Disaster Recovery of Online System Based on Cloud Computing

Wei Chen; Yu Ting Shang

doi:10.4028/www.scientific.net/AMM.865.636

Paper Titles

Effects of Wall Thickness and Crush Initiators Position under Experimental Drop Test on Square Tubes
p.612

Design of On-Line Measurement System of Film Thickness Based on Infrared Technology
p.619

Establishment of Gas Chromatography Analytical Method for 4-Amino-2-Methylpentane
p.624

Bacteria Strain Identification with Fluorescence Spectra
p.630

Disaster Recovery of Online System Based on Cloud Computing
p.636

Research on Water Resource Efficiency in Provinces of China
p.645

Surface Material Classification Using Landsat-8 OLI Image Acquired in Ulsan by the Different Machine Learning Techniques
p.650

Use of Bioinformation Technologies in Carbon Cycle Assessment in Managed Technogenic Forests in Primorskiy Krai
p.657

Adsorption of Benzene Homologs Materials from Organic Wastewater onto Modified Bentonite
p.662

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 865Disaster Recovery of Online System Based on Cloud...

Disaster Recovery of Online System Based on Cloud Computing

Abstract:

This article discusses the disaster recovery technology of online system based on cloud computing, mainly starting from planning a backup strategy to restore the transaction log, pages, files and file groups by page and data restore from a snapshot database. Timely data recovery and fault exercises with a holistic, multi-level data backup and disaster recovery technology could protect the security of the online system.