ISRN KTH
* *Royal Institute of Technology KTH
* Active Detection and Classification of Junctions by Foveation with a Head-Eye System Guided by the Scale-Space Primal Sketch
* Active Exploration of Static Scenes
* Active Fixation for Junction Classification
* Active Fixation for Scene Exploration
* Active Object Recognition Integrating Attention and Viewpoint Control
* Active Robot Vision and Primary Ocular Processes
* Active Structure Acquisition by Continuous Fixation Movements
* Active Vision as Methodology
* Analysis of Aerosol Images using the Scale-Space Primal Sketch
* Automatic Generation of Break Points for MDL Based Curve Classification
* Camera Calibration of the KTH Head-Eye System
* Closing the loop: Pursuing a moving object by a moving observer
* Continuous Vergence Movements for Depth Perception
* Convected Activation Profiles and Image Flow Extraction
* Depth from Defocusing
* Detecting Salient Blob-Like Image Structures and Their Scales with a Scale-Space Primal Sketch: A Method for Focus-of-Attention
* Direct Computation of Shape Cues Based on Scale-Adapted Spatial Derivative Operators
* Direct Estimation of Image Deformations Using Visual Front-End Operations with Automatic Scale Selection
* Direct Estimation of Local Surface Shape in a Fixating Binocular Vision System
* Direct Estimation of Shape from Texture
* Discrete Derivative Approximations with Scale-Space Properties: A Basis for Low-Level Feature Extraction
* Discrete Scale-Space Theory and the Scale-Space Primal Sketch
* Dynamic Fixation and Active Perception
* Effective Scale: A Natural Unit for Measuring Scale-Space Lifetime
* Estimating the N-Dimensional Motion of an (N-1)-Dimensional Hyperplane from Two Matched Images of N+1 Points
* Estimation of Three-Dimensional Motion of Rigid Objects from Noisy Observations
* Extension of Marr's Signature Based Edge Classification, An
* Extraction of Shape Features and Experiments on Cue Integration
* Focusing Mechanism in the KTH Head-Eye System, The
* Generalized Cylinders: What Are They?
* Geometric Modelling: A Projective Approach
* Global Structure of Velocity Fields and the Aperture Problem in the Large
* Guiding Early Visual Processing with a Scale-Space Primal Sketch
* Head-Eye System for Active, Purposive Computer Vision, A
* Head-Eye System: Analysis and Design, A
* Integrating Primary Ocular Processes
* Kinematic Calibration of the KTH Head-Eye System
* Linear Scale-Space II: Early Visual Operators
* Mechatronics of Active Vision
* Minimum Description Length Based 2-D Shape Description
* Motion from Flow Along Contours: A Note on Robustness and Ambiguous Cases
* Motion Parameters from an Occluded Rectangle
* Motion Parameters from Right Angles
* Multiscale Blur Estimation and Edge Type Classification for Scene Analysis
* On a Problem Arising in Connection with the Calibration of the KTH Head-Eye System
* On Scale and Resolution in Active Analysis of Local Image Structure
* On Scale and Resolution in the Analysis of Local Image Structure
* On Scale Selection for Differential Operators
* On the Axiomatic Foundations of Linear Scale-Space: Combining Semi-Group Structure with Causality vs. Scale Invariance
* On the Computation of a Scale-Space Primal Sketch
* On the Construction of a Scale-Space for Discrete Images
* On the Content of Information in Edges and Optical Flow
* Principles for automatic scale selection
* Projectively Invariant Decomposition and Recognition of Planar Shapes
* Projectively Invariant Decomposition of Planar Shapes
* Properties of Fractal Intensity Surfaces
* Qualitative Shape: Some Computational Aspects
* Qualitative Tracking of 3-D Objects using Active Contour Networks
* Relative Depth from Vergence Micromovements
* Relative Positioning from Model Indexing
* Scale Selection for Differential Operators
* Scale-Space Behaviour of Local Extrema and Blobs
* Scale-Space: A Basis for Early Vision
* Shape from Texture and Contour by Weak Isotropy
* Shape from Texture for Smooth Curved Surfaces in Perspective Projection
* Shape from Texture from a Multi-Scale Perspective
* Shape-Adapted Smoothing in Estimation of 3-D Depth Cues from Affine Distortions of Local 2-D Structure
* Some Aspects of Zoom Lens Camera Calibration
* Stereovision and Motion for Advanced Space Robotics
* Sufficient Image Structure for 3-D Motion and Shape Estimation
* Theory of Optical Flow, A
* Tracking Lines in a Stereo Image Sequence
* Tracking Lines Using a Rigid Motion Assumption
* Tracking Methods in Computer Vision
* Vergence Micromovements and Depth Perception
76 for ISRN KTH