Performance Analysis of Bag of Password Authentication using Python, Java and PHP Implementation

• Published in: 2021 6th International Conference on Communication and Electronics Systems (ICCES) pp. 1032 - 1039
• Main Authors: M, Balajee R, V, Murali Mohan, K, Jayanthi Kannan M
• Format: Conference Proceeding
• Language: English
• Published: IEEE 08.07.2021
• Subjects: Authentication; Authentication Security; Bag of Password; Java; Machine learning algorithms; Memory; Performance analysis; PHP; Probability of Password Occurrence; Python; Security; Social networking (online); Uniform Distribution; User remembrance
• DOI: 10.1109/ICCES51350.2021.9489233

In today's world, the data storage is getting increased due to (i) business and banking information, (ii) personalized data, (iii) research improvements on the field of data retrieval, pattern and future prediction over the retrieved data, (iv) improvement in machine learning algorithms, (v) social media and (vi) higher e-mail transactions. If the information value is higher, then that increases possibility and attracts hacker towards the available or transacted information. This clearly says that the field area of research is very much in need to focus and further improvement towards authentication security. The authentication security can be provided by using some devices like (i) finger print sensor, (ii) face recognition devices, etc., but these leads to additional cost and additional device dependent which reduces the ease approach of authentication. When the authentication mechanism need to be improved without any additional sensors then the password entering scheme will come into the picture and this password entering mechanism can be researched and improved better. This leads to the found, bag of password approach. In the bag of password technique, the major issue found is on the end user side to remember multiple passwords for authentication purpose. This issue is been addressed by making the uniform distribution passwords and reducing probability of every password occurrence at least once. As a result here for the proposed technique, the best programmatic language will be selected from the three trending programming languages like PHP, Python and Java to implement and recommending those based on various aspects for authentication mechanism.