Search Results for "interprocess communication"

...This hybrid architecture merges the microkernel model’s message-passing flexibility with the monolithic performance and direct hardware control typical of Unix-like systems. XNU handles essential kernel responsibilities such as memory management, multitasking, interprocess communication (IPC), device I/O, system calls, security enforcement, and scheduling across both single and multi-core architectures.

FiwixOS 3 is a Fiwix distribution, an operating system made from a software collection that is based upon the Fiwix kernel. It basically comprises a Fiwix kernel, GNU tools, libraries and additional software. All the included software is free and open-source software made available both as compiled binaries and in source code form, which allows modifications to the original software. FiwixOS 3 uses the Newlib v3.1.0 as its C standard library, and the Ext2 as its primary file...

PUPS/P3 facilitates development of multi-process multi-host computations by providing tools to emulate colonies of homeostatic organisms. It permits persistent computation, homeostatic resource protection, and asychronous interprocess communication.

OGDL is a structured format for representing graphs of information, alternative to XML. Its grammar is very simple allowing for compact parsers. The text version is easily readable; the binary version is used for storage and interprocess communication.

M String is a microkernel based on some part of oskit libs. It's designed to be small, simple, and have a simple API for server interprocess communication.

LINX is a distributed communication protocol stack for transparent inter node and interprocess communication for a heterogeneous mix of systems. For latest versions, see https://linux.enea.com/linx/. This project is no longer active and there are thus no further releases planned. As an alternative, a completely user space implementation of the LINX protocol on Linux (User-Mode LINX for Linux) has been developed.

...It is used as middleware to close the gap between IDS research and IDS development. M-ICE consists of various parts that can be connected together by using network-or interprocess-communication

MFIPC deals with a new form of IPC that in its usage works like a FIFO but in its implementation works like a message queue.This IPC stands unique in its feature, wherein processes can communicate by transfering huge data at a time and at a faster rate.