Abstract: Described herein are a system and techniques for generating programming code from unstructured text (e.g., natural speech). To do this, upon receiving a request for programming code, the system parses unstructured text using natural language processing to identify an entity. The system then identifies a template associated with that entity. The template may also be associated with a particular programming language. Once a template has been selected, a number of parameters associated with the template are identified. The parameters are then matched to data values included in the unstructured text. Once data values have been identified for each of the parameters, the requested programming code is generated using the template and data values.

Abstract: Described herein are a system and techniques for generating programming code from unstructured text (e.g., natural speech). To do this, upon receiving a request for programming code, the system parses unstructured text using natural language processing to identify an entity. The system then identifies a template associated with that entity. The template may also be associated with a particular programming language. Once a template has been selected, a number of parameters associated with the template are identified. The parameters are then matched to data values included in the unstructured text. Once data values have been identified for each of the parameters, the requested programming code is generated using the template and data values.

Abstract: A mesh delivery system for sacral colpopexy procedures is disclosed. The system uses a mesh stabilizer (30) that is introduced in a compressed configuration through a surgical port into the abdomen, and a vaginal probe (10) (inserted through the vagina) with a magnetic or non-magnetic head that engages with the mesh stabilizer (30), anchoring it in position. The mesh stabilizer (30) employs a pseudoelastic shape memory alloy, and folds compact to deliver multiple mesh straps or a single Y-shaped surgical mesh in a streamlined configuration into the abdomen for facilitating the sacral colpopexy procedure. After delivery, the stabilizer (30) expands to a functional configuration where it interfaces with the probe (10) head and stabilizes and adjustably feeds the mesh strap(s) for suturing while maintaining stabilization of the mesh on the vaginal apex and while keeping excess mesh from obscuring the surgeons view. After suturing, the stabilizer can be removed back through the surgical port.

Abstract: A mesh delivery system (2) for sacral colpopexy procedures is disclosed. The system (2) uses a mesh stabilizer (30), an endoscopic introducer (2) that carries the mesh stabilizer (30) into the abdomen, and a vaginal probe (10) (inserted through the vagina) with a head that interfaces with the mesh stabilizer (30) in lock-and-key fashion. The mesh stabilizer (30) delivers mesh straps for sacral colpopexy into the abdomen. After delivery, the stabilizer (30) interfaces with the probe (10) head and locks the mesh stabilizer (30) with mesh straps in place. The endoscopic introducer (20) can then be temporarily detached and removed to facilitate suturing of the mesh to the anterior and posterior vaginal walls. After permanent suturing, the introducer (20) can be reinserted and used to retrieve the mesh stabilizer (30) component.