Labi, S.
* 2019: Integrated Optimization Model for Energy Saving in Metro Operations, An
Labibes, K.
* 2004: Pre-crash system validation with PRESCAN and VEHIL
Labiche, J.
* 1997: Extraction of Information Structures on a Form Base
* 1997: From Acquisition to Modelisation of a Form Base to Retrieve Information
* 1997: Image Interpretation Device Cannot Be Reliable Without Any Semantic Coherency Analysis of the Interpretated Objects: Applied to French Cadastral Maps, An
* 1998: Multilevel Approach and Distributed Consistency for Technical Map Interpretation: Application to Cadastral Maps
* 2000: Classifiers Combination for Forms Sorting
* 2000: Symbol and character recognition: application to engineering drawings
* 2000: Technical Map Interpretation: A Distributed Approach
* 2005: Contextual System of Symbol Structural Recognition based on an Object-Process Methodology
Includes: Labiche, J. Labiche, J.[Jacques]
8 for Labiche, J.
Labidi, S.
* 2015: system based on genetic algorithms as a decision making support for the purchase and sale of assets at Sao Paulo Stock Exchange, A
Labintcev, E.[Egor]
* 2021: Compositional Learning of Image-Text Query for Image Retrieval
Labiod, H.
* 2018: Unified Framework of Clustering Approach in Vehicular Ad Hoc Networks, A
* 2022: Preserving Location-Privacy in Vehicular Networks via Reinforcement Learning
* 2022: Toward Multiple-Phase MDP Model for Charging Station Recommendation
Includes: Labiod, H. Labiod, H.[Houda]
Labiod, L.[Lazhar]
* 2017: Multi-manifold matrix decomposition for data co-clustering
* 2017: Multi-manifold matrix decomposition for data co-clustering
* 2020: Spectral clustering via ensemble deep autoencoder learning (SC-EDAE)
* 2022: CAEclust: A Consensus of Autoencoders Representations for Clustering
Labit Bonis, C.[Claire]
* 2021: Compact and discriminative multi-object tracking with siamese CNNs
Includes: Labit Bonis, C.[Claire] Labit-Bonis, C.[Claire]
Labit, C.
* 1983: Comparative Study Between Intra and Interframe Predictions Schemes
* 1983: Motion Estimation in a Sequence of Television Pictures
* 1991: Constrained disparity and motion estimators for 3DTV image sequence coding
* 1994: Multiconstraint Wiener-based motion compensation using wavelet pyramids
* 1994: ROI approach for hybrid image sequence coding, A
* 1995: lossless morphological sampling scheme for segmented image compression, A
* 1995: Motion and Illumination Variation Estimation Using a Hierarchy of Models: Application to Image Sequence Coding
* 1995: Vector quantization by packing of embedded truncated lattices
* 1996: Adaptive Detection of Moving Objects Using Multiscale Techniques
* 1996: Irregular image sub-sampling and reconstruction by adaptive sampling
* 1996: Parallelized Robust Multiresolution Motion Estimation
* 1996: Progressive image transmission using wavelet packets
* 1997: Adaptive Motion-Compensated Wavelet Filtering for Image Sequence Coding
* 1997: Generalized Likelihood Ratio-Based Face Detection and Extraction of Mouth Features
* 1997: Morphological spatio-temporal simplification for video image segmentation
* 1997: Multiple Occluding Objects Tracking Using a Non-Redundant Boundary-Based Representation for Image Sequence Interpolation After Decoding
* 1997: Segmentation-Based Motion-Compensated Video Coding Using Morphological Filters
* 1998: Planar facets segmentation using a multiresolution dense disparity field estimation
* 1998: Region-based video coder using the MDL formalism
* 1999: Rate-distortion Optimized Region-based Video Coder
* 2000: Mesh and Crack Lines: Application to Object-based Motion Estimation and Higher Scalability
* 2009: Compact quad-based representation for 3D video
* 2010: Near-lossless and scalable compression for medical imaging using a new adaptive hierarchical oriented prediction
* 2010: polygon soup representation for multiview coding, A
* 2012: Hierarchical Oriented Predictions for Resolution Scalable Lossless and Near-Lossless Compression of CT and MRI Biomedical Images
Includes: Labit, C. Labit, C.[Claude]
25 for Labit, C.
Labitzke, B.[Bjorn]
* 2014: Computational methods for aberration correction in simple lens imaging
Includes: Labitzke, B.[Bjorn] Labitzke, B.[Björn]