The first layer of defense against data loss is the backup
data. This paper implements an agent-based network backup system
used the backup, server-storage and server-backup agent these
tripartite construction, and the snapshot and hierarchical index are
used in the NSBS. It realizes the control command and data flow
separation, balances the system load, thereby improving efficiency of
the system backup and recovery. The test results show the agent-based
network backup system can effectively improve the task-based
concurrency, reasonably allocate network bandwidth, the system
backup performance loss costs smaller and improves data recovery
efficiency by 20%.
[1] Weng zongcheng, Li zhanhuai, Zhu Liping. Research on Key
Technologies of remote disaster tolerant system. Computer processing,
2009, (1)147-150.
[2] G. Gonnet. Expected length of the longest probe sequence in hash code
searching. Journal of the ACM, 28(2):289, 304, April 1981. [3] C. Mohan, Kent Treiber. Algorithms for the Management of Remote
Backup Data Bases for Disaster Recovery. in: Proc. Ninth International
Conference on Data Engineering. Vienna, 1993.511~518.
[4] Richard P. King, Nagui Halim. Management of a Remote Backup Copy
for Disaster Recovery. ACM Transactions on Database Systems,
1991,16(2):38~368.
[5] Jim Gray. What Next? A Dozen Information-Technology Research
Goals. Journal of the ACM, 2003,50(1):41~57.
[6] Karl Larson. Improving Availability in VERITAS Environments. in: the
14th USENIX System Administration Conference, New Orleans:
USENIX Association,2000.59~66.
[7] W. Curtis Preston. De-dupe and Disk Backups-What you need to know
before taking the plunge. SearchStorage.com,2008.
[8] Hector Garcia-Molina, Christos A. Polyzois. Issues in disaster recovery.
in: Proc. IEEE Compcon Sprint ’90. Thirty-Fifth IEEE Computer Society
International Conference. San Francisco,CA,1990.573~577.
[9] Data Domain. Disk-Based Backup and Recovery with Unprecedented
Reliablity and High Performance at the Cost of Tape. LEGATO
Networker DiskBackup Option & Data Domain DD200 Restore,
2004.1~16.
[10] Jon William Toigo. Disaster Recovery Planning: Strategies for Protecting
Critical Information Assets. Second Edition. USA: Prentice Hall,
1999.12~14.
[11] Roselinda R. Schulman. Disaster Recovery Issues and Solutions. Hitachi
Data Systems white paper WHP-2, 2004.2~6.
[12] Zhiwei Qu, Yan Chen, Zhenhua Zhang etc. Efficient Data Restoration for
A Disk-based Network Backup System. in: Proc. Of the IEEE
International Conference on Mechatronics, 2004:584~590.
[13] K.Keeton, C.Santos, D.Beyer, J.Chase, J.Wilkes. Designing for disasters.
in: Proc. of 3rd Conference on File and Storage Technologies, San
Francisco,CA,2004:59~62.
[14] L. Shrira, H. Xu. Thresher. An efficient storage manager for
copy-on-write snapshots. in: Procedings of USENIX Annual Technical
Conference. Boston, MA, USA, 2006.57~70.
[15] Kwangho Cha, Jin-Soo Kim and Seungryoul Maeng. snapPVFS:
Snapshot-able Parallel Virtual File System. in: the 14th IEEE
International Conference on Parallel and Distributed Systems. Victoria,
Australia, 2008.221~228.
[16] Cunhua Qian, Syouji Nakamura and Toshio Nakagawa. Optimal Backup
Policies for a Database System with Incremental Backup. Electronics and
Communications in Japan, 2002, 85(4):1~9.
[17] Hugo Patterson, Stephen Manley, Mike Federwisch et al. SnapMirror:
File System Based Asynchronous Mirroring for Disaster Recovery. in:
Proceedings of the FAST 2002 Conference on File and Storage
Technologies. Monterey, California: USENIX Association, 2002.81~91.
[18] Qing Yang, Weijun Xiao, Jin Ren. TRAP-Array: A Disk Array
Architecture Providing Timely Recovery to Any Point-in-time. In
Proceedings of ISCA: The 33rd Annual International Symposium on
Computer Architecture, Boston, USA, 2006: 289~301.
[19] Jingning Liu, Tianming Yang, Zuoheng Li, Ke Zhou. TSPSCDP: A
Time-Stamp Continuous Data Protection Approach Based on Pipeline
Strategy. Frontier of Computer Science and Technology (FCST),
Japan-China joint, 2008: 96~102.
[20] Barry Kadleck, Nigel Bentley, Michael Dann etc. IBM Tivoli Storage
Manager Version 5.1: Technical Guide. International Business Machines
Corporation, April 2002.
[21] Keiper C. NetApp SnapMirror Block Level Incremental Backup to Tape
with NetVault Backup (J). Quest Software, 2012.Microsoft. Introduction
to Microsoft System Center Data Protection Manager 2006 White Paper.
[22] Buchannan S, Hedblom R, Gomaa I. Microsoft System Center Data
Protection Manager 2012 Sp1(M). Packt Publishing Ltd, 2013.
[23] Viega J, Messier M, Chandra P. Network Security with OpenSSL:
Cryptography for Secure Communications (M). "O'Reilly Media, Inc.",
2002.
[1] Weng zongcheng, Li zhanhuai, Zhu Liping. Research on Key
Technologies of remote disaster tolerant system. Computer processing,
2009, (1)147-150.
[2] G. Gonnet. Expected length of the longest probe sequence in hash code
searching. Journal of the ACM, 28(2):289, 304, April 1981. [3] C. Mohan, Kent Treiber. Algorithms for the Management of Remote
Backup Data Bases for Disaster Recovery. in: Proc. Ninth International
Conference on Data Engineering. Vienna, 1993.511~518.
[4] Richard P. King, Nagui Halim. Management of a Remote Backup Copy
for Disaster Recovery. ACM Transactions on Database Systems,
1991,16(2):38~368.
[5] Jim Gray. What Next? A Dozen Information-Technology Research
Goals. Journal of the ACM, 2003,50(1):41~57.
[6] Karl Larson. Improving Availability in VERITAS Environments. in: the
14th USENIX System Administration Conference, New Orleans:
USENIX Association,2000.59~66.
[7] W. Curtis Preston. De-dupe and Disk Backups-What you need to know
before taking the plunge. SearchStorage.com,2008.
[8] Hector Garcia-Molina, Christos A. Polyzois. Issues in disaster recovery.
in: Proc. IEEE Compcon Sprint ’90. Thirty-Fifth IEEE Computer Society
International Conference. San Francisco,CA,1990.573~577.
[9] Data Domain. Disk-Based Backup and Recovery with Unprecedented
Reliablity and High Performance at the Cost of Tape. LEGATO
Networker DiskBackup Option & Data Domain DD200 Restore,
2004.1~16.
[10] Jon William Toigo. Disaster Recovery Planning: Strategies for Protecting
Critical Information Assets. Second Edition. USA: Prentice Hall,
1999.12~14.
[11] Roselinda R. Schulman. Disaster Recovery Issues and Solutions. Hitachi
Data Systems white paper WHP-2, 2004.2~6.
[12] Zhiwei Qu, Yan Chen, Zhenhua Zhang etc. Efficient Data Restoration for
A Disk-based Network Backup System. in: Proc. Of the IEEE
International Conference on Mechatronics, 2004:584~590.
[13] K.Keeton, C.Santos, D.Beyer, J.Chase, J.Wilkes. Designing for disasters.
in: Proc. of 3rd Conference on File and Storage Technologies, San
Francisco,CA,2004:59~62.
[14] L. Shrira, H. Xu. Thresher. An efficient storage manager for
copy-on-write snapshots. in: Procedings of USENIX Annual Technical
Conference. Boston, MA, USA, 2006.57~70.
[15] Kwangho Cha, Jin-Soo Kim and Seungryoul Maeng. snapPVFS:
Snapshot-able Parallel Virtual File System. in: the 14th IEEE
International Conference on Parallel and Distributed Systems. Victoria,
Australia, 2008.221~228.
[16] Cunhua Qian, Syouji Nakamura and Toshio Nakagawa. Optimal Backup
Policies for a Database System with Incremental Backup. Electronics and
Communications in Japan, 2002, 85(4):1~9.
[17] Hugo Patterson, Stephen Manley, Mike Federwisch et al. SnapMirror:
File System Based Asynchronous Mirroring for Disaster Recovery. in:
Proceedings of the FAST 2002 Conference on File and Storage
Technologies. Monterey, California: USENIX Association, 2002.81~91.
[18] Qing Yang, Weijun Xiao, Jin Ren. TRAP-Array: A Disk Array
Architecture Providing Timely Recovery to Any Point-in-time. In
Proceedings of ISCA: The 33rd Annual International Symposium on
Computer Architecture, Boston, USA, 2006: 289~301.
[19] Jingning Liu, Tianming Yang, Zuoheng Li, Ke Zhou. TSPSCDP: A
Time-Stamp Continuous Data Protection Approach Based on Pipeline
Strategy. Frontier of Computer Science and Technology (FCST),
Japan-China joint, 2008: 96~102.
[20] Barry Kadleck, Nigel Bentley, Michael Dann etc. IBM Tivoli Storage
Manager Version 5.1: Technical Guide. International Business Machines
Corporation, April 2002.
[21] Keiper C. NetApp SnapMirror Block Level Incremental Backup to Tape
with NetVault Backup (J). Quest Software, 2012.Microsoft. Introduction
to Microsoft System Center Data Protection Manager 2006 White Paper.
[22] Buchannan S, Hedblom R, Gomaa I. Microsoft System Center Data
Protection Manager 2012 Sp1(M). Packt Publishing Ltd, 2013.
[23] Viega J, Messier M, Chandra P. Network Security with OpenSSL:
Cryptography for Secure Communications (M). "O'Reilly Media, Inc.",
2002.
@article{"International Journal of Electrical, Electronic and Communication Sciences:71192", author = "Xinyan Zhang and Zhipeng Tan and Shan Fan", title = "NSBS: Design of a Network Storage Backup System", abstract = "The first layer of defense against data loss is the backup
data. This paper implements an agent-based network backup system
used the backup, server-storage and server-backup agent these
tripartite construction, and the snapshot and hierarchical index are
used in the NSBS. It realizes the control command and data flow
separation, balances the system load, thereby improving efficiency of
the system backup and recovery. The test results show the agent-based
network backup system can effectively improve the task-based
concurrency, reasonably allocate network bandwidth, the system
backup performance loss costs smaller and improves data recovery
efficiency by 20%.
", keywords = "Agent, network backup system, three architecture
model, NSBS.", volume = "9", number = "11", pages = "1253-10", }
