Intention-driven network cloud resource high-precision cooperative scheduling system and method

Intention-driven network cloud resource high-precision cooperative scheduling system and method

The invention discloses an intention-driven high-precision collaborative scheduling system for network cloud resources. The intention-driven high-precision collaborative scheduling system comprises a task layer, a mapping and migration layer and a physical layer, according to the task layer, a user...

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Hauptverfasser: DONG LUJIA, HUANG TAO, GUO JUNJIE, HUANG JIAORUI, SONG RUITAO, YANG CHUNGANG, LI YUANYUAN
Format: Patent
Sprache:chi ; eng
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ELECTRIC COMMUNICATION TECHNIQUE
ELECTRICITY
TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHICCOMMUNICATION
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creator DONG LUJIA
HUANG TAO
GUO JUNJIE
HUANG JIAORUI
SONG RUITAO
YANG CHUNGANG
LI YUANYUAN
description The invention discloses an intention-driven high-precision collaborative scheduling system for network cloud resources. The intention-driven high-precision collaborative scheduling system comprises a task layer, a mapping and migration layer and a physical layer, according to the task layer, a user generates an application intention, namely, the requirements of the user for different services or tasks in different scenes, and the network further puts forward corresponding requirements for the network in order to meet the requirements of the user; the mapping and migration layer dynamically maps distributed computing tasks and heterogeneous resources to complete resource fine-grained collaborative scheduling; the physical layer is responsible for describing the condition of all available resources in the current network, assuming that a network system monitors the change of state information of various types of resources in real time, updating a resource change information table in real time, and reporting the
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subjects ELECTRIC COMMUNICATION TECHNIQUE
ELECTRICITY
TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHICCOMMUNICATION
title Intention-driven network cloud resource high-precision cooperative scheduling system and method
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