상세정보

CONTENTS
Conference Committee = ⅶ
Introduction = ⅸ
SESSION 1 MULTISENSOR FUSION Ⅰ
 Design of a multisensor data fusion system for target detection［1955-01］/ S. C. A. Thomopoulos[The Pennsylvania State Univ. and Intelnet] ; N. N. Okello[The Pennsylvania State Univ.] ; I. Kadar ; L.A. Lovas[Grumman Corp.] = 2
 Model -based joint Detection／estimation approach for multisensor data fusion［1955-02］/ T. W. Hilands ; S. C. A. Thomopoulos[The Pennsylvania State Univ.] = 14
 Predetection fusion with similar sensors［1955-03］/ P. K. Willett[Univ. of Connecticut] ; M. G. Alford ; V. C. Vannicola[Rome Lab.] = 26
 Multichannel detection for correlated non-Gaussian random processes based on innovations［1955-44］/ M. Rangaswamy[Rome Lab] ; D. D. Weiner[Syracuse Univ] ; J. H. Michels[Rome Lab.] = 38
 Neural Networks for sensor data fusion［1955-04］/ A. Filippidis[Defence Science and Technology Organisation(Australia)] ; R. E. Bogner[Univ. of Adelaide／South Australia] = 50
 MLANS application to sensor fusion［1955-45］/ L. I. Perlovsky[Nichols Research Corp.] = 61
 Multispectral data fusion using Neural networks［1955-05］/ R. Haberstroh ; I. Kadar[Grumman Corp.] = 65
SESSION 2 MULTISENSOR FUSION Ⅱ
 Implementation strategies for the central-level multihypthesis tracking fusion with muliple / E. Shahbazian ; M. A. Simard ; S. Bourassa[Paramax Systems Canada(Canana)] = 78
 Inter-Actor conflict mediation within a multisesor tactical threat assessment system［1955-08］/ D. W. J. Chubb[U. S. Army CECOM RDEC Intelligence and Electronic Warfare Directorate] = 90
 Feasibility of data fusion techniques applied to fotorcraft transmission diagnostics［1955-09］/ T. A. Dubois ; R. R. Pruyn[Boeing Defense & Space Group] = 105
 Schema for fusion of simultaneous measurements of LWIR and visible signature data［1955-09］/ K. E. Eversmeyer ; W. D. Watts ; E. B. Bube[Teledyne Brown Engineering] = 117
 Autonomous target recognition using remotely seensed surface vibration measurements / J. Gouris ; D. W. Ruck ; S. K. Rogers ; M. E. Oxley[Air Force Institute of technolgy] ; D. Barr[Army Night Vision Electronics Directorate] = 132
 Three-dimensional feature extraction using data fusion method［1955-11］/ L.J . Liu ; J. Y. Yang ; Y. L. Cao[East China Institute of Technology(china)] = 144
SESSION 3 MULTITARGET TRACKING
 Information-based sensor management［1955-12］/ W. Schmaedeke[Paramax Systems Corp.] = 156
 Image-based Target tracking : fusion architecture and sensor management［1955-13］/ B. Hersen ; A. Lalo ; D. Laneuville ; M. Mariton[MATRA MS2i(France)] = 165
 Data association problems posed as multidmensional assignment problems ; algorithm development［1955-14］/ A. B. Poore ; N. Rijavec[Colorado state Univ] ; T. N. Barker ; M. L. Munger[IBM Federal Systems Co.] = 172
 Target extraction and optical flow determination from fused sensor information［1955-15］/ T. Payne[Univ. of Adelaide／South Australia] = 183
 Segmentation of laser ranges with respect to range and variance［1955-16］/ P. Pucar ; M. C. Millnert[Link$$\ddot o$$ping Univ.(Sweden)] ; I. G. Renhorn ; D. Letalick[National Defence Research Establishment(Sweden)] = 195
SESSION 4 TARGET RECOGNITION Ⅰ
 Modeling of deterministic chaotic noise to improve target recognition［1955-17］/ A. D. McAulay ; K. Saruhan[Lehigh Univ.] = 210
 Multitarget and Multibackground classification algorithm using neural networks［1955-18］/ R. Mamlook ; W. E. Thompson[New Mexico State Univ.] = 218
 Data-Clustering algorithm using a self-organizing method［1955-19］/ R. Mamlook ; W. E. Thompson[New Mexico State Univ.] = 226
 Robust fast model-based recognition of partially occluded objects using normalized interval vertex descrptors［1955-20］/ R. Parra-Loera ; H. Erives ; W. E. Thompson[New Mexico State Univ.] = 232
 Artificial neural system development for airborne acoustic signature classification［1955-22］/ T. F. Tarr ; A. Farsaie[Baval Surface Warfare Ctr.] = 241
SESSION 5 TARGET RECOGNITION Ⅱ
 Multifunction sensor for target recognition［1955-23］/ W. M. James[GPALS PEO] ; P. C. Lindberg[Teledyne Brown Engineering] = 254
 Seeker analysis toolbox［1955-25］/ J. B. Brown ; C. M. Lmard[Teledyne Brown Engineering] = 258
 Contribution of depth information to ground vehicle identification using laser radar imagery data［1955-26］/ S. -Y. Hsu[Binghamton Univ.] = 269
 Target detection using image motion error measure［1955-27］/ J. L. Wayman ; J. M. Libert ; T. -R. Tsao[Vitro Corp.] = 279
 Clustering and compression of high-dimensional sensor data［1955-28］/ D. J. Herman ; S. C. Ahalt[The Ohio State Univ] ; R. A. Mitchell[Air Force Wright Lab.] = 286
 Determining the fractal dimension of scenes and digital signals using ROSETA and other novel approaches［1955-46］/ H. M. Jaenisch ; P. E. Barton[Nichols Research Corp] ; R. T. Carruth[U. S. Army Space and Strategic Defense Command] = 298
SESSION 6 SIGNAL AND IMAGE PROCESSING Ⅰ
 Real-time intervisibility calculations for ground-based radar systems［1955-31］/ V. Libby ; G. L. Love ; F. -M. Chou[Lockheed Palo Alto Research Lab.] = 318
 Rapid method for target motion detection using the spatiotemporal constraint equation［1955-32］/ J. L. Wayman ; C. J. Munno ; J. M. Libert ; T. -R. Tsak[Vitro Corp.] = 324
 Detection of radar signal in noise using optimum time-frequency receiver［1955-33］/ V. C. Chen[Nabal Research Lab.] = 333
 Technique for Large-dynamic-range wavelet image processing using coherent optics and binary SLMs［1955-34］/ H. Tuw ; C. J. Munno[Vitro Corp.] = 345
 Determination of viewing aspect by maximization of image symmetry［1955-35］/ J. P. Garcia ; H. H. Szu[Naval Surface Warfare Ctr.] ; T. -R. Tsao ; J. M. Libert[Vitro Corp.] = 355
SESSION 7 SIGNAL AND IMAGE PROCESSING Ⅱ
 Parallel processing of run-length-encoded Boolean imagery : Linear transformations and high-level image operations［1955-37］/ M. S. Schmaiz[Univ. of Florida] = 364
 Parallel processing of run-length-encoded Boolean imagery : linear transformations and high-level image operations［1955-37］/ M. S. Schmalz[Univ. of Florida] = 377
 Surface extraction using spatial position from line drawings［1955-38］/ H. J. Yoo ; H. R. Myler ; A. R. Weeks[Univ. of Central Florida] = 388
 Maximization of contour edge detection using adaptive thresholding［1955-39］/ M. D. Lewis ; A. R. Weeks ; H. R. Myler[Univ. of Central Florida] = 400
 Software／hardware distributed processing network supporting the ada environment［1955-41］/ R. J. Wood ; Z. Pryk[Rome Lab.] = 408
 Obtaining 3D information from remote sensing images［1955-43］/ H. Luo ; Y. Zhu ; F. Wan Huazhong[Univ. of Science and Technology(China)] = 420
Addendum = 425
Author Index = 426