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Depth-of-Field and Coded Aperture Imaging on XSlit Lens
Published on Oct 29, 20142936 Views
Recent coded aperture imaging systems have shown great success in scene reconstruction, extended depth-of-field and light field imaging. By far nearly all solutions are built on top of commodity camer
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Chapter list
Depth-of-Field Analysis and Coded Aperture Imaging on XSlitCameras00:00
Pinhole Cameras00:11
XSlitCameras00:42
Imaging Applications Using XSlitCameras01:41
Implementing Pinhole Cameras - 102:00
Implementing Pinhole Cameras - 202:08
Implementing Pinhole Cameras - 302:09
Implementing Pinhole Cameras - 402:12
Implementing Pinhole Cameras - 502:16
Implementing Pinhole Cameras - 602:23
Implementing Pinhole Cameras - 702:24
Implementing Pinhole Cameras - 802:28
Implementing XSlitCameras - 102:42
Implementing XSlitCameras - 202:47
Implementing XSlitCameras - 302:48
Our Contributions02:59
Our Tool: Ray Geometry Analysis - 103:36
Our Tool: Ray Geometry Analysis - 203:47
Our Tool: Ray Geometry Analysis - 304:00
Thin-Lens Ray Transform - 104:18
Thin-Lens Ray Transform - 204:25
Thin-Lens Ray Transform - 304:37
Thin-Lens Ray Transform - 404:39
Thin-Lens Ray Transform - 504:48
Thin-Lens Ray Transform - 604:55
Cylindrical Lens Operator - 105:08
Cylindrical Lens Operator - 205:11
Cylindrical Lens Operator - 305:14
Cylindrical Lens Operator - 405:18
Cylindrical Lens Operator - 505:24
Cylindrical Lens Operator - 605:26
Cylindrical Lens Operator - 705:31
XSlit Lens Ray Transform - 105:42
XSlit Lens Ray Transform - 205:44
XSlit Lens Ray Transform - 305:53
XSlit Lens Operator - 106:01
XSlit Lens Operator - 206:02
XSlit Lens Operator - 306:07
XSlit Lens Operator - 406:10
XSlit Lens Operator - 506:12
XSlit Lens Operator - 606:20
Aperture Operator - 106:25
Aperture Operator - 206:28
Aperture Operator - 306:38
Aperture Operator - 406:42
Point Spread Function - 106:53
Point Spread Function - 207:02
Point Spread Function - 307:05
Point Spread Function - 407:17
Point Spread Function - 507:34
Light Throughput Comparisons07:49
Throughput Equivalent Spherical Lens (TESL) - 108:08
Throughput Equivalent Spherical Lens (TESL) - 208:19
Throughput Equivalent Spherical Lens (TESL) - 308:35
Throughput Equivalent Spherical Lens (TESL) - 408:55
Finally…Defocus Blur Comparisons - 109:01
Finally…Defocus Blur Comparisons - 209:11
Finally…Defocus Blur Comparisons - 309:12
Finally…Defocus Blur Comparisons - 409:28
Finally…Defocus Blur Comparisons - 509:40
Finally…Defocus Blur Comparisons - 609:41
Finally…Defocus Blur Comparisons - 709:42
Finally…Defocus Blur Comparisons - 809:45
Experiments10:08
Coded Aperture - 110:32
Coded Aperture - 210:44
Coded Aperture - 310:51
Coded Aperture - 410:53
Coded Pattern Design11:03
XSlit Coded Imaging - 111:54
XSlit Coded Imaging - 212:06
XSlit Coded Imaging - 312:12
Synthetic Result - 112:26
Synthetic Result - 212:40
Real Result - 113:05
Real Result - 213:38
Conclusions13:43
Future Work14:33
Acknowledgement - 115:29
Acknowledgement - 215:45