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The CID Number appears on each page of the manuscript. The complete citation is used on the first page, and an abbreviated version on subsequent pages. AuthorsNumbers in the index correspond to the last two digits of the six-digit citation identifier (CID) article numbering system used in Proceedings of SPIE. The first four digits reflect the volume number. Base 36 numbering is employed for the last two digits and indicates the order of articles within the volume. Numbers start with 00, 01, 02, 03, 04, 05, 06, 07, 08, 09, 0A, 0B…0Z, followed by 10-1Z, 20-2Z, etc. Bogdanovic, Miro, 09 Boyd, John E., xi Breu, Jakob, 09 Charalampidis, Dimitrios, 0B Chen, Penghui, 0C Chen, Qi, 09 Chen, Qian, 0K Dong, Liquan, 07 Gu, Guohua, 0I, 0J, 0K Hallenborg, Eric, xxi He, Xiaoyu, 0C Hu, Jing, 04 Hui, Mei, 07 Hwee, Peh Chin, xxi Jaszewski, Martin, xxi Jiang, Yuesong, 0C Jilkov, Vesselin P., 0B Kong, Xiaofang, 0K Liu, Fan, 04 Liu, Ming, 07 Liu, Xiaohua, 07 Liu, Yun, 07 Lu, Mingfeng, 0A Roth, Tobias, 09 Sworder, David D., xi Wang, Jianing, 06 Wang, Jing, 0I Wang, Wenjuan, 0J Weiss, Christian A., 09 Wu, Jiande, 0B Wu, Yijian, 07 Xu, Fuyuan, 0I Xu, Xiaojian, 06, 0C Yang, Wei, 0J Yu, Yi, 04 Yuan, Ting, 09 Zhang, Feng, 0A Zhang, Yanshan, 0A Zhao, Yuejin, 07 Conference CommitteeProgram Track Chair Conference Chair Conference Co-chair Conference Program Committee
Session Chairs
Workshop Topic: Signal and Data ProcessingPresentation Titles: Action windows with resource limits and Implementation and evaluation of a detector of clutter embedded resolved targets in optical and infrared maritime video This Series of Conferences Has Added A Daytime Workshop. The conference proceedings and the SPIE Digital Library will use a copy of each author’s PowerPoint file instead of a manuscript. Workshop I: Action Windows with Resource LimitsDavid D. Sworder1 and John E. Boyd2 1University of California, San Diego 2Cubic Global Defense Applications, Inc. Workshop II: Implementation and evaluation of a detector of resolved targets in cluttered optical/infrared maritime videoMartin Jaszewski*, Eric Hallenborg*, and Peh Chin Hwee** *Space and Naval Warfare Systems Center Pacific, San Diego, USA **ST Dynamics Pte Ltd., Singapore, Republic of Singapore Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  Test statistic images have been normalized for viewing purposes. The pixel intensity values represent the relative confidence that the pixel contains anomalies (targets). Darker values represent relatively higher confidence that an anomaly is present.  |
