Slides
1 |
Introduction to Telemedicine |
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2 |
Core Technology Part I |
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3 |
Telecommunication and Networking |
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4 |
Medical Informatics |
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5 |
Telemdik Software |
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6 |
Example of an echocardiogram video |
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7 |
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Trajectory Analysis |
8 |
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Image Processing in DCT space. |
9 |
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Interoperability in Medical Informatics. |
10 |
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Color Enhancement in the Compressed Domain. |
11 |
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Color Constancy in the Compressed Domain. |
12 |
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Video Conferencing. |
13 |
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Image and Video Compression. |
14 |
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Compressed Domain Processing: Fundamentals. |
15 |
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Image Resizing in Compressed Domain. |
16 |
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Image Transcoding in Compressed Domain. |
17 |
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Color Restoration in Compressed Domain. |
18 |
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Video Processing in Compressed Domain. |
19 |
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Quality Health Care through Telemedicine . |
20 |
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Telemedicine . |
21 |
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m-Medicine. |
22 |
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Color in Graphics and Multimedia. |
23 |
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Telemedicine for public health: A Retrospective. |
24 |
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IP and VP techniques for neurological exminations. |
25 |
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Gait Recognition. |
26 |
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Digital Repainting of Heritage Murals. |
27 |
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Newborn Health Care. |
28 |
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Modeling and Analysis of Echocardiogram Video. |
29 |
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Color Image Processing in the compressed domain. |
30 |
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Image Resizing in the compressed domain. |
31 |
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Motion Analysis: Various contexts and applicaiton in health care. |
32 |
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Project oriented mentoring and supervision. Code-O-Soccer snippet. |
33 |
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Filtering in block DCT domain. |
34 |
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Surveillance by gait biometry. Kinect snippet. |
35 |
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Imaging geometry and computation of depth. |
36 |
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Medical Image Processing: Case studies. |
37 |
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Support Vector Machine for linearly separable classes. |
38 |
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Support Vector Machine for linearly non-separable classes. |
39 |
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Introduction to Bayesian Network. |
40 |
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Naive Bayes Classifier. |
41 |
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Belief Propagation and Introduction to Markov Random Field. |
42 |
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An overview of evolution of telemedicine technology developed at IIT Kharagpur and its deployment at various places from 2000 to 2023. |
43 |
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