Deflection Routing Strategies for Optical Burst Switching Networks: Contemporary Affirmation of the Recent Literature

Deflection Routing Strategies for Optical Burst Switching Networks: Contemporary Affirmation of the Recent Literature

Venkata Rao Tavanam

Contact

Venkateswarlu.D.S

Contact

Karuna Sagar Dasari

Contact

1 JNTU - Hyderabad

GJCST Volume 13 Issue E11

Article Fingerprint

ReserarchID

CSTNWSICCN1

, ,

Deflection Routing Strategies for Optical Burst Switching Networks: Contemporary Affirmation of the Recent Literature Banner

A promising option to raising busty interchange in system communication could be Optical Burst Switched (OBS) networks among scalable and support routing effective. The routing schemes with disputation resolution got much interest, because the OBS network is buffer less in character. Because the deflection steering can use limited optical buffering or actually no buffering thus the choice or deflection routing techniques can be critical. Within this paper we investigate the affirmation of the current literature on alternate (deflection) routing strategies accessible for OBS networks.

50 Cites in Articles

References

B Mukherjee (2006). Optical WDM Networks.
M O' Mahony,C Politi,D Klonidis,R Nejabati,D Simeonidou (2006). Future optical networks.
C Qiao,M Yoo (1999). Optical burst switching (OBS) A new paradigm for an optical internet.
Jikai Li,Chunming Qiao,Member,Jinhui Ieee,Dahai Xu,Xu (2007). Unknown Title.
(2007). Maximizing Throughput for Optical Burst Switching Networks.
D Blumenthal,P Prucnal,J Sauer (1994). Photonic packet switches: architectures and experimental implementations.
G.-K Chang,G Ellinas,B Meagher,W Xin,S,M Iqbal,W Way,J Oung,H Dai,Y Chen,C Lee,X,A Chowdhury,S Chen (1999). Low Latency Packet Forwarding in IP over WDM Networks Using Optical Label Switching T echniques.
M,C Qiao (1997). Just-enough-time (JET): A high speed protocol for bursty traffic in optical networks.
C Qiao,M Oo (1999). Optical Burst Switching (OBS).
J Turner (1999). T erabit burst switching.
Xi Wang,Hiroyuki Morikawa,Tomonori Aoyama (2000). <title>Burst optical deflection routing protocol for wavelength routing WDM networks</title>.
S Kim,N Kim,M Kang (2002). Contention resolution for optical burst switching networks using alternate routing.
A Belbekkouche,A Hafid (2007). An Adaptive Reinforcement Learning-based Approach to Reduce Blocking Probability in Bufferless OBS Networks.
Danka Pevac,Miroslav Pevac (2007). The Influence of a Wavelength Allocation Scheme to an Optical Burst Switching Node Performance.
C Hsu,T Liu,N Huang (2002). Performance analysis of deflection routing in optical burst switched networks.
A Zalesky,Hai Le Vu,M Zukerman,Z Rosberg,E Wong (2004). Evaluation of limited wavelength conversion and deflection routing as methods to reduce blocking probability in optical burst switched networks.
S-H Ngo,Xiaohong Jian,Susumu Horiguchi (2006). Hybrid deflection and retransmission routing schemes for OBS networks.
F Borgonovo,L Fratta,J Bannister (1993). Unslotted deflection routing in all-optical networks.
Y Chen,H Wu,D Xu,C Qiao (2003). Performance analysis of optical burst switched node with deflection routing.
A Zalesky,Hai Le Vu,Z Rosberg,E Wong,M Zukerman (2004). Modelling and performance evaluation of optical burst switched networks with deflection routing and wavelength reservation.
Andrew Zalesky,Hai Vu,Zvi Rosberg,Eric Wong,Moshe Zukerman (2007). Stabilizing deflection routing in optical burst switched networks.
Mori (2006). Effective Flow-rate Control for the Deflection Routing based Optical Burst Switching Networks.
Michael Schlosser,Erwin Patzak,Philipp Gelpke (2005). Impact of Deflection Routing on TCP Performance in Optical Burst Switching Networks.
Abdullah Al Amin,Mitsuru Takenaka (2008). Demonstration of Deflection Routing With Layer-2 Evaluation at 40 Gb/s in a Three-Node Optical Burst Switching Testbed.
C Qiao,M Yoo (1999). Optical Burst Switching (OBS).
C Hsu,T Liu,N Huang (2002). Performance analysis of deflection routing in optical burstswitched networks.
H Yokoyama,H Nakamura (2002). Mechanisms and performance of reflection routing for optical packet switched networks.
J Perelló,S Spadaro,J Comellas,G Junyent (2009). A Load-Based Reflection Routing Protocol with Resource Pre-Allocation for Contention Resolution in OBS Networks.
M Morita,H Tode,K Murakami (2008). Reflection-Based Deflection Routing in OPS Networks.
S Gjessing (2007). A Novel Method for Re-Routing in OBS Networks.
B Mukherjee (2006). Optical WDM Networks.
F Borgonovo,L Fratta,J Bannister (1994). On the design of optical deflection-routing networks.
F Forghieri,A Bononi,P Prucnal (1995). Analysis and comparison of hot-potato and single-buffer deflection routing in very high bit rate optical mesh networks.
G Bononi,O Castanon,Tonguz (1999). Analysis of hot-potato optical networks with wavelength conversion.
T Chich,J Cohen,P Fraigniaud (2001). Unslotted deflection routing: A practical and efficient protocol for multi-hop optical networks.
T Coutelen,H Elbiaze,B Jaumard,A Metnani (2005). Measurement-Based Alternative Routing Strategies in Optical Burst-Switched Networks.
Y Du,C Zhu,X Zheng,Y Guo,H Zhang (2007). A Novel Load Balancing Deflection Routing Strategy in Optical Burst Switching Networks.
Tanida Hiroki,K Ohmae,Young-Bok Choi,H Okada (2003). An effective BECN /CRN typed deflection routing for QoS guaranteed optical burst switching.
Pan Hongtao,Abe Tomohiro,Mori Yoshihiko,Young-Bok Choi,Okada Hiromi (2005). Feedback-based Load Balancing Routing for Optical Burst Switching Networks.
Basem Shihada,Pin-Han Ho,University Of Waterloo (2008). Transport Control Protocol in optical Burst Switched Networks: Issues, solutions, and Challenges.
M Klinkowski,D Careglio,Elias Horta,J Sole-Pareta Performance Analysis of Isolated Adaptive Routing Algorithms in OBS networks.
Andrew S Tanenbaum (1988). Computer Networks.
Samrat Ganguly,Sudeept Bhatnagar,Rauf Izmailov,Chunming Qiao (2004). Multi-path adaptive optical burst forwarding.
Onur Ozturk,Ezhan Karasan,Ieee Member,Nail Akar,Member,Ieee (2009). Performance Evaluation of Slotted Optical Burst Switching Systems with Quality of Service Differentiation.
Jiangtao Luo,Jun Huang,Hao Chang,Shaofeng Qiu,Xiaojin Guo,Zhizhong Zhang (2007). ROBS: A novel architecture of Reliable Optical Burst Switching with congestion control.
Laeyoung Kim,Sukyoung Lee,Jooseok Song (2006). Dropping Policy for Improving the Throughput of TCP over Optical Burst-Switched Networks.
T Venkatesh,A Jayaraj,C Murthy (2009). Analysis of Burst Segmentation in Optical Burst Switching Networks Considering Path Correlation.
Sagar Sodhatar,Rohit Patel,Janardana Dave (2012). Throughput Based Comparison of Different Variants of TCP in Optical Burst Switching (OBS) Network.
Vinod Vokkarane,Jason Jue,Sriranjani Sitaraman (2002). Burst Segmentation: An Approach For Reducing Packet Loss In Optical Burst Switched Networks.
S Lee,K Sriram,H Kim,J Song (2005). Contention-Based Limited Deflection Routing Protocol in Optical Burst-Switched Networks.

Download References

Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

Data Availability

Not applicable for this article.

Venkata Rao Tavanam. 2013. \u201cDeflection Routing Strategies for Optical Burst Switching Networks: Contemporary Affirmation of the Recent Literature\u201d. Global Journal of Computer Science and Technology - E: Network, Web & Security GJCST-E Volume 13 (GJCST Volume 13 Issue E11): .

More Citation Formats

Select Citation Style:

Download Citation

Download Article

GJCST Volume 13 Issue E11
Pg. 13- 20

Explore Journals Explore Volume Read This Issue

Journal Specifications

Crossref Journal DOI 10.17406/gjcst

Print ISSN 0975-4350

e-ISSN 0975-4172

Keywords

Not Found

Classification

Not Found

Submission ReceivedDecember 9, 2012
RevisedDecember 9, 2012
Peer Review Double Blind
Handling Editor
Accepted January 4, 2013
Published January 15, 2013

Version of record

v1.2

Issue date

August 16, 2013

Language

English

Experiance in AR

The methods for personal identification and authentication are no exception.

Read in 3D

The methods for personal identification and authentication are no exception.

Article Matrices

Total Score: 103

Country: India

Subject: Global Journal of Computer Science and Technology - E: Network, Web & Security

Authors: Venkata Rao Tavanam, Venkateswarlu.D.S, Karuna Sagar Dasari (PhD/Dr. count: 0)

View Count (all-time): 225

Total Views (Real + Logic): 9271

Total Downloads (simulated): 2453

Publish Date: 2013 08, Fri

Monthly Totals (Real + Logic):

Month 1: 67 views
Month 2: 34 views
Month 3: 35 views
Month 4: 31 views
Month 5: 36 views
Month 6: 35 views
Month 7: 28 views
Month 8: 27 views
Month 9: 46 views
Month 10: 29 views
Month 11: 40 views
Month 12: 34 views
Month 13: 37 views
Month 14: 34 views
Month 15: 20 views
Month 16: 45 views
Month 17: 17 views
Month 18: 45 views
Month 19: 36 views
Month 20: 41 views
Month 21: 31 views
Month 22: 14 views
Month 23: 40 views
Month 24: 18 views
Month 25: 24 views
Month 26: 38 views
Month 27: 24 views
Month 28: 39 views
Month 29: 39 views
Month 30: 10 views
Month 31: 34 views
Month 32: 34 views
Month 33: 27 views
Month 34: 17 views
Month 35: 40 views
Month 36: 28 views
Month 37: 37 views
Month 38: 22 views
Month 39: 27 views
Month 40: 37 views
Month 41: 26 views
Month 42: 29 views
Month 43: 17 views
Month 44: 17 views
Month 45: 42 views
Month 46: 32 views
Month 47: 40 views
Month 48: 36 views
Month 49: 42 views
Month 50: 36 views
Month 51: 19 views
Month 52: 41 views
Month 53: 21 views
Month 54: 34 views
Month 55: 36 views
Month 56: 32 views
Month 57: 41 views
Month 58: 24 views
Month 59: 34 views
Month 60: 38 views
Month 61: 46 views
Month 62: 28 views
Month 63: 28 views
Month 64: 38 views
Month 65: 31 views
Month 66: 30 views
Month 67: 25 views
Month 68: 20 views
Month 69: 42 views
Month 70: 31 views
Month 71: 24 views
Month 72: 14 views
Month 73: 14 views
Month 74: 32 views
Month 75: 30 views
Month 76: 36 views
Month 77: 33 views
Month 78: 34 views
Month 79: 43 views
Month 80: 28 views
Month 81: 12 views
Month 82: 40 views
Month 83: 26 views
Month 84: 14 views
Month 85: 42 views
Month 86: 28 views
Month 87: 30 views
Month 88: 21 views
Month 89: 29 views
Month 90: 26 views
Month 91: 33 views
Month 92: 36 views
Month 93: 35 views
Month 94: 21 views
Month 95: 36 views
Month 96: 43 views
Month 97: 34 views
Month 98: 20 views
Month 99: 26 views
Month 100: 34 views
Month 101: 21 views
Month 102: 16 views
Month 103: 18 views
Month 104: 34 views
Month 105: 34 views
Month 106: 40 views
Month 107: 34 views
Month 108: 42 views
Month 109: 27 views
Month 110: 34 views
Month 111: 46 views
Month 112: 26 views
Month 113: 25 views
Month 114: 20 views
Month 115: 21 views
Month 116: 24 views
Month 117: 39 views
Month 118: 11 views
Month 119: 13 views
Month 120: 35 views
Month 121: 37 views
Month 122: 37 views
Month 123: 31 views
Month 124: 33 views
Month 125: 32 views
Month 126: 40 views
Month 127: 34 views
Month 128: 29 views
Month 129: 36 views
Month 130: 44 views
Month 131: 32 views
Month 132: 20 views
Month 133: 24 views
Month 134: 36 views
Month 135: 31 views
Month 136: 16 views
Month 137: 30 views
Month 138: 32 views
Month 139: 30 views
Month 140: 31 views
Month 141: 16 views
Month 142: 43 views
Month 143: 44 views
Month 144: 32 views
Month 145: 21 views
Month 146: 46 views
Month 147: 25 views
Month 148: 29 views
Month 149: 29 views
Month 150: 19 views
Month 151: 72 views
Month 152: 52 views

Total Views: 9271

Total Downloads: 2453

2026 Trends

Research Identity (RIN)

Published Article

Our website is actively being updated, and changes may occur frequently. Please clear your browser cache if needed. For feedback or error reporting, please email [email protected]

This Page is Under Development

We are currently updating this article page for a better experience.