Springer, 2003. — 304 p.
On behalf of the readers, editors, associate editors and editorial board members of this journal, I wish to express my appreciation and thanks to the four guest editors who organized this comprehensive special issue on the challenging problems in radar that are being tackled using technical devices originating in one and multidimensional signal processing. The topics spanned are extensive and pertinent as summarized in the guest editorial and detailed in the papers by the authors. We look forward to receiving comments by the readers following perusal.
There was considerable emphasis on multidimensional systems and signal processing, highlighted by a mini-symposium on the subject, at the Mathematical Theory of Networks and Systems (MTNS 2002) biennial symposium held in August 2002 at the University of Notre Dame in South Bend, Indiana. The symposium provided a meeting ground of old as well as new members of the multidimensional systems and signal processing community. The attention of the readers is also directed to the June 2002 special issue on multidimensional signals and systems in the IEEE Transactions on Circuits and Systems I: Fundamental Theory and Applications. A future special issue on super-resolution image reconstruction is being planned for appearance in IEEE Signal Processing Magazine.
Wavelet Transformation and Signal Discrimination for HRR Radar Target Recognition
2D HRR Radar Data Modeling and Processing
Detection and Analysis of Anisotropic Scattering in SAR Data
SAR Image Superresolution via 2-D Adaptive Extrapolation
Multi-Channel Multi-Variate Equalizer Design
Signal Processing for Large Bandwidth and Long Duration Waveform SAR
Target -Centered Models and Information-Theoretic Segmentation for Automatic Target Recognition
Extraction of Three-Dimensional Motion and Geometric Invariants from Range Dependent Signals
A Wide-Band Approach to the Absolute Phase Retrieval in SAR Interferometry
Scattering-Based Tomography for HRR and SAR Prediction
An Algorithm to Detect the Presence of 3D Target Motion from ISAR Data
Experimental Evaluation of Adaptive Beamforming Methods and Interference Models for High Frequency Over-the-Horizon Radar Systems