Intuitive Surgical doubles labeled dataset delivery speed for surgical ML models with Labelbox
Intuitive Surgical's data science team faced a bottleneck in obtaining sufficient labeled video data to train ML models for surgical instrument detection, with frame-by-frame bounding-box annotation across tens of thousands of videos being tedious and time-consuming, and a requirement to maintain a consistent ontology across clinical and data science teams.
Intuitive Surgical doubled the speed at which they deliver labeled datasets for their ML models, scaled labeling efficiency and throughput, and lowered overhead in gathering performance and quality metrics.
Frequently asked questions
What did this team achieve with this AI workflow?
Intuitive Surgical doubled the speed at which they deliver labeled datasets for their ML models, scaled labeling efficiency and throughput, and lowered overhead in gathering performance and quality metrics.
What tools did this team use?
Labelbox, Annotate, native video editor, model-assisted labeling.
What results were reported?
Labeled dataset delivery speed: doubling the speed at which they can deliver labeled datasets; Labeling efficiency and throughput: scale their labeling efficiency and throughput; Overhead in gathering performance and quality metrics: lower the overhead needed to gather metrics on performance and quality (source-reported, not independently verified).
How is this quality assurance AI workflow structured?
Surgical video annotation need → Model-assisted labeling → Expert-labeler collaboration → Labeling velocity measurement → Labeled dataset delivery.