1. High performance computing for industrial visual inspection

   • Mohamed Kamel
   • Jorge Padilha

   Editorial Pages: 157 - 157

2. Increasing flexibility for automatic visual inspection: the general analysis graph

   • Robert Sablatnig

   Special Issue: High Performance Computing for Industrial Visual Inspection Pages: 158 - 169

3. A method for inspecting industrial parts surfaces based on an optics model

   • Norifumi Katafuchi
   • Mutsuo Sano
   • Masashi Okudaira

   Special Issue: High Performance Computing for Industrial Visual Inspection Pages: 170 - 176

4. Machine vision system for curved surface inspection

   • Min-Fan Ricky Lee
   • Clarence W. de Silva
   • Q.M. Jonathan Wu

   Special Issue: High Performance Computing for Industrial Visual Inspection Pages: 177 - 188

5. Appearance-based visual learning and object recognition with illumination invariance

   • Kohtaro Ohba
   • Yoichi Sato
   • Katsusi Ikeuchi

   Special Issue: High Performance Computing for Industrial Visual Inspection Pages: 189 - 196

6. A robust eigenspace method for obtaining feature values in high-speed massively parallel vision systems

   • Toshiharu Mukai
   • Noboru Ohnishi

   Special Issue: High Performance Computing for Industrial Visual Inspection Pages: 197 - 202

7. Pipelined parallelisation of automatic face inspection

   • M. Fleury
   • A.C. Downton
   • A.F. Clark

   Special Issue: High Performance Computing for Industrial Visual Inspection Pages: 203 - 211