Oriented Object Operating Systems
Oriented Object Operating Systems
Oriented
This category is for object-oriented (OO) operating systems (OSs): OSs structured, organized, using all, most, or many of the principles of OO programming and related languages. Some such OSs are OO languages (Oberon, Self, Smalltalk, Squeak), some are written in OO languages (Java OSs in Java, Choices in C++), and some are written in procedural languages using OO structuring (GEOS and Unununium in Assembly). Of the later, many highly component-oriented OSs are also highly OO like, and are also listed here.
On this page, OSs are arranged in three groups and levels: 1) Top group: types or classes of OS. 2) Middle group: OSs for which there are more than one instance of an OS of this name/type, an OS family. 3) Bottom group: specific OSs, individual instances; there is only one OS of this name/type.
Top: Computers: Software: Operating Systems: Object-Oriented
See Also:
- Investigating use of object-orientation, computational reflection, and metaobject protocols (MOPs) to support dynamic customizing of (system) software.
- Short, annotated, alphabetically sorted list and links, part of larger system.
- Goal: create an environment for developing and deploying critical applications with hard real-time constraints in a reactive environment. Such applications must be able to execute on a platform of distributed and heterogeneous resources, and operate conti
- A multithreaded execution system of atomic matrices with a dynamic compiler, a network environ, and an object orientated OS.
- Orthogonally persistent, research SASOS. Persistence gives a fundamentally different model of computing from that supported by normal OSs, so using such for persistence research is inappropriate.
- Mach compatible microkernel; gives one code base able to support high assurance, scalability, realtime, distribution, SMP, fault handling, performance; all built in an object-oriented B3 evaluable fashion.
- Object-oriented operating system for large-scale shared-memory multiprocessors. Minimizes data sharing via careful design: often eliminates data sharing even when sharing appears natural. Successor to Hurricane.
- Object-oriented reflective OS, from Sony Computer Science Lab.
- Grenoble Universities Integrated Distributed Environment. Object-oriented distributed OS to develop and operate distributed applications on local area networks of workstations and servers. Joint project Bull, IMAG Research Institute; related to COMANDOS,
- Portable object-oriented microkernel OS, dynamically loaded device drivers, fully redesigned and rewritten many times in C++, runs on VAX, x86. Ongoing experiment in using O-O paradigm as framework for full OS, with distributed computing as main aspect in
- Research OS coded in C++, architecture organized as frameworks of objects hierarchically classed by function, performance; customized by replacing subframeworks, objects; application interface is kernel objects exported via application/kernel protection l
- Next generation, commercial, kernel independent, all object and component based computing environment and OS that users can design to their specifications. Backend is built to run in almost any environment.
- Multiprocessor OO OS purely designed and implemented in object-oriented techniques, to give application programs transparent access to system and remote objects distributed in a network of machines. OO programming is an ideal approach for building distrib
- Most interesting research results: simple, generic, powerful object model; the concept of Fragmented Objects to structure distributed abstractions; developed flexible naming service, dynamic linking package, library of application oriented communication p
- Distributed operating system, to be fully object-oriented, preemptively multithreaded/tasked, event/message-driven. Little code yet, but design documents and links are interesting, useful reading.
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