Difference between revisions of "Project Proposals/DMM"
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== Description == | == Description == | ||
<!-- Description of the work that will take place in this project --> | <!-- Description of the work that will take place in this project --> | ||
| − | + | DMM (Dual Mode, Multi-protocol, Multi-instance) is a concept to provide a transport agnostic framework for the applications where applications can | |
| + | * Work with both user and kernel mode network stack. | ||
| + | * Use different network protocol stack based on their functional and performance requirement (QOS). | ||
| + | * Work with multiple instance of transport protocol stack. | ||
| + | * Engage or adopt new protocol stack dynamically. | ||
| + | |||
| + | [[File:Dmm-framework.JPG|center|600px]] | ||
| + | |||
| + | * Existing applications or new applications use Posix compatible and uniform socket API library (via system hijacking or LD_PRELOAD). | ||
| + | * Neuro Resource Discovery learn the set of protocol policies to route the packet. It can be like controller continuously monitor the network state and can update the policy rules dynamically on need basis. | ||
| + | * Local protocol policy orchestrator regularly sync with nRD. | ||
| + | * Session layer of DMM (nSocket) lookup this protocol orchestrator for any new session request and manages the session mapping and other info’s. | ||
| + | * Based on protocol lookup the corresponding protocol stack is chosen. | ||
== Scope == | == Scope == | ||
Revision as of 06:58, 9 January 2018
Contents
Name
Dual-Mode Multi-protocol Multi-instance (DMM)
Project Contact Name and Email
Wangyalei <wangyalei2@huawei.com>
Repository Name
DMM
Description
DMM (Dual Mode, Multi-protocol, Multi-instance) is a concept to provide a transport agnostic framework for the applications where applications can
- Work with both user and kernel mode network stack.
- Use different network protocol stack based on their functional and performance requirement (QOS).
- Work with multiple instance of transport protocol stack.
- Engage or adopt new protocol stack dynamically.
- Existing applications or new applications use Posix compatible and uniform socket API library (via system hijacking or LD_PRELOAD).
- Neuro Resource Discovery learn the set of protocol policies to route the packet. It can be like controller continuously monitor the network state and can update the policy rules dynamically on need basis.
- Local protocol policy orchestrator regularly sync with nRD.
- Session layer of DMM (nSocket) lookup this protocol orchestrator for any new session request and manages the session mapping and other info’s.
- Based on protocol lookup the corresponding protocol stack is chosen.
Scope
- DMM supports different protocols on both kernel and user space
- With the DMM framework, system operators can plug-in dedicated types of networking stack instances according to performance and/or functional requirements from user applications
Initial Committers
- Kai Zheng (LF ID zhengkai)
- Yalei Wang (LF ID wylandrea)
- Yepeisi (LF ID Minute)
- George Zhao (LF ID gzhao)
- Swarup Nayak (LF ID swarupn)
- Satish Karunanithi (LF ID satish.karunanithi)
- Zhou Wenzhe
Vendor Neutral
No current or expected issues with vendor neutrality
Meets Board Policy (including IPR, being within Board defined Scope etc)
Meets board policy as expressed in Technical Community Charter and IP Policy
Administrata
- Request for Project proposal consideration
- Email: (place link to email to TSC proposing project, this can be obtained from TSC Archives
- Date: (date proposed, makes it simpler to calculate the pre-requisite 2 week time period of gestation before being permitted to be voted on)
