Concurrent Algorithms and Data Structures are quite popular in today’s world of computing. This is because most modern applications are built on the principles of concurrency and parallelism. For example, when you open a web browser, it is likely that many processes are running in parallel. These processes may include loading the web page, rendering images and text on your screen, playing audio and video, and executing JavaScript code embedded in the page.
Programming knowledge in general is indispensable for a programmer. In fact, you will need to have strong programming skills in order to be able to develop concurrent applications. Concurrency is all about designing and writing programs that can execute multiple tasks simultaneously. Hence, a programmer must have good knowledge of standard programming concepts in order to write such programs.
Standard programming techniques like data abstraction, queues, loop invariants, stacks, inheritance, and other concepts are important for writing concurrent programs. In addition, you will need to know how to design concurrent systems using standard programming techniques.
Concurrent programming is the art of writing programs that execute processes concurrently on multiple processors. It allows you to write code that can run on a single processor or in parallel on multiple processors.
1. Deadlocks: Deadlocks are a type of error that occurs when two processes are trying to access the same resource at the same time. Deadlocks can occur if you are writing a multi-threaded program, but they are more common in multi-processors.
2. Synchronization: Synchronization is the process of coordinating different processes or threads to access shared resources in a controlled manner. This ensures that no two processes try to access the same resource at the same time.
3. Race conditions: A race condition occurs when two or more processes are attempting to access a shared resource concurrently and the outcome depends on which process gets there first.
4. Message Passing: Message passing is the process of sending a message from one process to another. This is the most common form of inter-process communication, and it’s typically used for synchronous operations.
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