Stopa, J.E.
* 2019: Calibration of the Normalized Radar Cross Section for Sentinel-1 Wave Mode
* 2019: Polarization Dependence of Azimuth Cutoff From Quad-Pol SAR Images
* 2021: Deep Learning for Predicting Significant Wave Height From Synthetic Aperture Radar
Stopa, M.
* 2016: Automatic modeling and classification of vitreomacular traction pathology stages
* 2020: Recognizing Families In the Wild (RFIW): The 4th Edition
Stopak, S.[Sarah]
* 2022: Quantifying the Importance of Ice-Rafted Debris to Salt Marsh Sedimentation Using High Resolution UAS Imagery
Stopar, B.[Bojan]
* 2018: On the nullspace of TLS multi-station adjustment
Stopczynski, A.
* 2019: Supplementary Material: AVA-ActiveSpeaker: An Audio-Visual Dataset for Active Speaker Detection
Stopeck, A.T.[Alison T.]
* 2010: ADC estimation of lesions in diffusion-weighted MR images: A Maximum-Likelihood Approach
* 2010: clustering algorithm for liver lesion segmentation of diffusion-weighted MR images, A
Stopic, R.[Renato]
* 2023: Examining Thresholding and Factors Impacting Snow Cover Detection Using Nighttime Images
Stoppa, D.
* 2003: Optimized position sensors for flying-spot active triangulation systems
* 2011: Figures of Merit for Indirect Time-of-Flight 3D Cameras: Definition and Experimental Evaluation
* 2013: TOF Range-Imaging Cameras
* 2017: Novel CMOS sensors for improved quantum imaging
Includes: Stoppa, D. Stoppa, D.[David]
Stoppa, M.[Michele]
* 2011: Custom Pictorial Structures for Re-identification
Stoppe, J.[Jannis]
* 2023: Look ATME: The Discriminator Mean Entropy Needs Attention
Stopper, U.[Ulrich]
* 2013: Improved Model for Estimating the Meteorological Visibility from a Road Surface Luminance Curve, An
* 2014: Tracking-Based Visibility Estimation
Stoppi, G.[Guy]
* 2021: Towards Rotation Invariance in Object Detection
Stoppini, A.
* 2017: Tempio Della Consolazione In Todi: Integrated Geomatic Techniques for a Monument Description Including Structural Damage Evolution in Time, The
* 2019: Cathedral of S. Lorenzo in Perugia and The Hypogeal Spaces. Geomatic Techniques for Spatial Investigations Aimed At The Knowledge And Interpretation of The Origin of The Transept, The
* 2020: Integrated Geomatic Techniques for Georeferencing and Reconstructing the Position of Underground Archaeological Sites: The Case Study of the Augustus Sundial (Rome)
Includes: Stoppini, A. Stoppini, A.[Aurelio]