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Subashini, R.
- Highly Advanced 3D Object Password Authentication System to Secure Data
Authors
Source
Fuzzy Systems, Vol 8, No 4 (2016), Pagination: 101-106Abstract
Providing Authentication to any system leads to provide more security to that system. There are many authentication techniques are available, Such as textual password, Graphical password, etc. but each of this individually having some limitations & drawbacks. To overcome the Drawbacks of previously existing authentication technique. A new improved authentication technique is used, This authentication Scheme is called as 3D password. The 3D password is multi-password & multi-factor authentication system as it uses a various authentication techniques such As textual password, Graphical password etc. Most important part of 3d password scheme is inclusion of 3d virtual environment. 3d virtual environment is virtual environment which is consisting of real time object scenarios. It is not actual real time environment, it is just user interface provided to scheme which looks like same as real environment. 3d password is more secure authentication scheme than any other authentication techniques. Because this authentication scheme is more advanced than any other schemes. Also this scheme is hard to break & easy to use. In this paper we have introduced our contribution towards 3D Password to become more secure & more user friendly to users of all categories. This paper also explaining about what is 3D password?, working of 3D password scheme, some mathematical concept related to 3D password, applications of scheme etc. all these concepts are briefly introduced & explained in this paper as per section wise.
Keywords
Authentication, Multi-password, Quick Hull Algorithm, Textual Passwords, 3-D Password, 3-DVirtual Environment.
- Customized Portable Web Search Tool Using Substance and Area
Authors
1 Department of CSE, V.R.S. College of Engineering and Technology, Arasur, Villupuram, IN
Source
Data Mining and Knowledge Engineering, Vol 6, No 9 (2014), Pagination: 354-359Abstract
We propose a Customized Portable Web Search Tool (CPWST) that catches the clients' inclination as ideas by mining their navigate information. Because of the essentialness of area data in portable pursuit, CPWST groups these ideas into substance ideas and area ideas. Furthermore, clients' areas (situated by GPS) are utilized to supplement the area ideas in CPWST. In our outline, the customer gathers and stores generally the navigate information to secure protection, though overwhelming errands, for example, idea extraction, preparing, and re-positioning are performed at the CPWST server. Additionally, we address the protection issue by limiting the data in the client profile presented to the CPWST server with two privacy parameters. We prototype CPWST on the Google Android platform.Keywords
CPWST Server, Ontologies, Clickthrough.- IoT Based Energy Monitoring and Power Management System
Authors
1 Department of Electrical and Electronics Engineering, Tamilnadu College of Engineering, Karumathampatti, Coimbatore-641659, Tamilnadu, IN
Source
Wireless Communication, Vol 11, No 3 (2019), Pagination: 46-50Abstract
The main aim of the project is to Energy Monitoring and Power Management in SMART home. Energy saving is the one of the main challenging in our day to day life because lot of energy wasted during abnormal condition like over voltage and do not monitor and control the system continuously. This leads to reduction of system efficiency, so that proper monitoring and control mechanism is required to improve the energy and power level. To overcome this above problem real time application method is adapted in this project. This is achieved by using instrument transformer along with IoT provides to monitor voltage, current and power consumption of the load at a regular interval. The monitored values are viewed in webpage as well as mobile phone using Internet of Things (IoT).In this project Arduino Microcontroller compares the monitored value with the predefined value available in the cloud source and sent an SMS alert to the consumer, when the load draws an excessive power value.The proposed project includes Arduino UNO, Current transformer, Voltage transformer, GSM Modem, Wi-Fi Modem, Relay and Load. The simulation can be done by using Proteus Software. The SMART home gives reliability, availability, and efficiency, economic and environmental health.
Keywords
Internet of Things, Global System for Mobile Communication, Wi-Fi, Energy Monitoring.References
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