Robotic microassembly Microworld modeling in vacuum and gaseous environments Pierre Lambert and Stéphane Régnier Microworld modeling : impact of liquid and roughness Pierre Lambert and Stéphane Régnier Unified view of robotic microhandling and self assembly Quan Zhou and Veikko Sariola Toward a precise micromanipulation Mélanie Dafflon and Reymond Clavel Microhandling strategies and microassembly in submerged medium Michae͏̈l Gauthier Robotic microassembly of 3D MEMS structures Nikolai Dechev High yield automated MEMS assembly Dan O. Popa and Harry E. Stephanou Design of a desktop microassembly machine and its industrial application to microsolder ball manipulation Akihiro Matsumoto Kunio Yoshida and Yusuke Maeda Frontmatter Modeling of the Microworld. Microworld Modeling in Vacuum and Gaseous Environments Pierre Lambert Sťphane Řgnier Microworld Modeling: Impact of Liquid and Roughness Pierre Lambert Sťphane Řgnier Handling Strategies. Unified View of Robotic Microhandling and Self Assembly Quan Zhou Veikko Sariola Toward a Precise Micromanipulation M̌lanie Dafflon Reymond Clavel Microhandling Strategies and Microassembly in Submerged Medium Micha︠l Gauthier Robotic and Microassembly. Robotic Microassembly of 3D MEMS Structures Nikolai Dechev High Yield Automated MEMS Assembly Dan O Popa Harry E Stephanou Design of a Desktop Microassembly Machine and its Industrial Application to Microsolder Ball Manipulation Akihiro Matsumoto Kunio Yoshida Yusuke Maeda Index