'Range resolution' diaporamas de présentation

Technology Overview Physics And Mathematics Avishai Bartov, VP R&D

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High resolution radar technology for environmental applications

High resolution radar technology for environmental applications. Dr Richard Holliday Dr Duncan Wynn Matt-Rhys Roberts. Content. Introduction Survey methods - manual - LIDAR/hyper-spectral, thermal imaging - RADAR/ real-beam mapping/SAR, interferometric SAR

632 views • 41 slides

High resolution radar technology for environmental applications

High resolution radar technology for environmental applications. Dr Richard Holliday Dr Duncan Wynn Matt-Rhys Roberts. Content. Introduction Survey methods - manual - LIDAR/hyper-spectral, thermal imaging - RADAR/ real-beam mapping/SAR, interferometric SAR

603 views • 41 slides

IM and WS Mode Level 1 Product quality update

IM and WS Mode Level 1 Product quality update. Introduction IM Mode Optimisation Updated IMS product quality (VV & HH) Updated IMP product quality (VV & HH) Updated IMM product quality (VV & HH) Updated WSM product quality (VV & HH) Conclusions. B. Rosich ESA/ESRIN.

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ASAR APP & APM Image Quality Peter Meadows & Trish Wright

ASAR APP & APM Image Quality Peter Meadows & Trish Wright. Properties of APP & APM Products Example APP & APM Products Analysis Approach Format Verification Visual Inspection Impulse Response Function Measurements AP Cross-Polarisation Ratio. AP Channel Co-Registration

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FAA NEW TECHNOLOGY WORKSHOP III JANUARY 9, 2007

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Toward an Integrated Air-Sea Real-Time Airborne Observing System for Landfalling Hurricanes

Toward an Integrated Air-Sea Real-Time Airborne Observing System for Landfalling Hurricanes. Peter G. Black, Eric Uhlhorn and John Gamache NOAA/AOML/Hurricane Research Division Al Goldstein, NOAA/AOC, Ivan Popstefanija, ProSensing. Inc.

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BEIHANG UNIVERSITY 201 LAB

IGARSS 2011. PARALLEL FREQUENCY RADAR VIA COMPRESSIVE SENSING. You Yanan , Li Chunsheng , Yu Ze. BEIHANG UNIVERSITY 201 LAB. OUTLINE. 1. INTRODUCTION. 2. background of compressive sensing. 3. PARALLEL FREQUENCY RADAR BASED ON COMPRESSIVE SENSING. 4. simulation results.

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Modeling Speckle Noise Using MATLAB

Modeling Speckle Noise Using MATLAB. Adam Baldoni , Dickinson College Mentor: Dr. Ilker Kocyigit , Dartmouth College. What is speckle?. Noise phenomenon that occurs in imaging. Why is speckle important?. Ultrasound SAR. Where does speckle come from?.

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Terminal Doppler Weather Radar

Presented By: Usama Ashraf ID: 110101001. Terminal Doppler Weather Radar. Terminal Doppler Weather Radar (TDWR):

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ASAR IMP Image Quality Peter Meadows & Trish Wright

ASAR IMP Image Quality Peter Meadows & Trish Wright. Properties of IMP Products Example IMP Products Analysis Approach Format Verification Impulse Response Function Measurements. Equivalent Number of Looks and Radiometric Resolution Azimuth Ambiguities Localisation Accuracy

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RAINGAIN Kick-Off Meeting

RAINGAIN Kick-Off Meeting . Benefits of High Spatial and Temporal Resolution for Urban Catchments from existing Radars. UK Met Office Work Package. Table of Contents UK Network Spatial Resolution Benefits Planned Work Increased Temporal Resolution Benefits Planned Work.

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449 MHz Modular Wind Profiler

449 MHz Modular Wind Profiler. William Brown Atmospheric Profiling Group (ISS & GAUS) EOL / ISF. Brad Lindseth, Charlie Martin, Jen Standridge, Tim Lim, Lou Verstraete, Steve Cohn, Terry Hock EOL / ISF & CDS & DFS. With help from: Jim Jordan, Dan Law, Warner Ecklund ( NOAA)

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Konica Minolta VIVID 910 3-D non-contact digitizing instrument

Konica Minolta VIVID 910 3-D non-contact digitizing instrument. By Afshan Hina. Overview. Where is 3D imaging being used What is VIVID 910 Specifications Techniques used Comparison to Stereo Opsis Benefits of using this device Conclusion Commentary. Current and Future Uses 3D Scanners.

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PRIOR TO MEETING STARTING

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FMCW radar performance and cost

FMCW radar performance and cost. FMCW radar design. FMCW radar - key design questions: The needs of the users: Required sensitivity Range resolution Doppler capability Polarimetric capability Specification of instrument preliminary to detailed design: Dual or single antenna

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Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs)

Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs) Submission Title: Technical Guidance Document Input for Advanced Metering Interface Date Submitted: 10 Jul 2014 Source: Dalton Victor Company: Silver Spring Networks

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GPU-accelerated processing of Incoherent Scatter Radar (ISR) data

GPU-accelerated processing of Incoherent Scatter Radar (ISR) data.

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Simultaneous Synthetic Aperture Radar Imaging and Moving Target Indication

Currently, SAR and MTI are performed on separate platforms SAR assumes objects in scene are stationary MTI treats stationary objects as clutter We desire to develop general solution for simultaneous and synergistic SAR/MTI Returns from moving targets often smaller than clutter return.

499 views • 1 slides