-$threaded Number Processing:Even Sum: $250500$Odd Sum: $2500002.$ Producer$-$Consumer Problem:Producer generated: $45$Consumer consumed: $45..\mathrm{.}3.$ Matrix Multiplication:Matrix A:$1234$Matrix B:$5678$Result:$192243504.$ Deadlock Resolution:Deadlock detected!Resolved by reordering locks$\mathrm{.}5.$ File Search:Keyword "thread" found in file$1.$txt at lines: $3,7$Keyword "thread" found in file$2.$txt at lines: $56.$ Bank Account:Deposited: $100$Withdrawn: $50$Final Balance: $50$