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ABSTRACT
Normally Ad Hoc networks face the problem of topology control problem which leads to high power consumption and no security, while routing the packets between mobile hosts. In this paper, we propose a secure communication protocol for communication between two nodes in ad hoc networks. This is achieved by using clustering techniques. We present a novel secure communication framework for ad hoc networks (SCP); which describes authentication and confidentiality when packets are distributed between hosts with in the cluster and between the clusters. These cluster head nodes execute administrative functions and network key used for certification. The cluster head nodes (CHs) perform the major operations to achieve our SCP framework with help of Kerberos authentication application and symmetric key cryptography which will be secure, reliable, transparent and scalable and will have less overhead.
Existing System:
In the existing system we can transfer the packets through the large number of nodes to the destination but these nodes are taking or consuming more energy and also not effective and protective one. Because hackers can hack easily the packets.
Proposed system:
Our main aim is to establish a secure communication by providing authenticity and confidentiality of nodes and message, by using Kerberos authentication application and Symmetric key cryptographic technique. Security is the main goal of this process by using this method we can get Availability, Confidentiality, Integrity, Authentication,
Non-repudiation
For more information about this article,please follow the link:
http://studentbank.in/report-a-novel-sec...-scp--5541
A Secure Communication Protocol for Ad Hoc networks
ABSTRACT
Normally Ad Hoc networks face the problem of topology control problem which leads to high power consumption and no security, while routing the packets between mobile hosts. In this paper, we propose a secure communication protocol for communication between two nodes in ad hoc networks. This is achieved by using clustering techniques. We present a novel secure communication framework for ad hoc networks (SCP); which describes authentication and confidentiality when packets are distributed between hosts with in the cluster and between the clusters. These cluster head nodes execute administrative functions and network key used for certification. The cluster head nodes (CHs) perform the major operations to achieve our SCP framework with help of Kerberos authentication application and symmetric key cryptography which will be secure, reliable, transparent and scalable and will have less overhead.
Existing System:
In the existing system we can transfer the packets through the large number of nodes to the destination but these nodes are taking or consuming more energy and also not effective and protective one. Because hackers can hack easily the packets.
Proposed system:
Our main aim is to establish a secure communication by providing authenticity and confidentiality of nodes and message, by using Kerberos authentication application and Symmetric key cryptographic technique. Security is the main goal of this process by using this method we can get Availability, Confidentiality, Integrity, Authentication,
Non-repudiation
For more information about this article,please follow the link:
http://studentbank.in/report-a-novel-sec...-scp--5541
