| Author |
Session |
Start page |
Title |
| A A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Alaee-Kerahroodi, Mohammad |
I07.4 |
192 |
Sidelobe Performance Analysis of Noise Waveforms Considering the Doppler Mismatch |
| Almodovar-Hernandez, Anabel |
I04.3 |
82 |
USRP Platforms for High Performance Passive Radar Development |
| I06.3 |
232 |
DVB-S Passive Radar Performance Evaluation in Semi-Urban Ground Scenario |
| An, Daoxiang |
P-02.22 |
121 |
Ground Moving Target Parameter Estimation and Track Reconstruction of Single-Channel CSAR |
| P-02.23 |
131 |
An Effective Method of Bridge Detection Based on Polarimetric CSAR |
| Ascher, Alois |
I11.2 |
334 |
Investigation of the Requirements on Radar Echo Generators for MIMO Radar Sensors |
| Averyanova, Yuliya |
I08.3 |
256 |
Aircraft Trajectories Correction Using Sharing Operative Meteorological Radar Information |
| B A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Babu, Arun |
I09.4 |
281 |
Road Surface Roughness Estimation Using Polarimetric SAR Data |
| Balada, Radek |
I05.1 |
157 |
Expectation-Maximization Target Initiation Algorithm |
| Barowski, Jan |
I11.4 |
339 |
Material Challenges in the Integration of Radar Sensors Behind Painted Polymer Vehicle Components |
| Baumgartner, Stefan |
I09.4 |
281 |
Road Surface Roughness Estimation Using Polarimetric SAR Data |
| Behar, Vara |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Beltrão, Gabriel |
I07.4 |
192 |
Sidelobe Performance Analysis of Noise Waveforms Considering the Doppler Mismatch |
| Bentum, Mark |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Bi, Guoan |
I03.3 |
57 |
L2,1-norm Regularization Based Sparse SAR Imaging from Periodic Block Sampling Data: Initial Result |
| P-02.24 |
135 |
Novel ISAR Range Alignment via Minimizing Entropy of the Sum Range Profile |
| P-02.25 |
139 |
Lq-norm Regularization Based SAR Image Feature Enhancement |
| Bi, Hui |
I03.3 |
57 |
L2,1-norm Regularization Based Sparse SAR Imaging from Periodic Block Sampling Data: Initial Result |
| P-02.24 |
135 |
Novel ISAR Range Alignment via Minimizing Entropy of the Sum Range Profile |
| P-02.25 |
139 |
Lq-norm Regularization Based SAR Image Feature Enhancement |
| Biebl, Erwin |
I13.3 |
385 |
Algorithmic Steps for SAR Backprojection on Radar Based Motion Estimation |
| Bischof, Brenton |
J02.3 |
211 |
Clutter Modeling from UWB Data for LPI/LPD Radarcom Signal Encoding |
| Bloecher, Hans-Ludwig |
I13.2 |
379 |
Polarimetric Scattering Mechanism Analysis of Automotive Landmarks |
| Bogachev, Mikhail |
I10.3 |
312 |
Adaptive Multi-threshold Object Selection in Remote Sensing Images |
| Bogoni, Antonella |
I12.1 |
347 |
Dual-Band Radar System with Multiple Distributed Sensors for Coherent MIMO |
| Bonfig, Teresa |
I11.4 |
339 |
Material Challenges in the Integration of Radar Sensors Behind Painted Polymer Vehicle Components |
| Bongioanni, Carlo |
I06.2 |
228 |
Non-Coherent DVB-S Passive Radar Demonstrator |
| I08.1 |
245 |
Fusing Active and Passive Measurements for Drone Localization |
| Brandfass, Michael |
I01.2 |
6 |
Polarimetric Radar Technology for European Defence Superiority - The PolRad Project |
| Brawata, Sebastian |
I01.3 |
11 |
FMCW Perimeter Radar for Border Protection - Preliminary Field Trials |
| Breton, Pierre-Albert |
J02.5 |
216 |
Realistic Synthetic Sea-Clutter Generation for Electronically Scanned Radar |
| Bringmann, Oliver |
J02.2 |
205 |
Statistical Analysis of Bistatic Rural Terrain Clutter |
| Brosch, Tobias |
I02.2 |
28 |
Deep Learning Approach for Radar Applications |
| Bruggenwirth, Stefan |
I01.2 |
6 |
Polarimetric Radar Technology for European Defence Superiority - The PolRad Project |
| Bystrov, Aleksandr |
I02.1 |
24 |
Surface Classification Based on Low Terahertz Radar Imaging and Deep Neural Network |
| J02.1 |
202 |
Experimental Evaluation of 79 GHz Radar Performance in Fire Environments |
| C A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Cabrera, Octavio |
I06.2 |
228 |
Non-Coherent DVB-S Passive Radar Demonstrator |
| Caris, Michael |
I01.4 |
15 |
94 GHz Radar Used for Perimeter Surveillance with Wide Target Clarification |
| Chen, Leping |
P-02.22 |
121 |
Ground Moving Target Parameter Estimation and Track Reconstruction of Single-Channel CSAR |
| P-02.23 |
131 |
An Effective Method of Bridge Detection Based on Polarimetric CSAR |
| Cherniakov, Mikhail |
J02.1 |
202 |
Experimental Evaluation of 79 GHz Radar Performance in Fire Environments |
| Chizh, Margarita |
P-02.16 |
94 |
Experimental Setup with a Compact Vector Network Analyzer, RGB-D Sensor, and Linear Drive Modules for Imitation Modeling of Microwave Personnel Screening System in Motion |
| P-02.20 |
112 |
Non-Destructive Testing of the Rails Rolling Surface and Joints with Synthetic Aperture Radar |
| Ciesielski, Marek |
I01.3 |
11 |
FMCW Perimeter Radar for Border Protection - Preliminary Field Trials |
| Colone, Fabiola |
I06.2 |
228 |
Non-Coherent DVB-S Passive Radar Demonstrator |
| I08.1 |
245 |
Fusing Active and Passive Measurements for Drone Localization |
| Corretja, Vincent |
J02.5 |
216 |
Realistic Synthetic Sea-Clutter Generation for Electronically Scanned Radar |
| D A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Dąbrowski, Grzegorz |
P-02.18 |
103 |
An X-Band FMCW Radar Demonstrator Based on an SDR Platform |
| Daniel, Liam |
J02.1 |
202 |
Experimental Evaluation of 79 GHz Radar Performance in Fire Environments |
| Dästner, Kaeye |
I05.2 |
157 |
Analysis of Time Series of Statistical Air Traffic Data |
| I05.5 |
173 |
Data Analytics, Machine Learning and Risk Assessment for Surveillance and Situation Awareness |
| del-Rey-Maestre, Nerea |
I06.3 |
232 |
DVB-S Passive Radar Performance Evaluation in Semi-Urban Ground Scenario |
| Deng, Jiarui |
P-02.25 |
139 |
Lq-norm Regularization Based SAR Image Feature Enhancement |
| Dickmann, Juergen |
I13.2 |
379 |
Polarimetric Scattering Mechanism Analysis of Automotive Landmarks |
| Ding, Zhen |
I08.4 |
260 |
Dual-Side Scheduling for Radar Resource Management |
| Domann, Axel |
I01.5 |
19 |
Sense and Avoid Radar Flight Tests |
| Dong, Ge |
P-02.16 |
94 |
Experimental Setup with a Compact Vector Network Analyzer, RGB-D Sensor, and Linear Drive Modules for Imitation Modeling of Microwave Personnel Screening System in Motion |
| Droszcz, Aleksander |
I01.3 |
11 |
FMCW Perimeter Radar for Border Protection - Preliminary Field Trials |
| I04.1 |
73 |
On the Possibility of Using LOFAR Radio Telescope for Passive Radiolocation |
| I10.5 |
323 |
Beamforming of LOFAR Radio Telescope Antennas Used as Sensors in Passive Radiolocation System |
| Drozdov, Michail |
P-02.19 |
107 |
Running Gaussian Average as Method of Adaptive Background Subtraction in Radar Applications |
| Drozdowicz, Jedrzej |
P-02.18 |
103 |
An X-Band FMCW Radar Demonstrator Based on an SDR Platform |
| I06.5 |
240 |
Simultaneous Active and Passive SAR Imaging - First Results |
| I09.1 |
264 |
Point Spread Function Estimation for Airborne Three-Dimensional Synthetic Aperture Radar |
| Duk, Vichet |
J02.2 |
205 |
Statistical Analysis of Bistatic Rural Terrain Clutter |
| E A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Ender, Joachim |
I03.2 |
51 |
Three Dimensional ISAR Autofocus Based on Sparsity Driven Motion Estimation |
| F A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Fernandes, Jorge |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Funken, Stefan |
I05.4 |
167 |
Gaussian Poisson Multi Bernoulli Mixture Filter and Its Applications |
| G A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Galajda, Pavol |
I01.1 |
1 |
15Th Order M-Sequence SoC Radar for Short-Range Sensing |
| Gardner, Peter |
I02.1 |
24 |
Surface Classification Based on Low Terahertz Radar Imaging and Deep Neural Network |
| Garmatyuk, Dmitriy |
J02.3 |
211 |
Clutter Modeling from UWB Data for LPI/LPD Radarcom Signal Encoding |
| Garvanov, Ivan |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Gashinova, Marina |
I02.1 |
24 |
Surface Classification Based on Low Terahertz Radar Imaging and Deep Neural Network |
| J02.1 |
202 |
Experimental Evaluation of 79 GHz Radar Performance in Fire Environments |
| Ge, Beibei |
P-02.22 |
121 |
Ground Moving Target Parameter Estimation and Track Reconstruction of Single-Channel CSAR |
| Ghelfi, Paolo |
I12.1 |
347 |
Dual-Band Radar System with Multiple Distributed Sensors for Coherent MIMO |
| Ghio, Selenia |
I10.4 |
318 |
A Comparison of Radon Domain Approaches for Resident Space Object's Parameter Estimation |
| Ghosh, Dipanjan |
I11.5 |
343 |
Improved and Optimal DBSCAN for Embedded Applications Using High Resolution Automotive Radar |
| Gisder, Thomas |
I13.3 |
385 |
Algorithmic Steps for SAR Backprojection on Radar Based Motion Estimation |
| Gomez-del-Hoyo, Pedro-Jose |
I04.3 |
82 |
USRP Platforms for High Performance Passive Radar Development |
| Greiff, Christian |
I01.2 |
6 |
Polarimetric Radar Technology for European Defence Superiority - The PolRad Project |
| Gromek, Damian |
P-02.18 |
103 |
An X-Band FMCW Radar Demonstrator Based on an SDR Platform |
| I06.4 |
236 |
The Use of Barycentric BPA for Passive SAR Imaging |
| I06.5 |
240 |
Simultaneous Active and Passive SAR Imaging - First Results |
| H A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Haider, Arsalan |
I11.1 |
328 |
Integration of Phase Noise into a Virtual Test Driving Software to Investigate the Impact on the Radar Performance |
| Hamad, Ahmad |
I03.2 |
51 |
Three Dimensional ISAR Autofocus Based on Sparsity Driven Motion Estimation |
| Harter, Marlene |
I13.4 |
391 |
Analysis of Amplitude and Phase Errors in Digital-Beamforming Radars for Automotive Applications |
| Heberling, Dirk |
I13.2 |
379 |
Polarimetric Scattering Mechanism Analysis of Automotive Landmarks |
| Hegde, Rajesh |
J03.3 |
286 |
Subarray Design for Multibeam Radars with Clustering Methods |
| Hennig, Jens |
I01.5 |
19 |
Sense and Avoid Radar Flight Tests |
| Herschel, Reinhold |
S01.5 |
125 |
Vital Parameters Detection of Non Stationary Human Subject Using MIMO Radar |
| I08.2 |
250 |
UAV Tracking Based on Unscented Kalman Filter for Sense and Avoid Applications |
| I12.2 |
351 |
MIMO Radar Based Platform Motion Detection for Radar Imaging |
| Hoare, Edward |
J02.1 |
202 |
Experimental Evaluation of 79 GHz Radar Performance in Fire Environments |
| I A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Inoue, Akira |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Ishii, Yoshihiro |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Ivashov, Sergey |
P-02.20 |
112 |
Non-Destructive Testing of the Rails Rolling Surface and Joints with Synthetic Aperture Radar |
| J A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Janczak, Dariusz |
I12.4 |
362 |
Time-chirp Distribution for Detection and Estimation of LPI Radar Signals |
| Jarabo-Amores, Maria-Pilar |
I04.3 |
82 |
USRP Platforms for High Performance Passive Radar Development |
| I06.3 |
232 |
DVB-S Passive Radar Performance Evaluation in Semi-Urban Ground Scenario |
| Jędrzejewski, Konrad |
I01.3 |
11 |
FMCW Perimeter Radar for Border Protection - Preliminary Field Trials |
| I04.1 |
73 |
On the Possibility of Using LOFAR Radio Telescope for Passive Radiolocation |
| I10.5 |
323 |
Beamforming of LOFAR Radio Telescope Antennas Used as Sensors in Passive Radiolocation System |
| Jiang, Man |
P-02.26 |
143 |
Study on Motion Compensation Method for W-Band UAV MISAR Real-Time Imaging |
| Johannes, Winfried |
I01.4 |
15 |
94 GHz Radar Used for Perimeter Surveillance with Wide Target Clarification |
| Jung, Andrea |
I04.4 |
88 |
Device-Free Passive Localization Based on Narrowband Channel Impulse Responses |
| Jürgens, Stefan |
I13.1 |
373 |
Radar-Based Automotive Localization Using Landmarks in a Multimodal Sensor Graph-Based Approach |
| K A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Kabakchiev, Avgust |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Kabakchiev, Hristo |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Kabakchieva, Dorina |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Kaniewski, Piotr |
P-02.17 |
100 |
Novel Algorithm for Position Estimation of Handheld Ground-Penetrating Radar Antenna |
| Kareneuski, Sviatoslav |
I04.2 |
77 |
Practical Results of Drone Detection by Passive Coherent DVB-T2 Radar |
| Karpovich, Pavel |
I04.2 |
77 |
Practical Results of Drone Detection by Passive Coherent DVB-T2 Radar |
| Kawahara, Masatoshi |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Kawalec, Adam |
P-02.28 |
154 |
The Performance of a Linear STAP Processor for Radar Signal Processing |
| Kemkemian, Stephane |
J02.5 |
216 |
Realistic Synthetic Sea-Clutter Generation for Electronically Scanned Radar |
| Khalaf-Allah, Mohamed |
I05.3 |
163 |
Average Linear Least Squares Positioning: Preliminary Results |
| Khyzhniak, Mariia |
I01.3 |
11 |
FMCW Perimeter Radar for Border Protection - Preliminary Field Trials |
| Kitazawa, Hironori |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Klarer, Dietmar |
I01.5 |
19 |
Sense and Avoid Radar Flight Tests |
| Kłos, Julia |
I01.3 |
11 |
FMCW Perimeter Radar for Border Protection - Preliminary Field Trials |
| I04.1 |
73 |
On the Possibility of Using LOFAR Radio Telescope for Passive Radiolocation |
| I10.5 |
323 |
Beamforming of LOFAR Radio Telescope Antennas Used as Sensors in Passive Radiolocation System |
| Knott, Peter |
S01.5 |
125 |
Vital Parameters Detection of Non Stationary Human Subject Using MIMO Radar |
| Koch, Niklas |
I13.1 |
373 |
Radar-Based Automotive Localization Using Landmarks in a Multimodal Sensor Graph-Based Approach |
| Kodari, Rakesh |
I13.4 |
391 |
Analysis of Amplitude and Phase Errors in Digital-Beamforming Radars for Automotive Applications |
| Kohler, Michael |
I02.4 |
35 |
Single Snapshot DOA Estimation from a Rotman Lens Using Machine Learning Techniques |
| J02.2 |
205 |
Statistical Analysis of Bistatic Rural Terrain Clutter |
| Konopko, Krzysztof |
I12.4 |
362 |
Time-chirp Distribution for Detection and Estimation of LPI Radar Signals |
| Körner, Enrico |
I11.4 |
339 |
Material Challenges in the Integration of Radar Sensors Behind Painted Polymer Vehicle Components |
| Korolyov, Sergey |
I10.1 |
304 |
A 94 GHz FMCW Radar Easy Scaled to Focal-Plane Array Imaging System |
| Kraszewski, Tomasz |
P-02.17 |
100 |
Novel Algorithm for Position Estimation of Handheld Ground-Penetrating Radar Antenna |
| Krozer, Viktor |
I10.2 |
308 |
Wideband Doppler Radar Using a 18.5 GHz Microwave Direct Digital Synthesizer |
| Krupinski, Kevin |
I11.3 |
334 |
IMIKO-Radar Project: Laboratory Interference Measurements of Automotive Radar Sensors |
| Kulmon, Pavel |
I05.1 |
157 |
Expectation-Maximization Target Initiation Algorithm |
| Kulpa, Krzysztof (Chris) |
I04.1 |
73 |
On the Possibility of Using LOFAR Radio Telescope for Passive Radiolocation |
| I06.4 |
236 |
The Use of Barycentric BPA for Passive SAR Imaging |
| I10.5 |
323 |
Beamforming of LOFAR Radio Telescope Antennas Used as Sensors in Passive Radiolocation System |
| L A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Lang, Yue |
I02.3 |
31 |
Sign Language Recognition with CW Radar and Machine Learning |
| Lazarov, Andon |
I03.1 |
45 |
2-D Sparse Decomposition and L0 Norm Minimization in SAR Imaging |
| Lembo, Leonardo |
I12.1 |
347 |
Dual-Band Radar System with Multiple Distributed Sensors for Coherent MIMO |
| Lenz, Rainer |
I11.2 |
334 |
Investigation of the Requirements on Radar Echo Generators for MIMO Radar Sensors |
| Leuenberger, Andreas |
I06.1 |
222 |
Testing a Multistatic C-band Radar with a Target Simulator |
| Levitas, Boris |
P-02.19 |
107 |
Running Gaussian Average as Method of Adaptive Background Subtraction in Radar Applications |
| Li, Jianpeng |
P-02.22 |
121 |
Ground Moving Target Parameter Estimation and Track Reconstruction of Single-Channel CSAR |
| Liang, Da |
I09.3 |
276 |
The Processing of Synchronization in Bistatic Synthetic Aperture Radar |
| Lischi, Stefano |
I07.5 |
197 |
NORMA - A Noise Radar Network for Covert Border Surveillance |
| Liu, Hongwei |
P-02.24 |
135 |
Novel ISAR Range Alignment via Minimizing Entropy of the Sum Range Profile |
| Liu, Yuan |
P-02.24 |
135 |
Novel ISAR Range Alignment via Minimizing Entropy of the Sum Range Profile |
| Lombardo, Pierfrancesco |
I06.2 |
228 |
Non-Coherent DVB-S Passive Radar Demonstrator |
| I08.1 |
245 |
Fusing Active and Passive Measurements for Drone Localization |
| Lu, Yilong |
I02.3 |
31 |
Sign Language Recognition with CW Radar and Machine Learning |
| P-02.21 |
117 |
Building Extraction from PolSAR Image Based on Deep CNN with Polarimetric Features |
| Lübbert, Urs |
I11.3 |
334 |
IMIKO-Radar Project: Laboratory Interference Measurements of Automotive Radar Sensors |
| Lukin, Konstantin |
I07.2 |
185 |
Range Resolution in Quantum Noise Radar |
| I07.3 |
189 |
Azimuth Resolution Enhancement in Bistatic Ground Stepped-Frequency Noise SAR Using Its Interferometry Operational Mode |
| Lukin, Sergii |
I07.3 |
189 |
Azimuth Resolution Enhancement in Bistatic Ground Stepped-Frequency Noise SAR Using Its Interferometry Operational Mode |
| Luo, Yuxiao |
P-02.23 |
131 |
An Effective Method of Bridge Detection Based on Polarimetric CSAR |
| Lupidi, Alberto |
I01.2 |
6 |
Polarimetric Radar Technology for European Defence Superiority - The PolRad Project |
| I07.5 |
197 |
NORMA - A Noise Radar Network for Covert Border Surveillance |
| M A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Machhour, Sabrina |
J02.5 |
216 |
Realistic Synthetic Sea-Clutter Generation for Electronically Scanned Radar |
| Machizawa, Akihiko |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Manchala, Sarath |
I11.3 |
334 |
IMIKO-Radar Project: Laboratory Interference Measurements of Automotive Radar Sensors |
| Maresca, Salvatore |
I12.1 |
347 |
Dual-Band Radar System with Multiple Distributed Sensors for Coherent MIMO |
| Martín-del-Campo-Becerra, Gustavo |
I09.2 |
270 |
SURE-Based Regularization Parameter Selection for TomoSAR Imaging via Maximum-Likelihood |
| Martorella, Marco |
I01.2 |
6 |
Polarimetric Radar Technology for European Defence Superiority - The PolRad Project |
| I07.5 |
197 |
NORMA - A Noise Radar Network for Covert Border Surveillance |
| I10.4 |
318 |
A Comparison of Radon Domain Approaches for Resident Space Object's Parameter Estimation |
| Massini, Riccardo |
I07.5 |
197 |
NORMA - A Noise Radar Network for Covert Border Surveillance |
| Mata-Moya, David |
I04.3 |
82 |
USRP Platforms for High Performance Passive Radar Development |
| I06.3 |
232 |
DVB-S Passive Radar Performance Evaluation in Semi-Urban Ground Scenario |
| Mayer, Horst |
I01.5 |
19 |
Sense and Avoid Radar Flight Tests |
| Meinecke, Marc Michael |
I13.1 |
373 |
Radar-Based Automotive Localization Using Landmarks in a Multimodal Sensor Graph-Based Approach |
| I13.3 |
385 |
Algorithmic Steps for SAR Backprojection on Radar Based Motion Estimation |
| Meller, Michał |
J03.4 |
292 |
On Radar DoA Estimation and Tilted Rotating Electronically Scanned Arrays |
| Michler, Oliver |
I04.4 |
88 |
Device-Free Passive Localization Based on Narrowband Channel Impulse Responses |
| I05.3 |
163 |
Average Linear Least Squares Positioning: Preliminary Results |
| Milani, Ileana |
I08.1 |
245 |
Fusing Active and Passive Measurements for Drone Localization |
| Minchev, Dimitar |
I03.1 |
45 |
2-D Sparse Decomposition and L0 Norm Minimization in SAR Imaging |
| Minooee Sabery, Shahrzad |
I02.1 |
24 |
Surface Classification Based on Low Terahertz Radar Imaging and Deep Neural Network |
| Moch, Roland |
I13.2 |
379 |
Polarimetric Scattering Mechanism Analysis of Automotive Landmarks |
| Mohrdieck, Camilla |
I05.5 |
173 |
Data Analytics, Machine Learning and Risk Assessment for Surveillance and Situation Awareness |
| Moll, Jochen |
I10.2 |
308 |
Wideband Doppler Radar Using a 18.5 GHz Microwave Direct Digital Synthesizer |
| Moo, Peter |
I08.4 |
260 |
Dual-Side Scheduling for Radar Resource Management |
| Mudaliar, Saba |
J02.3 |
211 |
Clutter Modeling from UWB Data for LPI/LPD Radarcom Signal Encoding |
| Murakawa, Shinichi |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Mysore R, Bhavani Shankar |
I07.4 |
192 |
Sidelobe Performance Analysis of Noise Waveforms Considering the Doppler Mismatch |
| N A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Nakamura, Toru |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Navarro Corcuera, Juan Jose |
I05.5 |
173 |
Data Analytics, Machine Learning and Risk Assessment for Surveillance and Situation Awareness |
| Neumann, Christoph |
I02.2 |
28 |
Deep Learning Approach for Radar Applications |
| Ninnemann, Jonas |
I04.4 |
88 |
Device-Free Passive Localization Based on Narrowband Channel Impulse Responses |
| Norouzian, Fatemeh |
J02.1 |
202 |
Experimental Evaluation of 79 GHz Radar Performance in Fire Environments |
| O A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| O'Hagan, Daniel |
J02.2 |
205 |
Statistical Analysis of Bistatic Rural Terrain Clutter |
| Opitz, Felix |
I05.2 |
157 |
Analysis of Time Series of Statistical Air Traffic Data |
| I05.4 |
167 |
Gaussian Poisson Multi Bernoulli Mixture Filter and Its Applications |
| I05.5 |
173 |
Data Analytics, Machine Learning and Risk Assessment for Surveillance and Situation Awareness |
| Ortega, Susana |
I09.2 |
270 |
SURE-Based Regularization Parameter Selection for TomoSAR Imaging via Maximum-Likelihood |
| Ossowska, Alicja |
I11.3 |
334 |
IMIKO-Radar Project: Laboratory Interference Measurements of Automotive Radar Sensors |
| P A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Palamarchuk, Volodymyr |
I07.3 |
189 |
Azimuth Resolution Enhancement in Bistatic Ground Stepped-Frequency Noise SAR Using Its Interferometry Operational Mode |
| Panhuber, Reinhard |
I03.5 |
67 |
Complex Successive Concave Sparsity Approximation |
| Pecovsky, Martin |
I01.1 |
1 |
15Th Order M-Sequence SoC Radar for Short-Range Sensing |
| Petri, Dario |
I07.5 |
197 |
NORMA - A Noise Radar Network for Covert Border Surveillance |
| Piasecki, Przemysław |
J03.5 |
298 |
Comparison of Auxiliary Antenna Concepts Designated for ECCM Applications |
| Pożoga, Mariusz |
I04.1 |
73 |
On the Possibility of Using LOFAR Radio Telescope for Passive Radiolocation |
| I10.5 |
323 |
Beamforming of LOFAR Radio Telescope Antennas Used as Sensors in Passive Radiolocation System |
| Pralon, Leandro |
I07.4 |
192 |
Sidelobe Performance Analysis of Noise Waveforms Considering the Doppler Mismatch |
| Prokopenko, Ihor |
I12.3 |
356 |
Nonparametric Algorithms for Detection of Radar Markov Signals Against the Background of Markov Noise |
| Prünte, Ludger |
I03.5 |
67 |
Complex Successive Concave Sparsity Approximation |
| Q A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Qu, Zhen |
I08.4 |
260 |
Dual-Side Scheduling for Radar Resource Management |
| R A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Radecki, Krzysztof |
I06.4 |
236 |
The Use of Barycentric BPA for Passive SAR Imaging |
| I06.5 |
240 |
Simultaneous Active and Passive SAR Imaging - First Results |
| Raj, Santhana |
I11.5 |
343 |
Improved and Optimal DBSCAN for Embedded Applications Using High Resolution Automotive Radar |
| Raniszewski, Adam |
J03.5 |
298 |
Comparison of Auxiliary Antenna Concepts Designated for ECCM Applications |
| Razevig, Vladimir |
P-02.16 |
94 |
Experimental Setup with a Compact Vector Network Analyzer, RGB-D Sensor, and Linear Drive Modules for Imitation Modeling of Microwave Personnel Screening System in Motion |
| P-02.20 |
112 |
Non-Destructive Testing of the Rails Rolling Surface and Joints with Synthetic Aperture Radar |
| Reigber, Andreas |
I09.2 |
270 |
SURE-Based Regularization Parameter Selection for TomoSAR Imaging via Maximum-Likelihood |
| Rohling, Hermann |
I07.1 |
179 |
The Study of Possibility for Airplane Detection Using a Solar FSR System |
| Rosado-Sanz, Javier |
I04.3 |
82 |
USRP Platforms for High Performance Passive Radar Development |
| I06.3 |
232 |
DVB-S Passive Radar Performance Evaluation in Semi-Urban Ground Scenario |
| Rösch, Markus |
I13.4 |
391 |
Analysis of Amplitude and Phase Errors in Digital-Beamforming Radars for Automotive Applications |
| Rudiakova, Anna |
I08.3 |
256 |
Aircraft Trajectories Correction Using Sharing Operative Meteorological Radar Information |
| S A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Saam, Alexander |
I02.4 |
35 |
Single Snapshot DOA Estimation from a Rotman Lens Using Machine Learning Techniques |
| Samczynski, Piotr |
P-02.18 |
103 |
An X-Band FMCW Radar Demonstrator Based on an SDR Platform |
| I06.4 |
236 |
The Use of Barycentric BPA for Passive SAR Imaging |
| I06.5 |
240 |
Simultaneous Active and Passive SAR Imaging - First Results |
| Schell, Jochen |
J02.2 |
205 |
Statistical Analysis of Bistatic Rural Terrain Clutter |
| Schmid, Elke |
I05.2 |
157 |
Analysis of Time Series of Statistical Air Traffic Data |
| I05.5 |
173 |
Data Analytics, Machine Learning and Risk Assessment for Surveillance and Situation Awareness |
| Schneebeli, Marc |
I06.1 |
222 |
Testing a Multistatic C-band Radar with a Target Simulator |
| Schuster, Thomas |
I01.5 |
19 |
Sense and Avoid Radar Flight Tests |
| Schwarzbach, Paul |
I04.4 |
88 |
Device-Free Passive Localization Based on Narrowband Channel Impulse Responses |
| Scotti, Filippo |
I12.1 |
347 |
Dual-Band Radar System with Multiple Distributed Sensors for Coherent MIMO |
| Serafin Garcia, Sergio |
I09.2 |
270 |
SURE-Based Regularization Parameter Selection for TomoSAR Imaging via Maximum-Likelihood |
| Serafino, Giovanni |
I12.1 |
347 |
Dual-Band Radar System with Multiple Distributed Sensors for Coherent MIMO |
| Shashkin, Vladimir |
I10.1 |
304 |
A 94 GHz FMCW Radar Easy Scaled to Focal-Plane Array Imaging System |
| Shejbal, Tomáš |
I05.1 |
157 |
Expectation-Maximization Target Initiation Algorithm |
| Shikov, Aleksandr |
I10.1 |
304 |
A 94 GHz FMCW Radar Easy Scaled to Focal-Plane Array Imaging System |
| Shiota, Sadaaki |
J01.1 |
40 |
Design and Construction of a Measurement Site for Radar Unwanted Emissions |
| Shrestha, Amit |
I10.2 |
308 |
Wideband Doppler Radar Using a 18.5 GHz Microwave Direct Digital Synthesizer |
| Siddle, David |
I12.5 |
368 |
Effect of Frequency Monitoring System for Over-The-Horizon Radar Due to the Presence of Patches and Arcs Within the Polar Cap Ionosphere |
| Siegenthaler, Urs |
I06.1 |
222 |
Testing a Multistatic C-band Radar with a Target Simulator |
| Sit, Yoke Leen |
I11.3 |
334 |
IMIKO-Radar Project: Laboratory Interference Measurements of Automotive Radar Sensors |
| Sivasankar, Mamilla |
J03.3 |
286 |
Subarray Design for Multibeam Radars with Clustering Methods |
| Ślesicka, Anna |
P-02.28 |
154 |
The Performance of a Linear STAP Processor for Radar Signal Processing |
| Slomian, Izabela |
J03.5 |
298 |
Comparison of Auxiliary Antenna Concepts Designated for ECCM Applications |
| Sokol, Miroslav |
I01.1 |
1 |
15Th Order M-Sequence SoC Radar for Short-Range Sensing |
| Späth, Stefan |
I11.2 |
334 |
Investigation of the Requirements on Radar Echo Generators for MIMO Radar Sensors |
| Staglianò, Daniele |
I07.5 |
197 |
NORMA - A Noise Radar Network for Covert Border Surveillance |
| Stanko, Stephan |
I01.4 |
15 |
94 GHz Radar Used for Perimeter Surveillance with Wide Target Clarification |
| Stasiak, Krzysztof |
I01.3 |
11 |
FMCW Perimeter Radar for Border Protection - Preliminary Field Trials |
| P-02.18 |
103 |
An X-Band FMCW Radar Demonstrator Based on an SDR Platform |
| I06.5 |
240 |
Simultaneous Active and Passive SAR Imaging - First Results |
| Stawiarski, Kamil |
J03.4 |
292 |
On Radar DoA Estimation and Tilted Rotating Electronically Scanned Arrays |
| Stocker, Alan |
I12.5 |
368 |
Effect of Frequency Monitoring System for Over-The-Horizon Radar Due to the Presence of Patches and Arcs Within the Polar Cap Ionosphere |
| Swiercz, Ewa |
I12.4 |
362 |
Time-chirp Distribution for Detection and Estimation of LPI Radar Signals |
| T A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Tan, Xiangcheng |
P-02.23 |
131 |
An Effective Method of Bridge Detection Based on Polarimetric CSAR |
| Thayaparan, Thayananthan |
I12.5 |
368 |
Effect of Frequency Monitoring System for Over-The-Horizon Radar Due to the Presence of Patches and Arcs Within the Polar Cap Ionosphere |
| Then, Alexander |
I08.2 |
250 |
UAV Tracking Based on Unscented Kalman Filter for Sense and Avoid Applications |
| Thindlu Rudrappa, Manjunath |
S01.5 |
125 |
Vital Parameters Detection of Non Stationary Human Subject Using MIMO Radar |
| Tilly, Julius |
I13.2 |
379 |
Polarimetric Scattering Mechanism Analysis of Automotive Landmarks |
| Töllich, Jessica |
I05.4 |
167 |
Gaussian Poisson Multi Bernoulli Mixture Filter and Its Applications |
| Tomei, Sonia |
I07.5 |
197 |
NORMA - A Noise Radar Network for Covert Border Surveillance |
| U A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Uzair, Ayesha |
I13.2 |
379 |
Polarimetric Scattering Mechanism Analysis of Automotive Landmarks |
| V A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| V, Chandrakanth |
I03.4 |
62 |
Interleaved Low PRF Processing Using Compressed Sensing for Improved Range Estimation in High PRF Pulsed Radars |
| P-02.27 |
148 |
Target Tracking in Blind Range of Radars with Deep Learning |
| Vogler, Thomas |
I11.3 |
334 |
IMIKO-Radar Project: Laboratory Interference Measurements of Automotive Radar Sensors |
| Volkov, Vladimir |
I10.3 |
312 |
Adaptive Multi-threshold Object Selection in Remote Sensing Images |
| von Hassler zu Roseneckh-Köhler, Bastian |
I05.2 |
157 |
Analysis of Time Series of Statistical Air Traffic Data |
| I05.5 |
173 |
Data Analytics, Machine Learning and Risk Assessment for Surveillance and Situation Awareness |
| W A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Wallrath, Patrick |
I12.2 |
351 |
MIMO Radar Based Platform Motion Detection for Radar Imaging |
| Wang, Hui |
P-02.26 |
143 |
Study on Motion Compensation Method for W-Band UAV MISAR Real-Time Imaging |
| Wang, Liping |
P-02.25 |
139 |
Lq-norm Regularization Based SAR Image Feature Enhancement |
| Wang, Lu |
P-02.24 |
135 |
Novel ISAR Range Alignment via Minimizing Entropy of the Sum Range Profile |
| Wang, Siying |
I08.2 |
250 |
UAV Tracking Based on Unscented Kalman Filter for Sense and Avoid Applications |
| Wang, Wu |
P-02.22 |
121 |
Ground Moving Target Parameter Estimation and Track Reconstruction of Single-Channel CSAR |
| Warrington, Michael |
I12.5 |
368 |
Effect of Frequency Monitoring System for Over-The-Horizon Radar Due to the Presence of Patches and Arcs Within the Polar Cap Ionosphere |
| Washington, Richard |
J02.3 |
211 |
Clutter Modeling from UWB Data for LPI/LPD Radarcom Signal Encoding |
| Weishaupt, Fabio |
I13.2 |
379 |
Polarimetric Scattering Mechanism Analysis of Automotive Landmarks |
| Weiß, Matthias |
I02.4 |
35 |
Single Snapshot DOA Estimation from a Rotman Lens Using Machine Learning Techniques |
| J02.2 |
205 |
Statistical Analysis of Bistatic Rural Terrain Clutter |
| Wellig, Peter |
I06.1 |
222 |
Testing a Multistatic C-band Radar with a Target Simulator |
| Worms, Josef |
I02.4 |
35 |
Single Snapshot DOA Estimation from a Rotman Lens Using Machine Learning Techniques |
| J02.2 |
205 |
Statistical Analysis of Bistatic Rural Terrain Clutter |
| X A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Xu, Xiaofang |
P-02.21 |
117 |
Building Extraction from PolSAR Image Based on Deep CNN with Polarimetric Features |
| Y A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Yanovsky, Felix |
I08.3 |
256 |
Aircraft Trajectories Correction Using Sharing Operative Meteorological Radar Information |
| Yin, Jie |
P-02.25 |
139 |
Lq-norm Regularization Based SAR Image Feature Enhancement |
| Z A B C D E F G H I J K L M N O P Q R S T U V W X Y Z |
| Zeh, Thomas |
I11.1 |
328 |
Integration of Phase Noise into a Virtual Test Driving Software to Investigate the Impact on the Radar Performance |
| Zekel, Matthias |
I01.5 |
19 |
Sense and Avoid Radar Flight Tests |
| Zeng, Zhaoyang |
P-02.26 |
143 |
Study on Motion Compensation Method for W-Band UAV MISAR Real-Time Imaging |
| Zhang, Yan |
I13.5 |
396 |
Phase Transition Analysis for Compressive Sensing Based DoA Estimation in Automotive Radar |
| Zhao, Dizhi |
P-02.23 |
131 |
An Effective Method of Bridge Detection Based on Polarimetric CSAR |
| Zheng, Shichao |
P-02.26 |
143 |
Study on Motion Compensation Method for W-Band UAV MISAR Real-Time Imaging |
| Zhou, Zhimin |
P-02.22 |
121 |
Ground Moving Target Parameter Estimation and Track Reconstruction of Single-Channel CSAR |
| P-02.23 |
131 |
An Effective Method of Bridge Detection Based on Polarimetric CSAR |
| Zhu, Daiyin |
I03.3 |
57 |
L2,1-norm Regularization Based Sparse SAR Imaging from Periodic Block Sampling Data: Initial Result |
| Zhuravlev, Andrey |
P-02.16 |
94 |
Experimental Setup with a Compact Vector Network Analyzer, RGB-D Sensor, and Linear Drive Modules for Imitation Modeling of Microwave Personnel Screening System in Motion |
| P-02.20 |
112 |
Non-Destructive Testing of the Rails Rolling Surface and Joints with Synthetic Aperture Radar |
| Zielinski, Tomasz |
I04.2 |
77 |
Practical Results of Drone Detection by Passive Coherent DVB-T2 Radar |
| Zou, Bin |
P-02.21 |
117 |
Building Extraction from PolSAR Image Based on Deep CNN with Polarimetric Features |