Computer-automated design and discovery have led to high-performance nanophotonic
devices with diverse functionalities. However, massively multichannel systems such as …

Abstract Three-dimensional (3D) reconstruction techniques have been widely employed in
many fields. But precise endoscopic 3D measurement inside of objects, especially in tight …

A feasible and precise method to measure ligament strain during surgical interventions
could significantly enhance the quality of ligament reconstructions. However, all existing …

As the traditional single camera endoscope can only provide clear images without 3D
measurement and 3D reconstruction, a miniature binocular endoscope based on the …

Background and study aims Polyp size measurement is an important diagnostic step during
gastrointestinal endoscopy, and is mainly performed by visual inspection. However, lack of …

For effective in situ endoscopic diagnosis and treatment, measurement of polyp sizes is
important. For this purpose, 3D endoscopic systems have been researched. Among such …

This paper presents a novel endoscope design for laparoscopic surgery that has been
specifically tailored to provide both a stereoscopic view to the surgeon and a high-accuracy …

Proper lighting and visualization have always been critical to safe surgical interventions for
the very reason that, in general, one cannot operate if one cannot see. To this end, there has …

Background Accurate measurement of polyps size is crucial in predicting malignancy,
planning relevant intervention strategies and surveillance schedules. Endoscopists' visual …

For effective in situ endoscopic diagnosis and treatment, dense and large areal shape
reconstruction is important. For this purpose, we develop 3D endoscopic systems based on …