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Dhananjay Singh has a Masters in Computer Science from University of Texas at Dallas and a Bachelors in Information Sciences from M.S. Ramaiah Institute of Technology. He has skills in languages like Java, C#, C++, and frameworks like Android and Unity3D. He has worked on projects including a Tetris game using triangles in Java, a library management system in Java and SQL, and an Android contact manager. Dhananjay has also developed games and simulations using tools like Unity3D, OpenGL, and OpenCV. He has work experience as a Systems Engineer and has engaged in education and public relations activities.
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![ Fractals Simulation for a tree (Java)
Using Java Graphics Library, simulated a tree like structure using grammar based algorithm.
Work Experience:
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Systems Engineer, InfosysTechnologies Ltd.[Server Administrator for Capital Group of Companies] Sept 2012-Jan 2014
Education Support, MakeA Difference [Educator for under-privileged Children] Sept 2013-Dec 2015
Public Relations Team Member, MakeA Difference [Content Writer] Sept 2013-Dec2015
Activities:
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Student Coordinator for annual technical fest “IGNITE”in the year 2010 and 2011.
CompetitiveGaming (Active member of Tactical Gaming for Titanfall and Titanfall2)](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
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Dhananjay Singh has a Masters in Computer Science from University of Texas at Dallas and a Bachelor's in Engineering from M.S. Ramaiah Institute of Technology in Bangalore, India. He has skills in tools like Unity, Maya and programming languages including C++, C#, Java and JavaScript. Some of his projects include a multiplayer Unity game controlled by voice and gestures, a tower activation game in Unity, and procedural skin and mesh generation in Unity using C#. He has worked as a Systems Engineer at Infosys and volunteered as an educator for underprivileged children.
Graphical password authentication
a study on various techniques on graphical password authentication.
A key area in security research is authentication. Access to system is mostly based on the use of alpha numeric passwords. User felt difficult in remembering the password as that is long and randomly selected and how many passwords will user remember?, it made a complex procedure.
It presents comparison between Persuasive Cued Click Point Graphical Password scheme and Improved Persuasive Cued Click Points. One such category is click-based graphical passwords where a password is composed of a series of clicks on one or more pixel-based images .To log in, user re-select their click-points in the correct order. Click-points that fall within some acceptable tolerance of the original points should be accepted by the system since it is unrealistic to expect users to accurately target individual pixels.
Image based authentication
Image-based authentication (IBA) uses a set of user-selected images rather than a password for authentication. The IBA system displays an image set including key images mixed with other images. The user is authenticated by correctly identifying their key images. The document discusses IBA in detail, including potential vulnerabilities and methods to counter threats like observation attacks, brute force attacks, and frequency analysis attacks. It also covers the use of CAPTCHAs to distinguish humans and machines.
Comprehensive study of the usability features of the Graphical Password
This document summarizes and compares different graphical password authentication methods. It begins by outlining current authentication methods like tokens, biometrics, and text passwords before discussing the drawbacks of text passwords. It then introduces graphical passwords as a more memorable and secure alternative. The document divides graphical passwords into two categories: recognition-based techniques, where users identify previously selected images, and recall-based techniques, where users reproduce a previous action. Several recognition and recall techniques are then described in detail, including their advantages and disadvantages. The document concludes that graphical passwords are more difficult to crack than traditional text passwords.
Graphical password authentication
This document discusses graphical password authentication as an alternative to text passwords. It provides an overview of different authentication methods before focusing on the drawbacks of text passwords. Graphical passwords are introduced as a way to make passwords more secure yet easier for users. The document then surveys two categories of graphical passwords - recall-based techniques which require reproducing a password and recognition-based techniques involving identifying pre-selected images. It concludes by discussing the advantages and disadvantages of graphical passwords.
Graphical password authentication
Password is a secret word or string of characters used to authenticate identity and access resources like accounts, emails, apps, networks, websites and databases. Common types of authentication include token-based using keys or cards, biometric using fingerprints or facial recognition, and knowledge-based using text or graphical passwords, which are the most widely used. Graphical passwords present images and require the user to select or click points in a specific order for authentication. They provide more security than text passwords but also have drawbacks like taking more time and storage and being vulnerable to shoulder surfing.
Graphical password authentication system ppts
This document discusses different types of authentication systems including token-based, biometric-based, knowledge-based, recognition-based, pure recall-based, cued recall-based, and hybrid systems. It then focuses on graphical passwords, describing how they work by having users select images in a specific order. The document outlines a project to create an Android application for graphical password authentication to unlock private files using a cued recall system where users must select images in the correct sequence from a random grid. It discusses security considerations like guessing attacks and proposes that this approach provides stronger passwords while increasing the workload for attackers.
Graphical password
This document discusses graphical passwords as an alternative to alphanumeric passwords. Graphical passwords work by having users select images or points on images in a specific order. They are generally easier for users to remember but harder for others to guess compared to alphanumeric passwords. The document compares graphical and alphanumeric passwords and describes some simple graphical password schemes, advantages like improved security, and disadvantages like longer login times and vulnerability to shoulder surfing. It proposes solutions like triangle-based and movable frame-based schemes to address the shoulder surfing issue.
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Dhananjay Singh has a Masters in Computer Science from University of Texas at Dallas and a Bachelor's in Engineering from M.S. Ramaiah Institute of Technology in Bangalore, India. He has skills in tools like Unity, Maya and programming languages including C++, C#, Java and JavaScript. Some of his projects include a multiplayer Unity game controlled by voice and gestures, a tower activation game in Unity, and procedural skin and mesh generation in Unity using C#. He has worked as a Systems Engineer at Infosys and volunteered as an educator for underprivileged children.
Graphical password authentication
a study on various techniques on graphical password authentication.
A key area in security research is authentication. Access to system is mostly based on the use of alpha numeric passwords. User felt difficult in remembering the password as that is long and randomly selected and how many passwords will user remember?, it made a complex procedure.
It presents comparison between Persuasive Cued Click Point Graphical Password scheme and Improved Persuasive Cued Click Points. One such category is click-based graphical passwords where a password is composed of a series of clicks on one or more pixel-based images .To log in, user re-select their click-points in the correct order. Click-points that fall within some acceptable tolerance of the original points should be accepted by the system since it is unrealistic to expect users to accurately target individual pixels.
Image based authentication
Image-based authentication (IBA) uses a set of user-selected images rather than a password for authentication. The IBA system displays an image set including key images mixed with other images. The user is authenticated by correctly identifying their key images. The document discusses IBA in detail, including potential vulnerabilities and methods to counter threats like observation attacks, brute force attacks, and frequency analysis attacks. It also covers the use of CAPTCHAs to distinguish humans and machines.
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This document discusses graphical password authentication as an alternative to text passwords. It provides an overview of different authentication methods before focusing on the drawbacks of text passwords. Graphical passwords are introduced as a way to make passwords more secure yet easier for users. The document then surveys two categories of graphical passwords - recall-based techniques which require reproducing a password and recognition-based techniques involving identifying pre-selected images. It concludes by discussing the advantages and disadvantages of graphical passwords.
Graphical password authentication
Password is a secret word or string of characters used to authenticate identity and access resources like accounts, emails, apps, networks, websites and databases. Common types of authentication include token-based using keys or cards, biometric using fingerprints or facial recognition, and knowledge-based using text or graphical passwords, which are the most widely used. Graphical passwords present images and require the user to select or click points in a specific order for authentication. They provide more security than text passwords but also have drawbacks like taking more time and storage and being vulnerable to shoulder surfing.
Graphical password authentication system ppts
This document discusses different types of authentication systems including token-based, biometric-based, knowledge-based, recognition-based, pure recall-based, cued recall-based, and hybrid systems. It then focuses on graphical passwords, describing how they work by having users select images in a specific order. The document outlines a project to create an Android application for graphical password authentication to unlock private files using a cued recall system where users must select images in the correct sequence from a random grid. It discusses security considerations like guessing attacks and proposes that this approach provides stronger passwords while increasing the workload for attackers.
Graphical password
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Authentication Scheme for Session Password using matrix Colour and Text
The most common method used for authentication is Textual passwords. But textual passwords are
in risk to eves dropping, dictionary attacks, social engineering and shoulder surfing. Graphical passwords are
introduced as alternative techniques to textual passwords. Most of the graphical schemes are helpless to
shoulder surfing. To address this problem, text can be combined with images or colors to generate session
passwords for authentication. Session passwords can be used only once and every time a new password is
generated. In this paper, two techniques are proposed to generate session passwords using text and colors
which are resistant to shoulder surfing. These methods are suitable for Personal Digital Assistants.
Graphical Password Authentication
This document summarizes a thesis on graphical passwords as an alternative to text-based passwords. Graphical passwords use images instead of text and are easier for users to remember. They provide stronger security than text passwords since they are harder to guess via brute force or dictionary attacks. However, graphical passwords are vulnerable to "shoulder surfing" attacks where an observer watches the user enter their password. The document discusses recognition-based and recall-based graphical password techniques and proposes solutions like movable frames to mitigate shoulder surfing risks. It concludes that graphical passwords satisfy the conflicting needs of ease of use and security, but have not been widely adopted and current methods could still be improved.
Graphical Password Authentication
note: A slide for any presentation should not contain more than 4-5 sentences but this presentation has more than the requirement.So, i suggest you to edit as per your requirement and to make it more effective, you can add animations as well.
A Graphical Password Scheme using Persuasive Cued Click Points
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.
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This document outlines a minor project on an Image Based Authentication System (IBAS) undertaken by three computer science students - Pratishtha Singh, Prince Pranav, and Vivek Singh. The project aims to provide high security web login using randomly generated questions based on images to authenticate users. It details the objective, scope, requirements, design, implementation plan, and specifications for the IBAS project being developed for the Computer Science department at NRI Institute of Information Science & Technology, Bhopal.
Graphical Password Authentication
This document discusses graphical passwords as an alternative to text-based passwords. It outlines the drawbacks of text-based passwords, such as being difficult to remember and vulnerable to brute force and dictionary attacks. The document then proposes a graphical password system that uses images and points of interest on images instead of text for password authentication. This approach aims to make passwords more secure and easier for users to remember.
graphical password authentication
The document discusses and compares various authentication methods, including recognition-based, recall-based, and graphical password techniques. It provides an overview of common techniques such as Dhamija and Perrig's picture selection scheme, Sobrado and Birget's pass-object selection scheme, and Jermyn et al.'s Draw-A-Secret scheme. While graphical passwords may be easier for users to remember than text passwords, they have limitations such as taking longer to create and register, requiring more storage space, and not being very mature yet compared to traditional text-based passwords. The document evaluates the security and usability of different authentication methods.
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This document proposes a new shoulder surfing resistant graphical password scheme. It begins with an introduction to passwords and why they are needed for authentication. It then discusses different types of existing graphical passwords like passfaces, passpoints and draw-a-secret (DAS). The document outlines the working of current text-based graphical login systems and their drawbacks. It proposes a new login system using QR codes and password encryption to address these issues. It describes the current and future applications of this system and the hardware and software requirements. The document discusses the advantages of the new system in reducing shoulder surfing attacks and sending alerts on wrong attempts. It concludes that the proposed text-based color password scheme satisfies usability and security requirements.
Authentication scheme for session password using Images and color
This document summarizes a seminar presentation on developing a graphical password system as an alternative to textual passwords. The system aims to avoid vulnerabilities of textual passwords like eavesdropping, dictionary attacks, shoulder surfing. It consists of modules for user registration, image selection, color rating authentication and stores data in tables. The system architecture diagrams show how registration and authentication processes would work. Installation and maintenance aspects are also covered. It concludes the graphical password system would be more secure than existing systems and discusses potential future applications.
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Graphical passwords provide an alternative authentication method to alphanumeric passwords. They involve selecting images or points on images to create a password. This survey paper categorizes existing graphical password techniques as either recognition-based, where the user identifies previously selected images, or recall-based, where the user reproduces a previous creation like a drawing. While graphical passwords can be more memorable and secure, challenges include longer registration/login times and vulnerability to shoulder surfing. Proposed solutions to shoulder surfing involve using movable frames or geometric configurations like triangles.
A SHOULDER SURFING RESISTANT GRAPHICAL AUTHENTICATION SYSTEM
TO GET THIS PROJECT COMPLETE SOURCE ON SUPPORT WITH EXECUTION PLEASE CALL BELOW CONTACT DETAILS
MOBILE: 9791938249, 0413-2211159, WEB: WWW.NEXGENPROJECT.COM,WWW.FINALYEAR-IEEEPROJECTS.COM, EMAIL:Praveen@nexgenproject.com
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This document discusses graphical passwords as an alternative to traditional alphanumeric passwords. It begins with an introduction and definitions of passwords and graphical passwords. It then compares the advantages of graphical passwords, such as being easier for users to remember and harder for attackers to guess. The document outlines a simple graphical password scheme using image click points. It also discusses issues like the shoulder surfing problem where passwords can be observed and solutions to increase security like using triangle shapes or movable frames.
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This document describes a three-level security system using image-based authentication. It proposes using a sequence of click points on a series of images for login authentication. This adds a second factor of authentication using a personal handheld device. It aims to provide stronger security than text passwords alone by combining passwords, images, and device authentication. The system has three security levels that incorporate different authentication methods such as usernames, color patterns, image recognition, optical codes and character buttons.
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introduced as alternative techniques to textual passwords. Most of the graphical schemes are helpless to
shoulder surfing. To address this problem, text can be combined with images or colors to generate session
passwords for authentication. Session passwords can be used only once and every time a new password is
generated. In this paper, two techniques are proposed to generate session passwords using text and colors
which are resistant to shoulder surfing. These methods are suitable for Personal Digital Assistants.
Graphical Password Authentication
This document summarizes a thesis on graphical passwords as an alternative to text-based passwords. Graphical passwords use images instead of text and are easier for users to remember. They provide stronger security than text passwords since they are harder to guess via brute force or dictionary attacks. However, graphical passwords are vulnerable to "shoulder surfing" attacks where an observer watches the user enter their password. The document discusses recognition-based and recall-based graphical password techniques and proposes solutions like movable frames to mitigate shoulder surfing risks. It concludes that graphical passwords satisfy the conflicting needs of ease of use and security, but have not been widely adopted and current methods could still be improved.
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note: A slide for any presentation should not contain more than 4-5 sentences but this presentation has more than the requirement.So, i suggest you to edit as per your requirement and to make it more effective, you can add animations as well.
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This document discusses graphical passwords as an alternative to text-based passwords. It outlines the drawbacks of text-based passwords, such as being difficult to remember and vulnerable to brute force and dictionary attacks. The document then proposes a graphical password system that uses images and points of interest on images instead of text for password authentication. This approach aims to make passwords more secure and easier for users to remember.
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TO GET THIS PROJECT COMPLETE SOURCE ON SUPPORT WITH EXECUTION PLEASE CALL BELOW CONTACT DETAILS
MOBILE: 9791938249, 0413-2211159, WEB: WWW.NEXGENPROJECT.COM,WWW.FINALYEAR-IEEEPROJECTS.COM, EMAIL:Praveen@nexgenproject.com
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This document discusses graphical passwords as an alternative to traditional alphanumeric passwords. It begins with an introduction and definitions of passwords and graphical passwords. It then compares the advantages of graphical passwords, such as being easier for users to remember and harder for attackers to guess. The document outlines a simple graphical password scheme using image click points. It also discusses issues like the shoulder surfing problem where passwords can be observed and solutions to increase security like using triangle shapes or movable frames.
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This document describes a three-level security system using image-based authentication. It proposes using a sequence of click points on a series of images for login authentication. This adds a second factor of authentication using a personal handheld device. It aims to provide stronger security than text passwords alone by combining passwords, images, and device authentication. The system has three security levels that incorporate different authentication methods such as usernames, color patterns, image recognition, optical codes and character buttons.
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- 1. DHANANJAY SINGH +1(469) 233 5696 | dhananjay.s.rajawat@gmail.com | https://www.linkedin.com/in/dhananjay-singh-9aa6328b Education: Masters in Computer Science: GPA 3.61/4.00 Jan15 – Dec’16 University of Texas at Dallas(UTD) , Dallas, Texas, USA Coursework: UI Design | Analysis and Design of Algorithms |Database Design | Software Testing | Video Analytics | Multimedia Systems| Computer Graphics | Computer Animation and Gaming | Semantic Web Technologies Bachelorof Technology (Information Sciences):GPA 8.43/10 Sep’08 – Jun’12 M.S. Ramaiah Instituteof Technology, Bangalore, India Skills: Languages: Java, C#, C++, JavaScript, MySQL5, XML, PERL/CGI, Oracle 11i PL/SQL, Unix Shell Scripting Frameworks: PHP, .NET, Android, OpenGL, OpenCV Tools : AutoDesk Maya, Mudbox, 3DsMax, CryEngine 3, Unreal Engine 4, Unity3D, Rapid Miner Github: https://github.com/danny12690 Projects: Tetris Game with triangles (Java, Java Graphic Library) Developed a Tetris game with triangle based shapes. Implemented visual components – shapes, colors, borders, buttons – using JGL. Implemented Multi-Threading in Java for modules related to color scheme, fall speed and object size. Implemented Virtual triangular grid matrices for collision detection. Heavy emphasis on OOD/OOP principles such as Adapter and Factory Pattern. Library Management System: (Java, SQL) Using JDBC as front end and SQL as backend, designed a simple library management system. Android Contact Manager: (Java, Android, XML) Emulated a simple contact manager using android studio. Inventory management using pattern recognition (Data Mining): (Java) Used the Apriori all algorithm for pattern recognition, to come up with a support based pattern matching for books issued by each student in each department. Devised a support count with these patterns and used the resulting trend to predict what book a particular student tries to borrow next. Color Based Object Detection: (Java, C++) Used HSV color space. Detected an object in the scene and computed its dimensions using the dimensions of an already measured object, in the scene. Facial Emotion detection: (C++, openCV) Real time emotion detection for a face being read from the web cam. Used Haar Cascades, Eigen Faces and Optical Flow Algorithm. Prediction model trained using Support Vector Machine (SVM). PERL/CGI based web application: (Perl, HTML,C++) Web based application focused on providing transparency in monetary dealings within the farming community. User can either sign in as a farmer or a broker and options will be populated on the screen on that basis. Brokers have options to lend money, provide equipment, provide quotations for each commodity that he desires. Each quotation has to be approved by an administrator before the farmer can see it on his screen. Farmer has the options of rejecting a quotation, buying equipment, providing his own crop output information etc. Android Break Out Game: (Java, XML) A simple game with bricks, paddle and a ball. The ball has to break the bricks in order to escape. The lower time taken to do that, the higher the score. Unity3D Multiplayer Game with voice and gesture based controls (C#, C++) PVP plus PVE game with voice commands and gesture recognition Link: https://www.youtube.com/watch?v=naJveePB1L0 Link: https://www.youtube.com/watch?v=zUErQIZ3m8c Fall of Five (Unity 3D) tower activation game (C#) Link: https://www.youtube.com/watch?v=SSLHRQD3Mdk Procedural Skin and Mesh Generation (Unity3D). (C#) Link: https://www.youtube.com/watch?v=DvVj0KrlL0k Z-Buffer Algorithm Simulation (Java)
- 2. Fractals Simulation for a tree (Java) Using Java Graphics Library, simulated a tree like structure using grammar based algorithm. Work Experience: ---------------------------------------------------------------------------------------------------------------------------------------------------------- Systems Engineer, InfosysTechnologies Ltd.[Server Administrator for Capital Group of Companies] Sept 2012-Jan 2014 Education Support, MakeA Difference [Educator for under-privileged Children] Sept 2013-Dec 2015 Public Relations Team Member, MakeA Difference [Content Writer] Sept 2013-Dec2015 Activities: ---------------------------------------------------------------------------------------------------------------------------------------------------------- Student Coordinator for annual technical fest “IGNITE”in the year 2010 and 2011. CompetitiveGaming (Active member of Tactical Gaming for Titanfall and Titanfall2)