Beyond nuclear imaging, our expertise also encompasses optical monitoring technologies used in patient care. This includes the development of solutions for real-time acquisition and processing of physiological signals, enabling continuous, noninvasive monitoring in clinical environments. In particular, we worked with surface-guided radiation therapy (SGRT), an optical tracking method that uses a combination of light projectors and cameras to reconstruct the patient’s body outline as a three-dimensional point cloud. The point cloud was further processed through GPU-accelerated filtering and surface registration algorithms to support a number of modalities and clinical use cases.
As former employees of Varian Medical Systems, we contributed to teams that designed and developed high-performance data pipelines meeting strict timing requirements to support patient monitoring across various treatment modalities. Our technical stack included modern C++ and CUDA, that enabled high-throughput frame processing with predictable latency and optimal performance in compute-intensive applications.
