3/7/2023 0 Comments Nview spectra cAs we are a Boulder-based company, a lot of us spend our free time in the beautiful outdoors snowboarding and skiing, mountain biking, running, and more. Our team comprises a diverse array of engineers, each with a bachelor’s or master’s degree in computer science, or related engineering or mathematical focus. Though we each have our specialties, we all are constantly learning new technologies and better ways to do the work that needs doing. We are a small team with many responsibilities and domains, and we never lack for interesting new things to work on: robotics control, low-level hardware communication, webservices, and UI/UX. Our tape software team writes and maintains software in Golang, C, C, Python, JavaScript and more. Spectra was founded by engineers and continues to embrace an engineering-first culture. Merging tape backup and modern programming practices, we are architecting, building, and supporting products that will help ensure that data lasts more than a lifetime, and is stored and retrieved as efficiently and painlessly as possible. Joining our team is an opportunity to synthesize the old and the new into something that will sustain our future. With the vast amounts of data created by household names in internet services, and the security concerns of ensuring that data remains safe from all who would seek it, Tape Software supports their data storage needs and constantly improves their (and thereby your) experience. Our work helps ensure the archival of movies, television, and sports franchises in perpetuity. At Spectra Logic we implement tape solutions that make it possible for many high-performance computing centers across the world to load and store the vast quantities of experimental data, such as that used in nuclear fusion simulations, medical research, and astrophysics research. You might be surprised to hear it, but tape technology supports the backbone of nearly everything we do with data in our modern world. With 3D stitching, bringing a long-film radiographic system is not necessary anymore, further improving the efficiency of the OR.Software Engineer – (C ) - (Multi-Cloud Storage) Spine AI allows for easy true axial slice scrolling to quickly verify screw placements, regardless of curvature.ģD stitching: The full spine can be visualized by co-reconstructing two 3D images, providing accurate large-field 3D images with distortions of less than 1 mm, 1 degree. Under surgeon’s supervision, vertebrae can be automatically labeled so that the surgical plan can be quickly put into action. Spine AI: Designed for spinal deformity correction surgeries, nView’s spine AI engine automatically finds the spine curvature and identifies the vertebrae. Scroll-through, tap, or tilt the crosshairs on one view and the respective slices and virtual-flouroscopy views are automatically generated. There is no need to re-image to see from a different perspective. All images can be zoomed and visualized in full-screen mode.ģD viewports: Coronal, sagittal, or axial orthogonal or oblique views are generated from 3D images. ![]() Large field of view: The viewed region is 30 cm x 30 cm on AP and coronal views with 20 cm depth in the lateral and axial views. virtual-fluoroscopy™ derives fluoroscopic views from 3D images, allowing simultaneous visualization of AP, lateral and even axial views from a single system position. Virtual-fluoroscopy™ : Fluoroscopic imaging is the standard in intraoperative visualization.
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