2014 IEEE JAVA NETWORKING PROJECT Hop by-hop message uthenticationand source privacy in wireless sensor networks

•Download as DOCX, PDF•

0 likes•439 views

To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org

Engineering

adversary can fully recover the polynomial. In this paper, we
propose a scalable authentication scheme based on elliptic curve
cryptography (ECC). While enabling intermediate nodes
authentication, our proposed scheme allows any node to transmit an
unlimited number of messages without suffering the threshold
problem. In addition, our scheme can also provide message source
privacy. Both theoretical analysis and simulation results
demonstrate that our proposed scheme is more efficient than the
polynomial-based approach in terms of computational and
communication overhead under comparable security levels while
providing message source privacy.
Hardware Requirement:
System : Pentium IV 2.4 GHz.
Hard Disk : 40 GB.
Floppy Drive : 1.44 Mb.
Monitor : 15 VGA Colour.
Ram : 256 Mb.
Software Requirement:
Operating system : Windows XP Professional.

Coding Language : Java
Tool Used : Netbeans 7.0.1

Secure Communication of message from sender to receiver is one of the main security concern of Internet users across world. It is because of the regular attacks and threats and most Important Data Privacy. In order to sort out these issues, we use cryptographic algorithm which encrypts data in some cipher and transfers it over the internet and again decrypted to original data. Thus, lightweight cryptography methods are proposed to overcome many of the problems of conventional cryptography Ciphers act as encapsulating system for message. Hybrid Algorithm will be formed from use of different types of ciphers. The cryptosystem performs its encryption by encrypting the plaintext using Vigenere Cipher and further again processing though Polybius Cipher.

IEEE 2014 JAVA NETWORK SECURITY PROJECTS Top k-query-result-completeness-veri...

IEEEGLOBALSOFTSTUDENTPROJECTS

Hop by-hop message authentication and source privacy in wire

Selva Raj

This document proposes a source anonymous message authentication scheme for wireless sensor networks that improves upon previous polynomial-based approaches. The proposed scheme uses elliptic curve cryptography to enable hop-by-hop message authentication without the threshold limitation of previous schemes, where the network is compromised once a certain number of messages are transmitted. It aims to provide message authentication, integrity, and source privacy while being efficient and resilient to node compromise attacks. Simulation results demonstrate the scheme has lower computational and communication overhead than polynomial-based approaches under comparable security levels.

Hop by-hop message authentication and source privacy in wire-copy-copy

Selva Raj

This document proposes a source anonymous message authentication scheme for wireless sensor networks that improves upon previous polynomial-based approaches. The proposed scheme uses elliptic curve cryptography to enable hop-by-hop message authentication without the threshold limitation of previous schemes, where the network becomes insecure after a certain number of messages. It aims to provide message authentication, integrity, and source privacy while being efficient and resilient to node compromise. Simulation results demonstrate the scheme has lower computational and communication overhead than polynomial-based methods under comparable security levels.

Network traceability

slaprojectkn

The document proposes a network coding based scheme to preserve privacy against traffic analysis attacks in multi-hop wireless networks. It addresses the disadvantages of existing systems that do not provide message confidentiality or prevent packet flow traceability. The proposed scheme uses homomorphic encryption of global encoding vectors to provide both packet flow untraceability and message content confidentiality, thwarting traffic analysis attacks while maintaining the benefits of random linear network coding.

Major works on the necessity and implementations ppt

Mysa Vijay

This document presents a major work on the necessity and implementations of public key cryptography (PKC) in wireless sensor networks (WSNs). It discusses how PKC can provide benefits over symmetric key cryptography for WSNs, including increased security and flexibility. It also addresses the challenges of implementing PKC in resource-constrained WSNs and compares different approaches like software, hardware, and blended implementations. The document concludes by recommending the selection of suitable PKC schemes based on network topology and optimizing PKC protocols for sensor networks.

message passing interface

ZTech Proje

Paper copy

Selva Raj

This document proposes an efficient message authentication scheme for wireless sensor networks based on elliptic curve cryptography (ECC). It discusses the limitations of existing symmetric-key and polynomial-based authentication schemes, such as vulnerability to node compromise and threshold limitations. The proposed scheme generates a source anonymous message authentication code (SAMAC) using a modified ElGamal signature scheme on elliptic curves. This provides unconditional source anonymity, efficient hop-by-hop authentication without threshold limitations, and resilience against node compromise attacks. The scheme aims to authenticate messages with low computational and communication overhead suitable for resource-constrained wireless sensor networks.

This document proposes a source anonymous message authentication scheme for wireless sensor networks that improves upon previous polynomial-based approaches. The proposed scheme uses elliptic curve cryptography to enable hop-by-hop message authentication without the threshold limitation of previous schemes, where the network becomes insecure after a certain number of messages. It aims to provide message authentication, integrity, and source privacy while being efficient and resilient to node compromise. Simulation results demonstrate the scheme has lower computational and communication overhead than polynomial-based methods under comparable security levels.

Network traceability

slaprojectkn

Major works on the necessity and implementations ppt

Mysa Vijay

message passing interface

ZTech Proje

Paper copy

Selva Raj

T0 numtq0nju=

International Journal of Science and Research (IJSR)

This document summarizes a research paper that proposes a novel two-layer security mechanism combining cryptography and steganography techniques. The paper begins with an introduction discussing security issues with traditional cryptography and steganography methods. It then reviews related work in the fields. The proposed approach encrypts a secret message using AES encryption, splits the cipher file into frames, and embeds the cipher text in video frames using DCT-based steganography. Experimental results show the proposed approach achieves higher PSNR quality measurements than an existing HLSB technique, indicating better quality of stego frames. In addition, the proposed approach does not change file sizes compared to another existing approach.

ieeeprojectsvadapalani

Network security & cryptography

Rahulprasad Yadav

This document summarizes a presentation on network security and cryptography. The presentation covers the objectives of security, password auditing, data security, and authentication. It also discusses encryption, decryption, public and private key cryptography, digital signatures, and the RSA algorithm. The presentation includes a demonstration of a public key system and concludes by emphasizing the importance of securing data through cryptography and network security techniques.

ieeeprojectsvadapalani

CRYPTOGRAPHY & NETWORK SECURITY

Jyothishmathi Institute of Technology and Science Karimnagar

This document provides an overview of a university course on Cryptography and Network Security. It begins with the course syllabus, which outlines topics like security concepts, cryptography concepts and techniques, and types of security attacks. It then discusses key security concepts such as security services, security mechanisms, security attacks, and models for network and access security. It provides examples of security services like authentication, access control, and data confidentiality. It also describes security mechanisms and different classes of security attacks. The document concludes by listing reference books, online videos, related courses, tutorials, and sample multiple choice and problems related to cryptography and network security.

Information and network security ins

Astha Parihar

This document outlines information and network security. It discusses security goals of confidentiality, integrity and availability. It defines information and information security. Information security aims to prevent unauthorized access, use, disclosure or modification of information. The document also discusses encryption and the symmetric cipher model. Encryption scrambles data using an encryption key so that only authorized parties can access the information. The symmetric cipher model involves plain text being encrypted into cipher text using a secret key, which is then decrypted back into the original plain text.

Lightweight secure scheme for detecting provenance forgery and packet drop at...

Pvrtechnologies Nellore

The document proposes a lightweight secure scheme to detect packet forgery and loss attacks in wireless sensor networks. It relies on in-packet Bloom filters to encode data provenance. The scheme introduces efficient mechanisms for provenance verification and reconstruction at the base station. Key generation, encryption, and signature techniques are used to securely transmit provenance information and detect suspicious data packets. The proposed technique is evaluated analytically and empirically, proving its effectiveness and efficiency in detecting attacks.

A lightweight secure scheme for detecting provenance forgery and packet drop ...

LeMeniz Infotech

The document proposes a lightweight scheme to securely transmit data provenance for sensor networks. It uses in-packet Bloom filters to encode provenance information and transmit it with data packets. This allows for provenance verification and reconstruction at the base station. The scheme also detects packet forgery and drop attacks by malicious nodes. Evaluation shows the scheme is effective and efficient with low energy and bandwidth usage.

A lightweight secure scheme for detecting provenance forgery and packet drop ...

Pvrtechnologies Nellore

This document proposes a lightweight scheme for securely transmitting provenance (data history) in wireless sensor networks to detect packet forgery and loss attacks. It introduces an in-packet Bloom filter technique to encode provenance within each data packet in an efficient way. As sensor nodes forward packets, they embed their node IDs into the Bloom filter to record the forwarding path. The base station can then extract and verify the provenance from the Bloom filter to identify compromised or malicious nodes that drop packets. The scheme aims to securely transmit provenance using only low-cost operations like hash functions and message authentication codes, while previous solutions used intensive cryptography. It is evaluated analytically and experimentally to prove its effectiveness and efficiency.

Network Security & Attacks

Netwax Lab

Network Security consists of the provisions and policies adopted by a network administrator to prevent and monitor unauthorized access, misuse, modification, or denial of a computer network and network-accessible resources. Network security involves the authorization of access to data in a network, which is controlled by the network administrator. Users choose or are assigned an ID and password or other authenticating information that allows them access to information and programs within their authority.

5 ijaems jan-2016-16-survey on encryption techniques in delay and disruption ...

INFOGAIN PUBLICATION

Delay and disruption tolerant network (DTN) is used for long area communication in computer network, where there is no direct connection between the sender and receiver and there was no internet facility. Delay tolerant network generally perform store and forward techniques as a result intermediate node can view the message, the possible solution is using encryption techniques to protect the message. Starting stages of DTN RSA, DES, 3DES encryption algorithms are used but now a day’s attribute based encryption (ABE) techniques are used. Attribute based encryption technique can be classified in to two, key policy attribute based encryption (KPABE) and cipher policy attribute based encryption (CPABE). In this paper we perform a categorized survey on different encryption techniques presents in delay tolerant networks. This categorized survey is very helpful for researchers to propose modified encryption techniques. Finally the paper compares the performance and effectiveness of different encryption algorithms.

Introduction of cryptography and network security

NEHA PATEL

This document outlines the course structure for IT306.01: Cryptography and Network Security. The course is divided into theory and practical components worth 3 and 2 hours per week respectively, over 4 credits. It covers 8 topics related to cryptography and network security, including conventional encryption, block ciphers, public key cryptography, number theory, message authentication, and network, IP, email and web security. Assessment includes a theory exam worth 100 marks and a practical exam worth 50 marks. The document lists two textbooks for the course and provides an introduction by the course instructor, Neha Patel.

efficient authentication for mobile and pervasive computing

swathi78

VPN Types, Vulnerabilities & Solutions - Tareq Hanaysha

Hanaysha

This document discusses VPN types, vulnerabilities, and solutions. It begins by introducing VPNs and their purpose of maintaining privacy and security when communicating over public networks. It then outlines the research objectives to prove that VPN networks are more secure and reliable than WAN networks, but also still need updates. The document discusses why organizations use VPNs over WANs for flexibility, scalability, and outsourcing. It also covers how VPNs work and the main types of VPN connections. The proposed research method is to use vulnerability scanning tools to quantitatively compare the security of VPNs versus WANs.

Efficient authentication for mobile and pervasive computing

IGEEKS TECHNOLOGIES

This document proposes two novel techniques for authenticating short encrypted messages for mobile and pervasive applications. Existing message authentication codes (MACs) are not designed to utilize encryption functionality and are inefficient for short messages. The proposed techniques are more efficient by using the encryption process to generate authentication information, rather than applying encryption and a MAC separately. The first technique appends a short random string during encryption for authentication. The second improves on this by leveraging properties of block ciphers. Analysis shows the techniques provide security while maintaining efficiency needed for mobile applications.

Chapter 1 2

Baggam Sailusha

This document provides an introduction to cryptography and network security. It defines cryptography as the study of secret writing and discusses its use in securing communications and verifying messages. The document outlines basic concepts in cryptography like plaintext, ciphertext, ciphers, keys, encryption, and decryption. It also discusses different types of security, like unconditional security based on information theory versus computational security based on limiting an attacker's resources. The overall document serves as a high-level overview of cryptography and security.

Security services and mechanisms

Rajapriya82

2014 IEEE JAVA MOBILE COMPUTING PROJECT Efficient and privacy aware data aggr...

IEEEFINALYEARSTUDENTSPROJECTS

IEEE 2014 JAVA MOBILE COMPUTING PROJECTS Efficient and privacy aware data agg...

IEEEFINALYEARSTUDENTPROJECTS

2014 IEEE JAVA MOBILE COMPUTING PROJECT Efficient and privacy aware data aggr...

IEEEFINALYEARSTUDENTPROJECT

JPN1408 Hop-by-Hop Message Authentication and Source Privacy in Wireless Sen...

chennaijp

Hop by-hop authentication and source privacy in wireless sensor networks

LeMeniz Infotech

What's hot

T0 numtq0nju=

International Journal of Science and Research (IJSR)

ieeeprojectsvadapalani

Network security & cryptography

Rahulprasad Yadav

ieeeprojectsvadapalani

CRYPTOGRAPHY & NETWORK SECURITY

Jyothishmathi Institute of Technology and Science Karimnagar

Information and network security ins

Astha Parihar

Lightweight secure scheme for detecting provenance forgery and packet drop at...

Pvrtechnologies Nellore

A lightweight secure scheme for detecting provenance forgery and packet drop ...

LeMeniz Infotech

A lightweight secure scheme for detecting provenance forgery and packet drop ...

Pvrtechnologies Nellore

Network Security & Attacks

Netwax Lab

5 ijaems jan-2016-16-survey on encryption techniques in delay and disruption ...

INFOGAIN PUBLICATION

Introduction of cryptography and network security

NEHA PATEL

efficient authentication for mobile and pervasive computing

swathi78

VPN Types, Vulnerabilities & Solutions - Tareq Hanaysha

Hanaysha

Efficient authentication for mobile and pervasive computing

IGEEKS TECHNOLOGIES

Chapter 1 2

Baggam Sailusha

Security services and mechanisms

Rajapriya82

What's hot (17)

T0 numtq0nju=

Network security & cryptography

CRYPTOGRAPHY & NETWORK SECURITY

Information and network security ins

Lightweight secure scheme for detecting provenance forgery and packet drop at...

A lightweight secure scheme for detecting provenance forgery and packet drop ...

Network Security & Attacks

5 ijaems jan-2016-16-survey on encryption techniques in delay and disruption ...

Introduction of cryptography and network security

efficient authentication for mobile and pervasive computing

VPN Types, Vulnerabilities & Solutions - Tareq Hanaysha

Efficient authentication for mobile and pervasive computing

Chapter 1 2

Security services and mechanisms

Similar to 2014 IEEE JAVA NETWORKING PROJECT Hop by-hop message uthenticationand source privacy in wireless sensor networks

2014 IEEE JAVA MOBILE COMPUTING PROJECT Efficient and privacy aware data aggr...

IEEEFINALYEARSTUDENTSPROJECTS

IEEE 2014 JAVA MOBILE COMPUTING PROJECTS Efficient and privacy aware data agg...

IEEEFINALYEARSTUDENTPROJECTS

2014 IEEE JAVA MOBILE COMPUTING PROJECT Efficient and privacy aware data aggr...

IEEEFINALYEARSTUDENTPROJECT

JPN1408 Hop-by-Hop Message Authentication and Source Privacy in Wireless Sen...

chennaijp

Hop by-hop authentication and source privacy in wireless sensor networks

LeMeniz Infotech

Hop by hop message authentication chapter 1

Selva Raj

This document discusses hop-by-hop message authentication in wireless sensor networks. It discusses how symmetric-key based approaches have key management and scalability issues and how public-key based approaches have high computational overhead. It then summarizes a proposed source anonymous message authentication scheme that provides hop-by-hop node authentication without threshold limitations and has better performance than symmetric-key based schemes. The scheme is based on optimal modified ElGamal signature and provides source anonymity, compromise resilience, and flexible time authentication.

581 517-525

idescitation

Smart Card technology is the emerging technology which is developing among common masses in our culture and widely used in the sectors of banking and industries. Many research works are undergoing in this area to provide highly confidential data transmission. Existing Scheme provides a security against offline attack for the lost Smart Card using Elliptic Curve Cryptography (ECC) but it requires more communication and computation overhead with higher key length. To overcome this limitation, DNA based Password authentication using Hyper Elliptic Curve Cryptography (HECC) scheme is proposed. It provides more security than existing system which allows server and smartcard to exchange the generated password and verify each other. This system exploits the advantages of Hyperelliptic Curve Cryptography (HECC) technique which is having lesser key size, less communication and computation overhead for Password generation and signature verification process.

IEEE 2014 DOTNET DATA MINING PROJECTS A robust multiple watermarking techniqu...

IEEEMEMTECHSTUDENTPROJECTS

IEEE 2014 JAVA NETWORK SECURITY PROJECTS Efficient and privacy aware data agg...

IEEEGLOBALSOFTSTUDENTPROJECTS

IEEE 2014 JAVA NETWORK SECURITY PROJECTS Efficient and privacy aware data agg...

IEEEFINALYEARSTUDENTPROJECTS

2014 IEEE JAVA NETWORK SECURITY PROJECT Efficient and privacy aware data aggr...

IEEEBEBTECHSTUDENTSPROJECTS

2014 IEEE JAVA NETWORK SECURITY PROJECT Top k-query-result-completeness-verif...

IEEEBEBTECHSTUDENTSPROJECTS

2014 IEEE JAVA NETWORK SECURITY PROJECT Top k-query-result-completeness-verif...

IEEEBEBTECHSTUDENTSPROJECTS

A securing symmetric key distribution

vinothp2k

The document discusses securing symmetric key distribution in a network through implementing identity-based cryptography. It proposes a new security scheme that overcomes limitations of public- and symmetric-key protocols by using a one-way hash function for data authenticity between nodes and a mix of symmetric and public key cryptography for data confidentiality. The scheme guarantees secure communication between in-network nodes using symmetric keys, and secure data delivery between source and sink nodes using public keys. Testing shows the scheme is scalable and provides strong security while maintaining efficiency.

J017667582

IOSR Journals

This document proposes a method for preventing cheating of messages based on block cipher using a digital envelope. It begins with an introduction to the need for data security during storage and transmission. It then discusses the AES encryption algorithm and related work involving encryption for wireless devices. The proposed method uses AES key expansion techniques to generate multiple keys for encryption and decryption of messages using a digital envelope, packing the encrypted message and key into a single packet. It claims this prevents attackers from accessing sensitive data. Future work could expand this to image encryption and decryption applications.

Prevention of Cheating Message based on Block Cipher using Digital Envelope

iosrjce

IOSR Journal of Computer Engineering (IOSR-JCE) is a double blind peer reviewed International Journal that provides rapid publication (within a month) of articles in all areas of computer engineering and its applications. The journal welcomes publications of high quality papers on theoretical developments and practical applications in computer technology. Original research papers, state-of-the-art reviews, and high quality technical notes are invited for publications.

A Crypto-System with Embedded Error Control for Secure and Reliable Communica...

CSCJournals

In this paper we propose a novel Crypto-System with Embedded Error Control (CSEEC). The system supports data security and reliability using forward error correction codes (FEC). Security is provided through the use of a new symmetric encryption algorithm, while reliability is provided through the support of FEC codes. The system also supports joint security and reliability in which encryption and encoding are performed in a single step. The system aims at speeding up the encryption and encoding operations and reduces the hardware dedicated to each of these operations.In addition, the proposed system allows users to achieve secure and reliable communication in which they can alternate between a priority onsecurity and reliabilityand scale their choice to the desired level in order to attain communication quality and fulfill application needs. The system targets resource constrained nodes such as remote sensor nodes operating in noisy environments.

M phil-computer-science-network-security-projects

Vijay Karan

M.Phil Computer Science Network Security Projects

Vijay Karan

M.E Computer Science Network Security Projects

Vijay Karan

Similar to 2014 IEEE JAVA NETWORKING PROJECT Hop by-hop message uthenticationand source privacy in wireless sensor networks (20)

2014 IEEE JAVA MOBILE COMPUTING PROJECT Efficient and privacy aware data aggr...

IEEE 2014 JAVA MOBILE COMPUTING PROJECTS Efficient and privacy aware data agg...

2014 IEEE JAVA MOBILE COMPUTING PROJECT Efficient and privacy aware data aggr...

JPN1408 Hop-by-Hop Message Authentication and Source Privacy in Wireless Sen...

Hop by-hop authentication and source privacy in wireless sensor networks

Hop by hop message authentication chapter 1

581 517-525

IEEE 2014 DOTNET DATA MINING PROJECTS A robust multiple watermarking techniqu...

IEEE 2014 JAVA NETWORK SECURITY PROJECTS Efficient and privacy aware data agg...

2014 IEEE JAVA NETWORK SECURITY PROJECT Efficient and privacy aware data aggr...

2014 IEEE JAVA NETWORK SECURITY PROJECT Top k-query-result-completeness-verif...

A securing symmetric key distribution

J017667582

Prevention of Cheating Message based on Block Cipher using Digital Envelope

A Crypto-System with Embedded Error Control for Secure and Reliable Communica...

M phil-computer-science-network-security-projects

M.Phil Computer Science Network Security Projects

M.E Computer Science Network Security Projects

More from IEEEFINALSEMSTUDENTSPROJECTS

2014 IEEE DOTNET NETWORKING PROJECT Secure data-retrieval-for-decentralized-d...

2014 IEEE JAVA NETWORKING PROJECT Hop by-hop message uthenticationand source privacy in wireless sensor networks

Recommended

Recommended

More Related Content

What's hot

What's hot (17)

Similar to 2014 IEEE JAVA NETWORKING PROJECT Hop by-hop message uthenticationand source privacy in wireless sensor networks

Similar to 2014 IEEE JAVA NETWORKING PROJECT Hop by-hop message uthenticationand source privacy in wireless sensor networks (20)

More from IEEEFINALSEMSTUDENTSPROJECTS

More from IEEEFINALSEMSTUDENTSPROJECTS (20)

Recently uploaded

Recently uploaded (20)

2014 IEEE JAVA NETWORKING PROJECT Hop by-hop message uthenticationand source privacy in wireless sensor networks