ADAPTIVE ROUTING BASED ON DELAY TRUSTED ROUTING IN ADHOC NETWORK

1
Dr. T.K.Shaik Shavali
Dr. T.K.Shaik Shavali
2
T. Bhaskara Reddy
T. Bhaskara Reddy
1 S.K.UNIVERSITY

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ADAPTIVE ROUTING BASED ON DELAY TRUSTED ROUTING IN ADHOC NETWORK

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Abstract

Existing network hardware is constantly being improved and new communication technology continues to be developed. Together with the trend that computing hardware becomes smaller and portable, this network technology progress has led to dynamic networks. Next generation wireless networks are characterized as heterogeneous networks, particularly in terms of its underlying technology. One of the challenges of these heterogeneous networks is to manage handoff. Mobile IP is chosen for managing the handoff to accommodate the all-IP vision of the future interconnected networks. However, the handoff management of the mobile IP is mainly for data services where delay is not of a major concern. Therefore, it would be considerable challenge to achieve low latency handoff for real-time services. In this paper, we propose a multicasting scheme for delay-sensitive applications.

17 Cites in Articles

References

  1. C Perkins (2001). IP Mobility Support for IPv4, Revised.
  2. A Valko (1999). Cellular IP: A New Approach to Internet MS Mobility.
  3. N Aggelou,R Tafazolli (2001). On the relaying capability of nextgeneration GSM cellular networks.
  4. Y.-D Lin,Y.-C Hsu (2000). Multihop Cellular: A New Architecture for Wireless Communications.
  5. H Wu,C Qiao,S De,Q Tonguz (2001). Integrated Cellular and Ad hoc Relaying Systems: iCAR," Selected Areas in Communications.
  6. M Ye,H Liu,Zhang (2002). Mobile IP Handoff between Hybrid Networks.
  7. W Wu,W Chen,H Liao,F Young (2002). A Seamless handoff Approach for Mobile IP Protocol for Mobile Wireless Networks.
  8. R Berezdivin,R Breinig,R Topp (2002). Next-generation wireless communications concepts and technologies.
  9. C Perkins (1996). IP Mobility Support.
  10. H Park,S Yoon,T Kim,J Park,M Do,J Lee (2003). Vertical Handoff Procedure and Algorithm between IEEE 802.11 WLAN and CDMA Cellular Network.
  11. Y Min-Hue,W Zhe-Wei,Z Hui-Min,L Yu (2001). Performance Analysis of TCP/UDP During Mobile IP Handoffs.
  12. S Sharma,N Zhu,T Chiueh (2004). Low-Latency Mobile IP Handoff for Infrastructure-Mode Wireless LANs.
  13. B Sarikaya (2000). Packet mode in wireless networks: overview of transition to third generation.
  14. F Feng,D Reeves (2004). Explicit Proactive Handoff with Motion Prediction for Mobile IP.
  15. L Yu,Y Min-Hua,Z Hui-Min (2003). The Handoff Schemes in Mobile IP.
  16. S Kim,J Copeland (2003). TCP for Seamless Vertical Handoff in Hybrid Mobile Data Networks.
  17. M Hossain (2004). Performance Improvement of Mobile IP-Based Handoff between WLAN and GPRS Networks.

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.

How to Cite This Article

Dr. T.K.Shaik Shavali. 1970. \u201cADAPTIVE ROUTING BASED ON DELAY TRUSTED ROUTING IN ADHOC NETWORK\u201d. Unknown Journal GJCST Volume 11 (GJCST Volume 11 Issue 4): .

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v1.2

Issue date

March 13, 2011

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English

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Existing network hardware is constantly being improved and new communication technology continues to be developed. Together with the trend that computing hardware becomes smaller and portable, this network technology progress has led to dynamic networks. Next generation wireless networks are characterized as heterogeneous networks, particularly in terms of its underlying technology. One of the challenges of these heterogeneous networks is to manage handoff. Mobile IP is chosen for managing the handoff to accommodate the all-IP vision of the future interconnected networks. However, the handoff management of the mobile IP is mainly for data services where delay is not of a major concern. Therefore, it would be considerable challenge to achieve low latency handoff for real-time services. In this paper, we propose a multicasting scheme for delay-sensitive applications.

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ADAPTIVE ROUTING BASED ON DELAY TRUSTED ROUTING IN ADHOC NETWORK

Dr. T.K.Shaik Shavali
Dr. T.K.Shaik Shavali S.K.UNIVERSITY
T. Bhaskara Reddy
T. Bhaskara Reddy

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