Available Technologies

ADDITIONAL FILTERS

Computer Science & Communications

33 available technologies

ListVUe - Automated Tool to Search U.S. Dept. of Commerce Export Control List

ListVUe is a software tool that permits the expeditious search of the United States Department of Commerce Export Control with a higher degree of accuracy than is currently available. This product is designed for any company or institution which is required to comply with U.S. export control laws and regulations.

Rocinante™ Faculty Information System

This online program developed at Vanderbilt serves to centralize faculty information. Rocinante™ makes it easier to compile faculty data from across schools. The program is a powerful, easy to use tool that assists faculty in their administrative duties and in grant writing. The public view acts as a front-end web-site for each faculty member. Rocinante's most powerful feature is its ability to mine PubMed for faculty publications. This prevents faculty members from needing to manually link their publications to their information.

Conflict of Interest Disclosure System

The Conflict of Interest Disclosure System ("CIDS") has been designed for use by universities, particularly those that conduct considerable academic research. CIDS provides an interface that permits faculty and staff to complete their conflict of interest disclosure on-line. It also permits the conflict of interest administrator to assign those who are responsible for approving conflict of interest disclosures and allows those approvers to review, return and/or approve an assigned employee's disclosure. CIDS provides recommended action plans for those reporting conflicts and an automated email reminder process.

BCL::Commons

BCL::Commons:: (BioChemistry Library Commons) is an object oriented C++ programming library. The library is designed to simulate biological molecules - proteins and peptides in particular - as well as small chemicals such as therapeutics. It comprises mathematical methods to evaluate the energy of these molecules in their natural environment. BCL::Jufo is the first publicly released BCL::Commons module.

Maternal Fetal Neonatal Database

Vanderbilt researchers and clinicians have developed a database and web application that tracks unborn fetuses as a separate patient population. Traditionally unborn fetuses are monitored and tracked for abnormalities and all of their information and documentation is placed within the mother's medical chart. This program creates a separate medical file for the unborn fetus that is linked to the maternal medical file. This system allows clinicians to easily sort and track unborn fetus abnormalities and easily identify treatment options that have shown to be beneficial to that patient population, ultimately improving clinical outcomes.

Transcend: Qualitative Diagnosis System & Method

Transcend is a model-based diagnosis system for fault detection and isolation of abrupt faults in complex to very complex engineered systems. It applies models of dynamic system behavior to obtain accurate predictions for measured transients and compares predictions with actual observations to distill the true cause for the faulty behavior. To successfully perform diagnosis, Transcend needs a dynamic model of the system.

Image-Guided Navigation System for Endoscopic Eye Surgery

A flexible endoscope for ophthalmic orbital surgery is presented. The endoscope has illuminating fiber, image fiber and a free conduit to deliver purge gas/fluid in addition to instruments such as ablation instruments, coagulating instrument or a medication delivery instrument.

Software for MIAIR (Mutual Information Affine Image Registration)

This program permits the automatic registration (spatial realignment) of 2D and 3D mono- and multi-modal medical images. In its current form it uses Mutual Information as the similarity measure. It supports multi-resolution schemes and transformations up to 12 degrees of freedom.

Software for Adaptive Basis Non-Rigid Registration Algorithm

This program permits the automatic non-rigid registration (spatial realignment) of 2D and 3D mono-and multi modal images.

Software, NR3D for optical-flow based non-rigid registration algorithm

This program permits the automatic non-rigid registration (spatial realignment) of 2D and 3D mono-modal medical images. The algorithm is based on optical flow principles.

SIMON (Signal Interpretation and Monitoring)

Simon (Signal Interpretation and Monitoring) is an ongoing research and development effort at Vanderbilt University. Simon's overall goal is to provide effective computerized medical decision support in critical care through novel collection, analysis, and presentation of physiologic data from bedside medical devices.

Software for interactive registration and visualization of tomographic medical images

1) The visualization (2D and 3D) of images. Its main area of application is thevisualization of tomographic medical images data sets2) the interaction with these data sets. The software permits the manual alignment of datasets, the delineation of regions of interest (both in 2D and in 3D), the import and export of these regions of interest, the display of these regions both as contours or as surfaces, as well as the processing of the images (filtering, image enhancement, etc.)3) The registration of medical images. This software has been designed to permit therealignment of multiple data sets. This realignment can be performed manually and interactively or it can be performed automatically. In the latter case, transformations that permit the realignment of the images can be imported in the software that uses these transformations to realign the images. The software is designed to accept a wide variety of transformations ranging from rigid transformations to non-rigid transformations. These transformations can be modified interactively and re-exported.The software runs on any computer on which the IDL virtual machine runs (currently Windows, Unix, and Mac OS). The software is designed to be user friendly but it does not currently include a user's manual.

Direct Laser and Ultraviolet Lithography of Porous Silicon Photonic Crystal Devices

We have developed a technique to process photolithographically porous silicon heterostructures and photonic crystal architectures, using laser and ultraviolet light exposure and a subsequent alcoholic bath treatment. This technique would be the first method to process directly the optical properties of porous silicon multilayers, heterostructures, and photonic crystal architectures.

Featured Video

2012 Highlights

A motion graphic video describing operational improvements and successes of FY2012. Click here for a full PDF report.