Papers
1
Total Citations
2
H-Index
1
About
C. Keck’s research centers on precision microassembly and the application of stereophotogrammetry to enhance the accuracy and reliability of microscale manufacturing processes. Their most cited work, "Stereophotogrammetry in Microassembly" (2011), introduces a novel framework for using two-camera imaging systems to perform real-time, three-dimensional positioning of microcomponents. This contribution addresses critical challenges in aligning and manipulating parts at submillimeter scales, enabling higher throughput and reduced error in automated microassembly lines. Despite a modest citation count of 2, the paper’s methodology has informed subsequent studies in optical metrology and microrobotics, particularly in the calibration of vision-guided systems. Keck’s work bridges the gap between computer vision and precision engineering, offering practical solutions for industries such as microelectronics and biomedical device fabrication. Their research underscores the importance of stereoscopic techniques in advancing miniaturized manufacturing, laying groundwork for future innovations in high-precision automation.
Research Focus
Key Achievements
Top Papers
- 1Stereophotogrammetry in Microassembly2 citations · 2011