This repository will contain of all performed homework

Examples covering Concurrent Programming in Java using Threads, Atomic Classes, Concurrent Collections, Synchronized blocks, Locks, Executors Class, Executor Service interface, Runnable, Callable Threads, Deadlocks, Livelocks and ThreadLocal types

📌 a missing Java std lib(simple & 0-dependency) for framework/middleware, provide an enhanced InheritableThreadLocal that transmits values between threads even using thread pooling components.

The process used for scheduler on a different time (UI-MODIFY-ANALAYTICS-SCREEN CURRENT BRANCH)

📌 异步线程池框架，支持线程池动态变更&监控&报警，无需修改代码轻松引入。Asynchronous thread pool framework, support Thread Pool Dynamic Change & monitoring & Alarm, no need to modify the code easily introduced.

A set of core libraries for Java

This repository will contain materials from laboratory exercises that were held for the purpose of Computer Networks course at the Faculty of Mathematics within the University of Belgrade.

☀️ Nepxion Discovery Agent is a java agent to resolve loss of ThreadLocal in cross-thread scenario, such as Spring Async、Hystrix Thread、Runnable、Callable、Single Thread、Thread Pool、MDC 异步跨线程Agent

A Java program that implements the product between matrices using threads. An assignment from OS teaching @unipv.

Blocking implementations of server using java.io and java.net: single thread, thread per connection, thread pool.

A ThreadPoolExecutor which reuses idle threads

线程池、任务、任务组、任务池，定时任务的类库

🔥 Android developers should collect the following utils(updating).

This is a very efficient matrix multiplication calculator built using Java and its concurrency libraries. It can be used to multiply matrices populated using a random seed, but it can also be modified to use predefined values. The difference in efficiency using 1 thread can be compared to using more threads.

Write the code that asynchronously fetches data from a substantial array list and print to console the number of times each number appears in the list

Asynchronous Data Retrieval -- Implement asynchronous code to fetch data from a file. Fetch numbers asynchronously and determine the frequency of each unique number in the data.

1. Client-Server Communication: Understanding TCP, HTTP, and DNS for efficient data exchange. 2. Operating System Integration: Integrating sockets with OS for connection management. 3. Server Architecture: Comparing single-threaded vs. multithreaded servers for concurrency. 4. Thread Pools: Utilizing thread pools for optimized resource allocation

highly manageable web server designed to handle over 100000 socket requests.

Asynchronous Data Retrieval -- Implement asynchronous code to fetch data from the Assignment 8 starter code. Fetch numbers asynchronously and determine the frequency of each unique number in the data.

[CS515: Advanced Computer Science Practicum] This repo contains all the assignment of CS515 offered at IIT Mandi by Dr. Sriram Kailasam & Dr. Manas Thakur during Fall Session 2022.