Update and Discussion on Potential Obscurant Systems
Abstract not provided.
Publications
A Collaborative Partnership to Develop a Unique Security Solution for the Protection of Industrial Irradiators Against Radiological Theft or Sabotage
Abstract not provided.
Evaluation of Commercially-Available Obscurants as a Delay Method for Industrial Irradiator Facilities
Abstract not provided.
Full-Scale Testing of Underwater Obscurant at Sandia?s Gamma Irradiation Facility (GIF)
Abstract not provided.
AN UPDATE ON THE DEVELOPMENT OF AN INTERNATIONAL SECURITY STANDARD FOR DEVICES CONTAINING HIGH LEVELS OF RADIOLOGICAL MATERIAL
Abstract not provided.
Update: A Proposal to Develop an International Security Standard for Devices containing High-Activity Radioactive Sources
Abstract not provided.
DEVELOPING SECURITY-BY-DESIGN ENHANCEMENTS FOR A STEREOTACTIC DEVICE WITH HIGH-ACTIVITY RADIOACTIVE SOURCES
Abstract not provided.
In-Device Delay: Protection of Devices that Contain Radioactive Sources - UUR version
Abstract not provided.
Protecting Industrial Irradiators that contain radioactive sources
Abstract not provided.
IDD: WINS Rountable Presentation on Security by Design
Abstract not provided.
IDD: IAEA Presentation - Elekta
Abstract not provided.
IDD: IAEA Presentation - ISO Standard
Abstract not provided.
PROTECTION CONCEPTS FOR IRRADIATORS IN A LABORATORY ENVIRONMENT
Abstract not provided.
NICSTAR 2018 Conference - Security by Design Presentation
Abstract not provided.
Security by Facility/Device Design
Abstract not provided.
Security by Design: Project Overview and Security Assessment Process
Abstract not provided.
Security By Design: Project Overview and Security Assessment Process
Abstract not provided.
Security by Design Project Overview
Abstract not provided.
System Dynamics Model of Sustainability Visits and Number of Secured Sites Under the GTRI Program
Abstract not provided.
SPA Tool Case Studies
Abstract not provided.
COTS software selection process
Proceedings - ICCBSS 2007: Sixth International IEEE Conference on Commercial-off-the-Shelf (COTS)-Based Software Systems
Today's need for rapid software development has generated a great interest in employing Commercial-Off-The-Shelf (COTS) software products as a way of managing cost, developing time, and effort. With an abundance of COTS software packages to choose from, the problem now is how to systematically evaluate, rank, and select a COTS product that best meets the software project requirements and at the same time can leverage off the current corporate information technology architectural environment. This paper describes a systematic process for decision support in evaluating and ranking COTS software. Performed right after the requirement analysis phase, this process provides the evaluators with more concise, structural, and step-by-step activities for determining the best COTS software product with manageable risk. In addition, the process is presented in phases that are flexible to allow for customization or tailoring to meet various projects ' requirements. © 2007 IEEE.
21 Results