References
[1]. Srinivasan Nagaraj, Raju and V. Srinadth, (2015).
“Data Encryption and Authentication using Public Key
Approach”. International Conference on Intelligence
Computing, Communications and Convergence,
pp.126-132.
[2]. Sarika Khatarkar and Rachana Kamble, (2015). “A
Survey and Performance Analysis of Various RSA based
Encr yption Techniques”. International Journal of
Computer Applications, Vol.114, No.7, pp. 30-33.
[3]. Joshi Maitri and Fenil Khatiwala, (2015). “Survey of
Different Modified RSA Techniques and Analysis”.
International Journal of Engineering Technology,
Management and Applied Sciences, Vol.3, No.2,
pp.126-132.
[4]. Shyam Deshmukh and Prof. Rahul Patil, (2014).
“Hybrid Cryptography Technique using Modified Diffie-
Hellman and RSA”. International Journal of Computer
Science and Information Technologies, Vol.5, No.6,
pp.7302-7304.
[5]. Ali E. Taki El_Deen, El-Sayed A. El-Badawy and Sameh
N. Gobarn, (2014). “Digital Image Encryption Based on
RSA Algorithm”. International Journal of Electronics and
Communication Engineering, Vol.9, No.1, pp.69-73.
[6]. Norhidayah Muhammad, Jasni Mohamad Zain and
Md Yazid Mohd Saman, (2013). “Loop Based RSA Key
th Generation Algorithm using String Identify ”. 13
International Conference on Control, Automation and
System, pp.255-258.
[7]. B. Persis Urbana Ivy, Purshotam Mandiwa and Mukesh
Kumar, (2013). “A Modified RSA Cryptosystem based on 'n'
Prime Numbers”. International Journal of Research in
Science and Engineering, Vol.1, No.8, pp.63-66.
[8]. Nentawe Y. Goshwe, (2013). “Data Encryption and Decr yption Using RSA Algorithm in a Network
Environment”. International Journal of Computer
Science and Network Security, Vol.13, No.7.
[9]. S.H. Mortazavi and P.S. Avadhani, (2013). “RSA
Cr yptography Algorithm : An Impressive Tool in
Decresasing Intrusion Detection System ( IDS )
Vulnerabilities in Network Security ”. International Journal
of Innovative Technology and Exploring Engineering,
Vol.2, No.4, pp. 306-310.
[10]. Alaa Hussein Al-Hamami and Ibrahem Abdallah
Aldariseh, (2012). “Enhanced Method for RSA
Cryptosystem Algorithm”. IEEE International Conference
on Advanced Computer Science Applications and
Technologies, pp.402-408.
[11]. Sami A. Nagar and Saad Alshamma, (2012). “High
Speed Implementation of RSA Algorithm with Modified
th Keys Exchange”. IEEE 6 International Conference on
Science of Electronics, Technologies of Information and
Telcommunication, pp.639-642.
[12]. Shilpi Gupta and Jaya Sharma, (2012). “A Hybirid
Encryption Algorithm based on RSA and Diffie-Hellman”.
IEEE International Conference on Computational
Intelligent and Computing Research, pp.1-4.
[13]. Ravi Shankar Dhakar and Amit Kumar Gupta,
(2012). “Modified RSA Encryption algorithm (MERA)”. IEEE
nd 2 International Conference on Advanced Computing
and Commnication Technologies, pp.426-429.
[14]. Vishal Grag and Rishu, (2012). “Improved Diffie-
Hellman Algorithm for Network Security Enhancement”.
International Journal of Computer Technology and
Applications, Vol.3, No.4.
[15]. P. Saveetha and S. Arumugam, (2012). “Study of
Improvement in RSA Algorithm and its Implementation”.
International Journal of Computer and Communication
Technology, Vol.3, No.6.
[16]. Xin Zhou and Xiaofei Tang, (2011). “Research and
Implementation of RSA Algorithm for Encryption and
th Decryption”. IEEE The 6 International Forum on Strategic
Technology, pp.1118 - 1121.
[17]. Liang Wang and Yonggui Zhang, (2011). “A New
Personal Information Protection Approach Based on RSA Cryptography”. IEEE International Symposium on IT in
Medicine and Education, pp.591-593.
[18]. Shashi Mehrotra Seth and Rajan Mishra, (2011).
“Comparitive Analysis of Encryption Algorithms For Data
Communication”. International Journal of Computer
Science and Technology, Vol.2, No.2, pp. 292-294.
[19]. Wenxue Tan, Xiping Wang, Xiaoping Lou and
Meisen Pan, (2011). “Analysis of RSA based on
Quantitating Key Security Strength”. Advanced in Control
Engineering and Information Science, pp.1340-1344.
[20]. Sonal Sharma, Prashant Sharma and Ravi Shankar
Dhakar, (2011). “RSA Algorithm Using Modified Subset Sum
Cryptosystem”. IEEE International Conference on
Computer & Communication Technology, pp.457-461.
[21]. Yunfei Li, Qing Liu and Tong Li, (2010). “Design and
Implementation of an Improved RSA Algorithm”. IEEE
International Conference on E-Health Networking, Digital
Ecosystems and Technologies, pp.390-393.
[22]. Allam Mousa, (2005). “Sensitivity of Changing the
RSA Parameter on the Complexity and Performance of the
Algorithm”. Journal of Applied Science, Vol.5, No.1,
pp.60-63.
[23]. Aloka Sinha and Kehar Singh, (2003). “A Technique
for Image Encryption using Digital Signature”. Optic
Communications, pp.239-234.
[24]. Subbarao V. Wunnava and Ernest Rassi, (2002).
“Data Encryption Performance and Evaluation Schemes”.
IEEE Proceedings of Southeastcon, pp.234-238.
[25]. David A. Carts, (2001). “A Review of the Diffie-
Hellman Algorithm and its use in Secure Internet Protocol”.
SANS Institute, pp.1-7.
[26]. Rajorshi Biswas and Shibdas Bandyopadhyay, “A
Fast Implementation of the RSA Algorithm Using the GNU
Implementation”. Retrived from: http//www.alumni.cs.
ucr.edu
[27]. Atul Kahate, (2013). Cryptography and Network
Security. Fourth Edition, Tata McGraw-Hill.
[28]. William Stallings, (2010). Cryptography and Network
Security – Principles and Practice. Fifth Edition, Pearson
Publication.
[29]. R.L. Rivest, A. Shamir and L. Adleman, (1978). “A
Method for Obtaining Digital Signatures and Public Key
Cryptosystem ”. Communication of ACM, Vol.21, pp.120-
126.
[30]. Gaurav R Patel, Kurnal Panchal, and Sarthak R.
Patel, (2013). “A Comprehensive Study on a various
Modifications in RSA Algorithm”. International Journal of
Engineering Development and Research, Vol.1, No.3,
pp.161-163.
