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		<title>Current</title>
		<description>OnGoing Thesis / Projects</description>
		
		<content><![CDATA[<span class="title">Current</span>
<p align="justify"><span class="highlight">Image Forgery Detection</span></p>
<p align="justify">In the current era of technology and multimedia we found ourselves surrounded by Digital Images. Considering the rapid advancement in Image Processing it has been very easy to manipulate any digital image using sophisticated tools like  Photo-shop, Coral Draw etc. So hereby in my thesis i will proposed some methods and algorithms that will attempt to restore authenticity and integrity in digital images.</p>

<p align="justify"><span class="highlight">Advance high level Content Based Image Retrieval system for Logo and Trademark Distinctness</span></p>
<p align="justify">Find out similar deceptive Trademarks from a database on the basis of their colour, texture, shape, spatial and text within them.</p>

<p align="justify"><span class="highlight">De-skewing,De-warping and De-noising of perspectively distorted documents:A comparision between Geometrical Methods and Machine Learning Approach.</span></p>
<p align="justify">The main research directions in camera captured document analysis is to deal with the page curl and perspective distortions.Current document analysis and optical character recognition systems do not expect these types of artifacts and show poor performance ,when applied directly to camera-captured documents.The goal of text de-skewing is to re-orient the skewed text lines and the goal of text de-warping is to flatten a camera-captured document such that it becomes readable by currently OCR systems. We will use Support Vector Machine and Neural Network for our Machine Learning Approach.</p>

<p align="justify"><span class="highlight">User state modeling using EEG signals</span></p>
<p align="justify">Interface is the most crucial part of any system.Traditional the evaluation of interface is done by surveys or think-aloud method which don't give valuable insight into the user’s changing experience throughout the task.The motive is to develop objective technique to measure user states such as workload, emotion, and fatigue in real time using EEG signals of UI evaluation. </p>  

<p align="justify"><span class="highlight">facial expression recognition from audio-visual information using wavelet and curvelet transform</span></p>
<p align="justify">Facial expression recognition is an interesting topic of research. We propose this project the use of combination of wavelet transform and digital curvelet transform for recognition facial expression from video.</p>

<p align="justify"><span class="highlight">Final mobile on LAN(Remote log in in Android based handset)</span></p>
<p align="justify">Remote log in in Android based handset, and run this on the Emulator.</p>

<p align="justify"><span class="highlight">Computer Vision based Virtual keyboard</span></p>
<p align="justify">A projected visible virtual keyboard that can be touched on any surface and a video screen. The webcam watches finger movements using "Computer Vision" and translates them into keystrokes in the device. The proposed system will thus represent a ultracompact, portable computer.</p>

<p align="justify"><span class="highlight">Messaging computer database on mobile phones</span></p>
<p align="justify">Remote login in android based devices and accessing its features.</p>

<p align="justify"><span class="highlight">3D Simultaneous Localisation and Mapping</span></p>
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<p align="justify"><span class="highlight"></span></p>
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		<title>Previous</title>
		<description>Past Thesis / Projects</description>
		
		<content><![CDATA[<span class="title">Previous</span>
<p align="justify"><span class="highlight">Page Under Construction!!!</span></p> ]]></content>
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