Christian Waldschmidt

Prof.

Ulm University

Germany

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Professor Christian Waldschmidt is a faculty member at the University of Ulm in Germany. His research focuses on advanced antenna technologies, synthetic aperture radar imaging, and innovative calibration algorithms for MIMO antenna arrays. He has published extensively on topics such as millimeter-wave antenna arrays, metamaterials, and the application of UAVs in radar sensing and localization.

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Ulm University

GERMANY

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Christian Waldschmidt

Research Interests

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About

Articles (29)

A Millimeter-Wave Antenna Array With Tunable Element Coupling for Enhanced Scan Capabilities

A Sub-Aperture-Based Calibration Algorithm for MIMO Antenna Arrays

Influence of Channel Count and Array Sparsity on the Detection Performance of 4D Imaging Radars

Sensing Capabilities of Analog and Digital Biomimetic Antenna Arrays: Advantages and Limitations

Coherent Multistatic UAV-Based SAR

Spatially Resolved River Monitoring by UAV-Borne 4D-Imaging Radar: Experiments and Preliminary Validation

Hybrid Fishnet Metamaterial Based on Liquid Crystal and P-I-N Diodes for Reconfigurable Transmitarrays at $10 \,\mathrm{GHz}$

Coherent Synthetic Aperture Radar (SAR) Imaging With a 1550-nm Optical Sensor

High Efficient Impedance Tensor Extraction Method for Arbitrarily Shaped Metasurface Elements

Simultaneous Localization and Mapping for Indoor Mobile Robots Using Synthetic Aperture Radar Images

A Novel Rotation-Based Standardless Calibration and Characterization Technique for Free-Space Measurements of Dielectric Material

The 26th European Microwave Week, in Berlin, Germany [Around the Globe]

Multichannel Repeater for Coherent Radar Networks Enabling High-Resolution Radar Imaging

A Full Tensorial Synthesis Method for Holographic-Based Leaky-Wave Antennas

Flexible Testbed at 300 GHz for Performance Assessment of 1-D and 2-D Antenna Arrays for MIMO Radar Applications

Signal Model for Coherent Processing of Uncoupled and Low Frequency Coupled MIMO Radar Networks

Improving SAR Imaging by Superpixel-Based Compressed Sensing and Backprojection Processing

On Distributed Radar Networks: Signal Model, Analysis, and Signal Processing

On the Synchronization of Uncoupled Multistatic PMCW Radars

MMIC-to-Dielectric Waveguide Transitions for Glass Packages Above 150 GHz

Enhancing the Dynamic Range of OFDM Radars Using Non-Linear Operation and Symbol-Based Equalization

RF Glass Technology Is Going Mainstream: Review and Future Applications

Aerospace Applications: Part 2 [From the Guest Editor’s Desk]

Clustering and Subsequent Contour and Motion Estimation of Automotive Objects Using a Network of Cooperative Radar Sensors

A Unified Model of Coherent Direction-of-Arrival Simulation for Radar Target Simulators

Adaptive Compensation of Hardware Impairments in Digitally Modulated Radars Using ML-Based Behavioral Models

Angle-Dependent Synthesis Method for Holographic Multi-Feed Antennas

Automotive Radar Interference Mitigation by Subtraction of the Interference Component

Detection of Objects Below Uneven Surfaces With a UAV-Based GPSAR

Collaborators (8)

Philipp Hinz

Dominik Schwarz

Julian Kanz

Alexander Grathwohl

Friedel Gerfers

Nico Riese

Matthias Linder

Tobias Chaloun

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