ABSTRACT
Induced
by incorporating the powerful data storage and data processing abilities of
cloud computing (CC) as well as ubiquitous data gathering capability of
wireless sensor networks (WSNs), CC-WSN integration received a lot of attention
from both academia and industry. However, authentication as well as trust and
reputation calculation and management of cloud service providers (CSPs) and
sensor network providers (SNPs) are two very critical and barely explored
issues for this new paradigm. To fill the gap, this paper proposes a novel
authenticated trust and reputation calculation and management (ATRCM) system
for CC-WSN integration. Considering (i) the authenticity of CSP and SNP; (ii)
the attribute requirement of cloud service user (CSU) and CSP; (iii) the cost,
trust and reputation of the service of CSP and SNP, the proposed ATRCM system
achieves the following three functions: 1) authenticating CSP and SNP to avoid
malicious impersonation attacks; 2) calculating and managing trust and
reputation regarding the service of CSP and SNP; 3) helping CSU choose
desirable CSP and assisting CSP in selecting appropriate SNP. Detailed analysis
and design as well as further functionality evaluation results are presented to
demonstrate the effectiveness of ATRCM, followed with system security analysis.
AIM
The
aim of this paper is paper proposes a novel authenticated trust and reputation
calculation and management (ATRCM) system for CC-WSN integration
SCOPE
The scope of this paper ATRCM system achieves the following
three functions: 1) authenticating CSP and SNP to avoid malicious impersonation
attacks; 2) calculating and managing trust and reputation regarding the service
of CSP and SNP; 3) helping CSU choose desirable CSP and assisting CSP in
selecting appropriate SNP
EXISTING
SYSTEM
Malicious
attackers may impersonate authentic CSPs to communicate with CSUs, or fake to
be authentic SNPs to communicate with CSPs. Then CSUs and CSPs cannot
eventually achieve any service from the fake CSPs and SNPs respectively. In the
meantime, the trust and reputation of the genuine CSPs and SNPs are also
impaired by these fake CSPs and SNPs. Without trust and reputation calculation
and management of CSPs and SNPs, it is easy for CSU to choose a CSP with low
trust and reputation. Then the service from CSP to CSU fails to be successfully
delivered quite often. Moreover, CSP may easily select an untrustworthy SNP
that delivers the service that the CSP requests with an unacceptable large
latency. Moreover, the untrustworthy SNP probably may only be able to provide
the requested service for a very short time period unexpectedly
DISADVANTAGES:
- Authentication of CSPs and SNPs
- Trust and reputation calculation and management of CSPs and SNP
PROPOSED SYSTEM
In
this paper, further proposes an ATRCM system for the CC-WSN integration. It
incorporates authenticating CSP and SNP, and then considers the attribute
requirement of CSU and CSP as well as cost, trust and reputation of the service
of CSP and SNP, to enable CSU to choose authentic and desirable CSP and assists
CSP in selecting genuine and appropriate SNP.
ADVANTAGES:
- Authenticating CSP and SNP to avoid malicious impersonation attacks
- Calculating and managing trust and reputation regarding the service of CSP and SNP
- Helping CSU choose desirable CSP and assisting CSP in selecting appropriate SNP
SYSTEM ARCHITECTURE
SYSTEM CONFIGURATION:-
Hardware Requirements
- Speed - 1.1 Ghz
- Processor - Pentium IV
- RAM - 512 MB (min)
- Hard Disk - 40 GB
- Key Board - Standard Windows Keyboard
- Mouse - Two or Three Button Mouse
- Monitor - LCD/LED
Software
requirements
- Operating System : Windows 7
- Front End : ASP.Net and C#
- Database : MSSQL
- Tool : Microsoft Visual studio
REFERENCES
Chunsheng
Zhu, Nicanfar, H. , Leung, V.C.M. , Yang, L.T.”An Authenticated Trust and
Reputation Calculation and Management System for Cloud and Sensor Networks
Integration” IEEE Transactions On Information Forensics And Security, VOL
10,ISS 1, OCTOBER
2014.
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