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DTSTART;TZID=Israel:20211031T150000
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DESCRIPTION:Ultra Wide Band Surveillance Radar\nDr. Mark E. Davis\nAESS Dis
 tinguished Lecturer\, IEEE Life Fellow\nMedavis Consulting\, Prospect NY\,
  USA\n\nUltra Wide Band Surveillance Radar is an emerging technology for d
 etecting and\ncharacterizing targets and cultural features for military an
 d geosciences applications.\nIt is essential to have fine range and cross-
 range resolution to characterize objects\nnear and under severe clutter. T
 his Tutorial is divided into five parts.\n\n The Early History of Battl
 efield Surveillance Radar: Battlefield surveillance\nfrom manned and unman
 ned aircraft\, along with early experiments in fixed\nand moving target de
 tection and foliage penetration are covered.\n UWB Phased Array Antenna
 : Wideband waveforms place a significant\ndemand on the ESA design to main
 tain gain and sidelobe characteristics.\nDesign of ESA systems with time d
 elay steering and digital beamforming will\nbe described.\n UWB Synthet
 ic Aperture Radar (SAR): A brief description of several UWB\nsurveillance 
 SAR systems will be provided\, along with illustrations of the SAR\nimage 
 and fixed object detection capability.\n UWB Ground Moving Target Indic
 ation: Space time adaptive processing\n(STAP) has been used for over 20 ye
 ars for detecting and tracking moving\ntargets in clutter. As the resoluti
 on is improved for target characterization\,\nthe limits of STAP are teste
 d. This section will discuss two approaches for\nincreasing the bandwidth 
 and maintaining geolocation accuracy: wideband\nSTAP and Along Track Inter
 ferometry.\n New research in Multi-mode Ultra-Wideband Radar\, with the
  design of both\nSAR and moving target indication (MTI) FOPEN systems. The
  last section of\nthe lecture will illustrate new technologies that have p
 romise for future\nmultimode operation: simultaneous SAR and GMTI in a mul
 tichannel radar.\n\nSunday\, October 31\, 2021\, 15:00\nRoom 011\, Kitot b
 uilding\n\nRoom: Auditorium 011\, Bldg: Engineering Classroom Building\, T
 el Aviv University \, Tel Aviv\, Tel Aviv District\, Israel\, Virtual: htt
 ps://events.vtools.ieee.org/m/286430
LOCATION:Room: Auditorium 011\, Bldg: Engineering Classroom Building\, Tel 
 Aviv University \, Tel Aviv\, Tel Aviv District\, Israel\, Virtual: https:
 //events.vtools.ieee.org/m/286430
ORGANIZER: michaljean@tauex.tau.ac.il
SEQUENCE:2
SUMMARY:Ultra Wide Band Surveillance Radar
URL;VALUE=URI:https://events.vtools.ieee.org/m/286430
X-ALT-DESC:Description: <br /><p>Ultra Wide Band Surveillance Radar<br />Dr
 . Mark E. Davis<br />AESS Distinguished Lecturer\, IEEE Life Fellow<br />M
 edavis Consulting\, Prospect NY\, USA</p>\n<p>Ultra Wide Band Surveillance
  Radar is an emerging technology for detecting and&nbsp\;<br />characteriz
 ing targets and cultural features for military and geosciences application
 s.&nbsp\;<br />It is essential to have fine range and cross-range resoluti
 on to characterize objects&nbsp\;<br />near and under severe clutter. &nbs
 p\;This Tutorial is divided into five parts.</p>\n<p> The Early History
  of Battlefield Surveillance Radar: Battlefield surveillance<br />from man
 ned and unmanned aircraft\, along with early experiments in fixed&nbsp\;<b
 r />and moving target detection and foliage penetration are covered.<br />
  UWB Phased Array Antenna: Wideband waveforms place a significant&nbsp\
 ;<br />demand on the ESA design to maintain gain and sidelobe characterist
 ics.<br />Design of ESA systems with time delay steering and digital beamf
 orming will&nbsp\;<br />be described.<br /> UWB Synthetic Aperture Rada
 r (SAR): A brief description of several UWB&nbsp\;<br />surveillance SAR s
 ystems will be provided\, along with illustrations of the SAR&nbsp\;<br />
 image and fixed object detection capability.<br /> UWB Ground Moving Ta
 rget Indication: Space time adaptive processing&nbsp\;<br />(STAP) has bee
 n used for over 20 years for detecting and tracking moving&nbsp\;<br />tar
 gets in clutter. As the resolution is improved for target characterization
 \,&nbsp\;<br />the limits of STAP are tested. This section will discuss tw
 o approaches for&nbsp\;<br />increasing the bandwidth and maintaining geol
 ocation accuracy: wideband&nbsp\;<br />STAP and Along Track Interferometry
 .<br /> New research in Multi-mode Ultra-Wideband Radar\, with the desi
 gn of both&nbsp\;<br />SAR and moving target indication (MTI) FOPEN system
 s. The last section of&nbsp\;<br />the lecture will illustrate new technol
 ogies that have promise for future&nbsp\;<br />multimode operation: simult
 aneous SAR and GMTI in a multichannel radar.</p>\n<p>Sunday\, October 31\,
  2021\, 15:00<br />Room 011\, Kitot building</p>
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