Hybrid Kernel: Difference between revisions

From OSDev.wiki
Jump to navigation Jump to search
[unchecked revision][unchecked revision]
Content added Content deleted
No edit summary
mNo edit summary
Line 2: Line 2:
{{Template:Kernel designs}}
{{Template:Kernel designs}}
== Design ==
== Design ==
A hybrid kernel is a marketing term <ref>Linus Torvalds (2006). "[https://www.realworldtech.com/forum/?threadid=65915&curpostid=65936 Post to Real World Tech forums]". ''Real World Tech Forums.'' Retrieved June 25, 2024.</ref> for a monolithic kernel, typically applied to [[monolithic kernel]]<nowiki/>s which feature modular or layered designs (such as [[Mac OS X]] ([[XNU]]) or Windows NT), or which are internally structured in ways reminiscent of microkernel-based systems (such as DragonFly BSD, which makes extensive use of message-passing).
A hybrid kernel is a marketing term <ref>Linus Torvalds (2006). "[https://www.realworldtech.com/forum/?threadid=65915&curpostid=65936 Post to Real World Tech forums]". ''Real World Tech Forums.'' Retrieved June 25, 2024.</ref> for a monolithic kernel, typically applied to [[monolithic kernel|monolithic kernels]] which feature modular or layered designs (such as [[Mac OS X]] ([[XNU]]) or Windows NT), or which are internally structured in ways reminiscent of microkernel-based systems (such as DragonFly BSD, which makes extensive use of message-passing).


[[Category:Kernel]]
[[Category:Kernel]]

Revision as of 15:14, 25 June 2024

This page is a stub.
You can help the wiki by accurately adding more contents to it.
Kernel Designs
Models
Other Concepts

Design

A hybrid kernel is a marketing term [1] for a monolithic kernel, typically applied to monolithic kernels which feature modular or layered designs (such as Mac OS X (XNU) or Windows NT), or which are internally structured in ways reminiscent of microkernel-based systems (such as DragonFly BSD, which makes extensive use of message-passing).

  1. Linus Torvalds (2006). "Post to Real World Tech forums". Real World Tech Forums. Retrieved June 25, 2024.