Thesis Inter-Process Communication (IPC) and Automation - www1bpt bridgeport 2025

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One classical example of IPC is the producer-consumer problem. A producer is an application/process that produces data. A consumer is an application/process that consumes the produced data. The producer and consumer processes can decide any of the mechanisms discussed before to communicate with each other.
Interprocess communication (IPC) objects are the following. Unnamed pipes. Named pipes (FIFOs). Mapped Memory. System V IPC objects (message queues, semaphore, and shared memory).
IPC works by providing a set of communication mechanisms and protocols that processes can use to exchange information. These mechanisms can be categorized into various types, including shared memory, message passing, pipes, sockets, and remote procedure calls (RPC).
Shared memory is one of the fastest IPC mechanisms because data transfer between processes is done directly in memory without any need for data copying or buffer allocation. Pros of Shared Memory: Speed: Shared memory is one of the fastest IPC mechanisms.
The two models of interprocess communication (IPC) are shared memory and message passing.
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IPC is used in a wide range of scenarios. Some common use cases include: Process coordination: Processes can use IPC to synchronize their actions and coordinate their activities. For example, a producer-consumer pattern can be implemented using IPC, where one process produces data, and another process consumes it.
Mechanisms for IPC may be provided by an operating system. Applications which use IPC are often categorized as clients and servers, where the client requests data and the server responds to client requests. Many applications are both clients and servers, as commonly seen in distributed computing.

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