Introduction to Quantum Networking.pdf
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Quantum networking is a new technology that allows for secure encrypted communications using quantum methods. It uses properties of quantum mechanics like entanglement to distribute encryption keys. Quantum key distribution transmits encrypted data through photons and other particles, distributing security codes between two particles to decrypt data. It allows transmission over vast distances without physical cables through various mediums like light and water.
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Introduction to Quantum Networking 1.pdf
Quantum networking allows for secure and encrypted communication between devices by taking advantage of quantum mechanics. It uses techniques like quantum cryptography and quantum key distribution to encrypt information in a way that makes it impossible to steal. Quantum key distribution specifically transmits encrypted data through quantum channels using photons and atomic information, sharing security keys through quantum entanglement to decrypt the information only where intended. Overall, quantum networking provides a revolutionary way to transmit data over vast distances at high speeds through various mediums in a secure and private manner.
Introduction to Quantum Networking 2.pdf
Quantum networking refers to a revolutionary technology that allows for secure encrypted communications using quantum principles. It uses quantum key distribution which utilizes quantum entanglement and particle properties to securely share encryption keys. Quantum key distribution works by transmitting photons between entangled particles to securely share encryption keys needed to decrypt messages.
Unit2[1]
1. The document describes applications of computer networking including resource access, data access, communication and data exchange, decentralization of data processing, and easy communication between organizations.
2. It then discusses internet security including client-server security using methods like passwords, firewalls, and encryption. Data and transaction security also uses encryption.
3. Various security methods are described for client/server and data/transaction security including password schemes, firewalls, and encryption techniques.
Unit2[1]
This document discusses applications of networking and internet security. It describes how networks can provide 1) access to resources regardless of physical location, 2) access to unique databases for local and remote users, and 3) communication and data exchange between users irrespective of time or location. It then discusses client-server security and data/transaction security when transmitting data over the internet. Specific security methods discussed include password schemes, firewalls, and encryption.
Three Party Authenticated Key Distribution using Quantum Cryptography
International Journal of Modern Engineering Research (IJMER) is Peer reviewed, online Journal. It serves as an international archival forum of scholarly research related to engineering and science education.
International Journal of Modern Engineering Research (IJMER) covers all the fields of engineering and science: Electrical Engineering, Mechanical Engineering, Civil Engineering, Chemical Engineering, Computer Engineering, Agricultural Engineering, Aerospace Engineering, Thermodynamics, Structural Engineering, Control Engineering, Robotics, Mechatronics, Fluid Mechanics, Nanotechnology, Simulators, Web-based Learning, Remote Laboratories, Engineering Design Methods, Education Research, Students' Satisfaction and Motivation, Global Projects, and Assessment…. And many more.
Framework for wireless network security using quantum cryptography
Data that is transient over an unsecured wireless network is always susceptible to being intercepted by
anyone within the range of the wireless signal. Hence providing secure communication to keep the user’s
information and devices safe when connected wirelessly has become one of the major concerns. Quantum cryptography provides a solution towards absolute communication security over the network by encoding
information as polarized photons, which can be sent through the air. This paper explores on the aspect of
application of quantum cryptography in wireless networks.
In this paper we present a methodology for integrating quantum cryptography and security of IEEE 802.11 wireless networks in terms of distribution of the encryption keys.
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This document discusses cryptography and network security. Cryptography is defined as the science of protecting data by converting it into an unreadable format. The goals of cryptography are confidentiality, authentication, integrity, and non-repudiation. The document outlines common cryptographic techniques like encryption, decryption, hashes, and digital signatures. It also discusses security threats to network communication like interception, modification, and repudiation. The importance of network security is growing as more applications move to distributed models and operate over the internet.
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Recommended
Introduction to Quantum Networking 1.pdf
Quantum networking allows for secure and encrypted communication between devices by taking advantage of quantum mechanics. It uses techniques like quantum cryptography and quantum key distribution to encrypt information in a way that makes it impossible to steal. Quantum key distribution specifically transmits encrypted data through quantum channels using photons and atomic information, sharing security keys through quantum entanglement to decrypt the information only where intended. Overall, quantum networking provides a revolutionary way to transmit data over vast distances at high speeds through various mediums in a secure and private manner.
Introduction to Quantum Networking 2.pdf
Quantum networking refers to a revolutionary technology that allows for secure encrypted communications using quantum principles. It uses quantum key distribution which utilizes quantum entanglement and particle properties to securely share encryption keys. Quantum key distribution works by transmitting photons between entangled particles to securely share encryption keys needed to decrypt messages.
Unit2[1]
1. The document describes applications of computer networking including resource access, data access, communication and data exchange, decentralization of data processing, and easy communication between organizations.
2. It then discusses internet security including client-server security using methods like passwords, firewalls, and encryption. Data and transaction security also uses encryption.
3. Various security methods are described for client/server and data/transaction security including password schemes, firewalls, and encryption techniques.
Unit2[1]
This document discusses applications of networking and internet security. It describes how networks can provide 1) access to resources regardless of physical location, 2) access to unique databases for local and remote users, and 3) communication and data exchange between users irrespective of time or location. It then discusses client-server security and data/transaction security when transmitting data over the internet. Specific security methods discussed include password schemes, firewalls, and encryption.
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International Journal of Modern Engineering Research (IJMER) covers all the fields of engineering and science: Electrical Engineering, Mechanical Engineering, Civil Engineering, Chemical Engineering, Computer Engineering, Agricultural Engineering, Aerospace Engineering, Thermodynamics, Structural Engineering, Control Engineering, Robotics, Mechatronics, Fluid Mechanics, Nanotechnology, Simulators, Web-based Learning, Remote Laboratories, Engineering Design Methods, Education Research, Students' Satisfaction and Motivation, Global Projects, and Assessment…. And many more.
Framework for wireless network security using quantum cryptography
Data that is transient over an unsecured wireless network is always susceptible to being intercepted by
anyone within the range of the wireless signal. Hence providing secure communication to keep the user’s
information and devices safe when connected wirelessly has become one of the major concerns. Quantum cryptography provides a solution towards absolute communication security over the network by encoding
information as polarized photons, which can be sent through the air. This paper explores on the aspect of
application of quantum cryptography in wireless networks.
In this paper we present a methodology for integrating quantum cryptography and security of IEEE 802.11 wireless networks in terms of distribution of the encryption keys.
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This document discusses cryptography and network security. Cryptography is defined as the science of protecting data by converting it into an unreadable format. The goals of cryptography are confidentiality, authentication, integrity, and non-repudiation. The document outlines common cryptographic techniques like encryption, decryption, hashes, and digital signatures. It also discusses security threats to network communication like interception, modification, and repudiation. The importance of network security is growing as more applications move to distributed models and operate over the internet.
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A SURVEY ON QUANTUM KEY DISTRIBUTION PROTOCOLS
This document summarizes and compares several quantum key distribution protocols:
- BB84 protocol was the first protocol proposed in 1984 by Bennett and Brassard, using photon polarization in two bases to randomly encode bits.
- BBM92 protocol is a modified version using only two states instead of four.
- SARG04 protocol was proposed in 2004 and is more secure than BB84 in the presence of photon number splitting attacks.
- E91 protocol proposed in 1992 uses quantum entanglement of photon pairs, making it more secure than protocols based on Heisenberg's uncertainty principle.
- COW protocol from 2004 is experimentally simple and resistant to various attacks when using weak coherent pulses.
- DPS protocol encodes bits
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This document summarizes different aspects of data transmission including various transmission mediums like fiber optic cable, metal cable, and wireless transmission. It discusses the advantages and disadvantages of these mediums. It also covers other topics related to data transmission such as user IDs, passwords, protocols, bandwidth, data compression, and the costs associated with installing a computer network.
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Nowadays security is an evident matter in designing networks and much research has been done in this
field. The main purpose of the research is to provide an appropriate instruction for data transmission in a
reliable platform. One of the instructions of transferring information is to use public networks like internet.
The main purpose of the present paper is to introduce that enables the users to enter to a new security level.
In this paper, VPN as one of the different instructions for establishing the security proposed to be
examined. In this type, tunneling method of internet protocol security (IPsec) is used. Furthermore, the
advanced method of scanning fingerprint is applied to establish authentication and Diffie-Hellman
algorithm for coding and decoding data, of course with conversion in this algorithm.
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As per the recent studies, the volatile growth has been seen in the use of mobile devices as
the supporting technology for accessing Internet based services, as well as for personal
communication needs in networking. Various studies indicate that it is impossible to utilize strong
cryptographic functions for implementing security protocols on mobile devices. Our research negates
this. Explicitly, a performance analysis focused on the most commonly used cryptographic protocols
based on the location address (latitude & longitude) of the user for mobile applications and projected
provably secure authentication protocol that is more efficient than any of the prevailing
authentication protocol is being used by the network security methods. Understanding the use of
public key cryptography which makes potential use of discrete logarithms problem. The security of
ECC depends on the difficulty of Elliptic Curve Discrete Logarithm. To provide secure
communication for mobile devices, authenticated protocol is an important primitive for establishing
trusted connection. In this paper, it has been shown that the location based system using improved
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existing authentication protocols.
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7222019 TestOut LabSimhttpscdn.testout.comclient-v5-.docx
7/22/2019 TestOut LabSim
https://cdn.testout.com/client-v5-1-10-563/startlabsim.html 1/3
9.2.2 Advanced Cryptography Facts9.2.2 Advanced Cryptography Facts
Advanced cryptography includes the following:
Concepts Definition
Encrypting
The purpose of encryption is obfuscation, making a message obscure so it is difficult to read.
Cryptographic service providers (CSPs) are software libraries that can be used to enhance encryption. Applications can use
these libraries to help secure email and provide strong user authentication.
Key
Exchange
The sender of an encrypted message encrypts a message with a key. Then the message receiver must decrypt the message with a key.
Key families include:
Symmetric. A symmetric key is where the sender uses a private key to encrypt a message. Then the recipient uses that same
private key to decrypt it.
Asymmetric. An asymmetric key is where the sender's key and receiver's key are different for the encryption and decryption
processes.
Key length is the number of bits used in a key by a cryptographic algorithm and can determine the strength.
Modes of
Operation
Modes of operations include:
Block Cipher: Provides confidentiality and authenticity services. A block cipher can encrypt or decrypt one fixed-length
block. It encrypts or decrypts one large chunk of data (or block) at a time, often combining blocks for additional security.
Block ciphers are more useful when the amount of data is known.
Cipher Block Chaining (CBC): A plaintext block is combined with the previous cipher text block, and the result is
encrypted with the key.
Cipher Feedback (CFB): Each cipher text block is fed back into the encryption and then used to encrypt the next plaintext
block.
Output Feedback (OFB): The output blocks are fed back into the block cipher. These blocks then make strings of bits to
feed the encryption algorithm, acting as the key generator.
Counter (CTR): Both the sender and recipient access a reliable counter that computes a new shared value each time a
ciphertext block is exchanged. The counter needs to be synchronized between both parties.
Galois/Counter Mode (GCM): A variation of the Counter mode, GCM throughput rates do not require high performance
hardware to produce acceptable high speed communication channels.
Output
The output from a cryptographic process may exhibit the following:
A simple character change in the plaintext will cause several characters to change in the cipher text. This is called diffusion.
When two different inputs to a cryptographic function produce the same output, this is called a collision. Collisions are not
common, but can occur.
Digital
Signature
A digital signature is a mathematical scheme for demonstrating the authenticity of digital message or document. A valid digital
signature gives a message credibility, guaranteeing the recipient that the message has not been tampered with in transit.
Things to consider when choosing your cryptographic methods:
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3) The performance of the encryption algorithm is evaluated using the QualNet network simulator.
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I1086066
This document summarizes a research paper that proposes using the Rivest Cipher version 6 (RC6) algorithm to provide message authentication and source privacy in wireless sensor networks. It discusses challenges with existing symmetric and public key approaches to message authentication in wireless sensor networks due to their high computational overhead and lack of scalability. The proposed approach aims to achieve efficient hop-by-hop message authentication, identity privacy, and location privacy using RC6 encryption. It evaluates RC6 in terms of computational overhead, energy consumption, message delay, and memory consumption compared to other techniques.
International Journal of Engineering Research and Development
Electrical, Electronics and Computer Engineering,
Information Engineering and Technology,
Mechanical, Industrial and Manufacturing Engineering,
Automation and Mechatronics Engineering,
Material and Chemical Engineering,
Civil and Architecture Engineering,
Biotechnology and Bio Engineering,
Environmental Engineering,
Petroleum and Mining Engineering,
Marine and Agriculture engineering,
Aerospace Engineering.
I1086066
This document discusses message authentication and source privacy in wireless sensor networks using the RC6 algorithm. It begins by reviewing existing approaches to message authentication like symmetric-key and public-key cryptosystems, which have limitations related to overhead and scalability. The document then proposes using the RC6 algorithm to provide efficient hop-by-hop message authentication and source privacy in wireless sensor networks. It aims to authenticate messages at each forwarding node while also hiding the identity and location of the message sender. The document reviews related work on wireless sensor networks and the network simulator NS-2 before describing the proposed RC6-based approach and its goals of message authentication, source privacy, and efficiency.
What is IPAM.pdf
IPAM is an acronym for Internet Protocol Address Management. It is a method and software used to monitor and manage a company's IP addresses. IPAM tracks IP addresses, allows administrators to allocate new addresses to devices, and monitors the locations of devices on the network. It benefits organizations by keeping track of hardware and software inventory, software licenses, and software usage. The IPAM process involves creating an index of IP addresses and their attributes like location and configuration to help manage networks, security, and planning.
What is IPAM.pdf
IPAM is an acronym that stands for Internet Protocol Address Management. It is a method used by companies to monitor, manage, and control their Internet Protocol addresses. IPAM allows network administrators to keep track of IP addresses by locating available addresses or newly assigning addresses to devices. It also helps determine the locations of devices on the network. IPAM has benefits like allowing administrators to monitor both hardware and software inventory, track license usage, and maintain records of assets. The process behind IPAM functions involves using central server software to create an IP address database with attributes like locations and status of addresses. This aids in network management, monitoring, security, and planning.
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Ijarcet vol-2-issue-4-1322-1329
This document summarizes a research paper that proposes a new secure routing protocol for mobile ad hoc networks (MANETs) called Authenticate and Secure Routing Protocol (AMSRP). The protocol uses a hybrid cryptography approach that combines symmetric (AES) and asymmetric (RSA) cryptography. It aims to securely transmit data between nodes in a MANET by authenticating nodes and ensuring the integrity of important routing information. The protocol is implemented and evaluated using the AODV reactive routing protocol to discover and maintain routes between nodes. Simulation results show that the hybrid cryptography approach can securely transmit data between nodes while authenticating nodes and maintaining routing integrity in the MANET.
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This document summarizes and compares several quantum key distribution protocols:
- BB84 protocol was the first protocol proposed in 1984 by Bennett and Brassard, using photon polarization in two bases to randomly encode bits.
- BBM92 protocol is a modified version using only two states instead of four.
- SARG04 protocol was proposed in 2004 and is more secure than BB84 in the presence of photon number splitting attacks.
- E91 protocol proposed in 1992 uses quantum entanglement of photon pairs, making it more secure than protocols based on Heisenberg's uncertainty principle.
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This document is an assignment report for a course on data communication and networks. It contains an acknowledgement section thanking the course teacher and others for their support. The content section lists 12 topics that will be covered in the report, including introductions to packet switching, datagram and virtual circuit networks, encryption, and approaches to encryption across packet switching networks like link encryption and end-to-end encryption. Figures and tables are included to illustrate key concepts.
Combuter term3 new
This document summarizes different aspects of data transmission including various transmission mediums like fiber optic cable, metal cable, and wireless transmission. It discusses the advantages and disadvantages of these mediums. It also covers other topics related to data transmission such as user IDs, passwords, protocols, bandwidth, data compression, and the costs associated with installing a computer network.
A novel approach for hiding data in
Steganography is a technology used since years for the communication of messages secretly. These secret messages are put inside honest carriers. Carriers can be digital images, audio files, video files and so on. The limitation in sending concealed longer messages has been overcoming by the inclusion of video files as carriers. Popular internet services such as Skype, BitTorrent, Google Suggest, and
WLANs are targets of information hiding techniques. Nowadays, plotters are not only using the carriers but also the protocols for communication that regulate the path of the carrier through the Internet. This technique is named Network Steganography.
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Online communication is one of the common means of communication in this era of globe village. As the number of people being connected to online communication system through their mobile phone, computer or any other e-communication tools increases, there is need to secure the communication networks from adversaries (third parties) between the sender and receivers. There are many aspects to security approach in online communication environment. One essential aspect for secure communications is that of cryptography, which is the focus of this research. This research work aims at designing and implementing cryptosystem using a simple polyalphabetic cipher algorithm. The algorithm was coded with Java programming language. It was discovered that cryptography system with polyalphabetic cipher algorithm is better compared to Atbash cipher, Scytale cipher, Ceasar cipher etc, because it is very difficult for adversaries to decrypt an encrypted data without the key.
A NEW COMMUNICATION PLATFORM FOR DATA TRANSMISSION IN VIRTUAL PRIVATE NETWORK
Nowadays security is an evident matter in designing networks and much research has been done in this
field. The main purpose of the research is to provide an appropriate instruction for data transmission in a
reliable platform. One of the instructions of transferring information is to use public networks like internet.
The main purpose of the present paper is to introduce that enables the users to enter to a new security level.
In this paper, VPN as one of the different instructions for establishing the security proposed to be
examined. In this type, tunneling method of internet protocol security (IPsec) is used. Furthermore, the
advanced method of scanning fingerprint is applied to establish authentication and Diffie-Hellman
algorithm for coding and decoding data, of course with conversion in this algorithm.
Container-Beating Approaches for Avoiding Discriminative Cramming Assaults
Container-Beating Approaches for Avoiding Discriminative Cramming AssaultsInternational Journal of Engineering Inventions www.ijeijournal.com
The peer-reviewed International Journal of Engineering Inventions (IJEI) is started with a mission to encourage contribution to research in Science and Technology. Encourage and motivate researchers in challenging areas of Sciences and Technology.A Location Based Cryptosystem For Mobile Devices Using Improved Rabin Algorithm
As per the recent studies, the volatile growth has been seen in the use of mobile devices as
the supporting technology for accessing Internet based services, as well as for personal
communication needs in networking. Various studies indicate that it is impossible to utilize strong
cryptographic functions for implementing security protocols on mobile devices. Our research negates
this. Explicitly, a performance analysis focused on the most commonly used cryptographic protocols
based on the location address (latitude & longitude) of the user for mobile applications and projected
provably secure authentication protocol that is more efficient than any of the prevailing
authentication protocol is being used by the network security methods. Understanding the use of
public key cryptography which makes potential use of discrete logarithms problem. The security of
ECC depends on the difficulty of Elliptic Curve Discrete Logarithm. To provide secure
communication for mobile devices, authenticated protocol is an important primitive for establishing
trusted connection. In this paper, it has been shown that the location based system using improved
Rabin Algorithm provides a better security and acquires much less energy consumption than the
existing authentication protocols.
Secure communication over optical networks
The document is a seminar report on secure communication over fiber optic networks submitted by Fiona Rozario. It discusses optical networks and various security issues in optical networks including issues in network transmission, optical amplifiers, and optical cross-connects. It then covers different encryption systems that can provide security in optical networks such as optical CDMA, quantum cryptography, chaos-based encryption, and optical steganography.
7222019 TestOut LabSimhttpscdn.testout.comclient-v5-.docx
7/22/2019 TestOut LabSim
https://cdn.testout.com/client-v5-1-10-563/startlabsim.html 1/3
9.2.2 Advanced Cryptography Facts9.2.2 Advanced Cryptography Facts
Advanced cryptography includes the following:
Concepts Definition
Encrypting
The purpose of encryption is obfuscation, making a message obscure so it is difficult to read.
Cryptographic service providers (CSPs) are software libraries that can be used to enhance encryption. Applications can use
these libraries to help secure email and provide strong user authentication.
Key
Exchange
The sender of an encrypted message encrypts a message with a key. Then the message receiver must decrypt the message with a key.
Key families include:
Symmetric. A symmetric key is where the sender uses a private key to encrypt a message. Then the recipient uses that same
private key to decrypt it.
Asymmetric. An asymmetric key is where the sender's key and receiver's key are different for the encryption and decryption
processes.
Key length is the number of bits used in a key by a cryptographic algorithm and can determine the strength.
Modes of
Operation
Modes of operations include:
Block Cipher: Provides confidentiality and authenticity services. A block cipher can encrypt or decrypt one fixed-length
block. It encrypts or decrypts one large chunk of data (or block) at a time, often combining blocks for additional security.
Block ciphers are more useful when the amount of data is known.
Cipher Block Chaining (CBC): A plaintext block is combined with the previous cipher text block, and the result is
encrypted with the key.
Cipher Feedback (CFB): Each cipher text block is fed back into the encryption and then used to encrypt the next plaintext
block.
Output Feedback (OFB): The output blocks are fed back into the block cipher. These blocks then make strings of bits to
feed the encryption algorithm, acting as the key generator.
Counter (CTR): Both the sender and recipient access a reliable counter that computes a new shared value each time a
ciphertext block is exchanged. The counter needs to be synchronized between both parties.
Galois/Counter Mode (GCM): A variation of the Counter mode, GCM throughput rates do not require high performance
hardware to produce acceptable high speed communication channels.
Output
The output from a cryptographic process may exhibit the following:
A simple character change in the plaintext will cause several characters to change in the cipher text. This is called diffusion.
When two different inputs to a cryptographic function produce the same output, this is called a collision. Collisions are not
common, but can occur.
Digital
Signature
A digital signature is a mathematical scheme for demonstrating the authenticity of digital message or document. A valid digital
signature gives a message credibility, guaranteeing the recipient that the message has not been tampered with in transit.
Things to consider when choosing your cryptographic methods:
Concept Definition
L ...
Confidentiality & Authentication Mechanism for Biometric Information Transmit...
The security of bio-metric information – finger print, retina mapping, DNA mapping and some other chemical and biological modified genes related information - transfer through low bandwidth and unreliable or covert channel is challenging task. Therefore, Security of biometric information is essential requirement in this fast developing communication world. Thus, in this paper, we propose efficient and effective mechanism for confidentiality and authentication for biometric information transmitted by using arithmetic encoding representation over low bandwidth and unreliable channel. It enhances the speed of encryption, decryption and authentication process. It uses arithmetic encoding scheme and public key cryptography e.g. modified version of RSA algorithm called RSA-2 algorithm.
A Comparative Study for Source Privacy Preserving and Message Authentication ...
Source node privacy and message authentication are the most important issues to be addressed in wireless sensor networks. Many schemes have come up to deal with message authentication. However, some of the schemes have stood by with some limitations like lack of scalability and high communication and computational overhead. Later these issues were solved by a polynomial based scheme, but failed to transmit number of messages beyond its threshold. To overcome this limitation an ECC and RSA algorithm has been used. To fix all these issues, a source node privacy based message authentication using Greedy Random walk algorithm has been proposed in this paper. A comparative study is done for the work that is implemented using ns2 and matlab.
Paper id 312201534
This document discusses securely sharing data in multi-owner cloud environments for dynamic groups. It proposes a method for securely sharing data files with other users in a group on an untrusted cloud. The method supports dynamic groups where new users can access files uploaded before joining without contacting owners. User revocation is achieved through a revocation list without updating other users' secret keys. Encryption overhead is constant, independent of revoked users. The scheme provides secure access control and preserves user privacy by hiding identities from the cloud.
G011123539
This document reviews cryptography techniques to secure the Ad-hoc On-Demand Distance Vector (AODV) routing protocol in mobile ad-hoc networks. It discusses various types of attacks on AODV like impersonation, denial of service, eavesdropping, black hole attacks, wormhole attacks, and Sybil attacks. It then proposes using the RC6 cryptography algorithm to secure AODV by encrypting data packets and detecting and removing malicious nodes launching black hole attacks. Simulation results show that after applying RC6, the packet delivery ratio and throughput of AODV increase while delay decreases, improving the security and performance of the network under attack.
An Encryption Algorithm To Evaluate Performance Of V2v Communication In Vanet
1) The document discusses an encryption algorithm to evaluate the performance of vehicle-to-vehicle (V2V) communication in vehicular ad hoc networks (VANETs).
2) The algorithm uses private key encryption for V2V communication between two vehicles. The vehicles agree on random numbers and perform calculations to derive a shared secret key.
3) The performance of the encryption algorithm is evaluated using the QualNet network simulator.
Cryptography and Network Security SESSION 1.pptx
This document is a lecture on information security and encryption techniques from the Master of Computer Application program at Graphic Era University in Dehradun, India. It covers topics like computer security, network security, internet security, security attacks and services, security mechanisms, cryptography basics, cryptanalysis, steganography, and symmetric and public key encryption algorithms. The document provides definitions and explanations of these key concepts in information security.
I1086066
This document summarizes a research paper that proposes using the Rivest Cipher version 6 (RC6) algorithm to provide message authentication and source privacy in wireless sensor networks. It discusses challenges with existing symmetric and public key approaches to message authentication in wireless sensor networks due to their high computational overhead and lack of scalability. The proposed approach aims to achieve efficient hop-by-hop message authentication, identity privacy, and location privacy using RC6 encryption. It evaluates RC6 in terms of computational overhead, energy consumption, message delay, and memory consumption compared to other techniques.
International Journal of Engineering Research and Development
Electrical, Electronics and Computer Engineering,
Information Engineering and Technology,
Mechanical, Industrial and Manufacturing Engineering,
Automation and Mechatronics Engineering,
Material and Chemical Engineering,
Civil and Architecture Engineering,
Biotechnology and Bio Engineering,
Environmental Engineering,
Petroleum and Mining Engineering,
Marine and Agriculture engineering,
Aerospace Engineering.
I1086066
This document discusses message authentication and source privacy in wireless sensor networks using the RC6 algorithm. It begins by reviewing existing approaches to message authentication like symmetric-key and public-key cryptosystems, which have limitations related to overhead and scalability. The document then proposes using the RC6 algorithm to provide efficient hop-by-hop message authentication and source privacy in wireless sensor networks. It aims to authenticate messages at each forwarding node while also hiding the identity and location of the message sender. The document reviews related work on wireless sensor networks and the network simulator NS-2 before describing the proposed RC6-based approach and its goals of message authentication, source privacy, and efficiency.
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