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ERDC Library Catalog

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  • Method Selection Framework for the Quantitation of Nanocarbon Scientific Operating Procedure Series (SOP-C-3): Selection of Methods for Release Testing and Quantitation of Solids, Suspensions, and Air Samples for Carbon-Based Nanomaterials

    Abstract: There is significant concern regarding the health and safety risk of nanocarbon (for example, nanotubes, graphene, fullerene), and the cur-rent capability gap for accurately determining exposure levels encumbers risk assessment, regulatory decisions, and commercialization. Given the various analytical challenges associated with the detection and quantitation of nanocarbon, it is unlikely that a single method or technique will prove effective for all forms of nanocarbon, all exposure scenarios, or all possible environmental systems. The optimal approach, or series of techniques, will likely depend on the nature of the material being measured, its concentration, and the matrix in which it is contained. In this work, a preliminary decision framework is presented that assists the user in deter-mining which analytical methods are best suited for a given sample.
  • Discover ERDC Support Staff User’s Guide

    Abstract: Knowledge management plays a vital role for the successful execution of research projects at the U.S. Army Engineer Research and Development Center (ERDC). Accumulating and building upon knowledge is the cornerstone of the research and development process. Maintaining knowledge and providing access to it is essential to the successful execution of research programs. An initiative to improve access to knowledge and tools available to researchers was begun by the Office of Research and Technology Transfer (ORRT). The result of that initiative is a knowledge portal called Discover ERDC. This document provides a detailed look into how content on the Discover ERDC site is maintained from a Support Staff viewpoint, and how those assigned to manage user accounts can accomplish their duties.
  • Discover Employees User’s Guide

    Abstract: Historically, the U.S. Army Engineer Research and Development Center (ERDC) has lacked a comprehensive and intuitive system to locate and discover facts about employees within the organization. Employees have traditionally relied on the global address list (GAL) in Microsoft Outlook to locate contact information for another employee. Looking for contact information using this system is very limited in the amount of information available and is not user friendly. This team was tasked with creating a more comprehensive system that would include not only the employee’s contact information, but also a picture of the employee, their biography, skill sets, published papers, educational level, and much more. This type of information is necessary when searching for employees for collaborations or when forming project teams. The Discover Employees system allows users to locate and learn about talent within ERDC like never before.
  • STE Environmental Manager (STEEM) Demonstration Web Application

    Abstract: This report provides a summary of the development of the Synthetic Training Environment (STE) Environmental Manager (STEEM) demonstration web application. The purpose of this web application is twofold: (1) demonstrate a web application that enables non-technical users to prepare, run, and manage the physics-based models used by the STE to simulate realistic environmental conditions and (2) show how technologies developed by the Engineered Resilient Systems (ERS) Research and Development Area can be used to rapidly create applications to support U.S. Army Engineer Research and Development Center (ERDC) programs like the STE. A full build-out of STEEM would leverage the following ERS-developed technologies: data services, model development environment tools, model coupling/interface API, simulation workflow manager, and scenario generation tools.
  • Mindbreeze InSpire Search Appliance Implementation and Lessons Learned

    Abstract: The U.S. Army Engineer Research and Development Center (ERDC) Knowledge Management relies on enterprise search technology to index and search ERDC’s accumulation of knowledge stored on various web connected systems. In 2016, Google announced the discontinuation of their search product, the Google Search Appliance (GSA), at the end of March 2019. After conducting extensive market research and identifying a suitable replacement that met all ERDC requirements, a competing product called Mindbreeze InSpire was chosen. This product provides a simple-to-use interface that facilitates quick location and retrieval of ERDC knowledge located on ERDC’s internal and extranet websites, and is designed for simple and intuitive installation and configuration. This document investigates and details the acquisition, installation, and configuration of the Mindbreeze InSpire enterprise search appliance, and the lessons learned throughout the entire implementation process.
  • USACE BIM Object Library user guide: Release 1.0

    Abstract: The U.S. Army Corps of Engineers (USACE) is in need of a centralized repository of standardized Building Information Modeling (BIM) Objects. This repository is needed to serve as the BIM Object Library to be utilized by architects and engineers on architectural and engineering federal design projects. The U.S. has more than 109,000 registered architects and 820,000 licensed professional engineers that could potentially have access to this BIM Object Library. The CAD/BIM Technology Center has currently harvested more than 8,500 BIM Objects from USACE districts. It is expected that the USACE BIM Object Library will grow to more than 35,000 BIM Objects based on the existing content being managed by each individual USACE district. The CAD/BIM Technology Center’s research shows that the content management system solution needs to provide BIM objects that contain all the information required to design, find, locate, specify, interrogate, and analyze the represented product. The study also shows the solution should provide an intuitive interface which allows users to easily retrieve the BIM objects that meet a set of user defined criteria. Furthermore, the solution should verify the BIM Objects selected for inclusion into the USACE BIM Object Library comply with the advanced modeling object standard. Finally, the study shows that the solution should be capable of efficiently and effectively managing and querying at least 5 million parameters and associated values.
  • Electronic Railroad Inspection Database System for Military Facilities

    Abstract: The U.S. Army Engineer Research and Development Center (ERDC) executes inspection programs as part of the U.S. Army Transportation Infrastructure Inspection Program (ATIIP). These inspections, monitoring, and assessment programs include airfields, bridges, dams, railroads, waterfront facilities, and ranges. To date, the process for these inspection programs has been manually intensive, time consuming, and difficult to scale. The ERDC is bringing digital business and spatial data collection methods to its inspection program for the military’s railroad infrastructure. By combining GPS and GIS technologies into a mobile data collection solution, added efficiency and data quality have been brought to the field inspection workflow. This modernization effort also results in streamlined data processing and reporting. These improved processes will lead to higher quality data, better analysis of the new richer data content, and better decisions made by the end-users and stakeholders.
  • Autonomous Vehicle Pilot at Joint Base Myer-Henderson Hall: Project Report Summary and Recommendations

    Abstract: Military installations serve as strategic staging areas that are integral to national security. The Army is currently reconsidering how it views its installations as part of the battle space under multi-domain operations, which includes technology modernization efforts, such as the rapidly expanding field of connected and autonomous vehicle (CAV) technology. The DoD community and military installations have an interest in investigating autonomous transportation systems to determine their potential role in a broad range of military applications. CAVs capture, store, and analyze tremendous amounts of data. Military installations need to understand the data systems and processes involved in CAV deployments. To that end, the Army is conducting pilot projects that deploy updated and commercially-available CAVs on installations and within adjacent com-munities to further demonstrate their use and conduct research and development to optimize and inform the integration of this emerging technology. This report documents the deployment of Autonomous Vehicle (AV) technologies at Joint Base Myer-Henderson Hall for a 90-day pilot study to evaluate a commercially-available AV.
  • Integrated Rule-Oriented Data System (iRODS) and High Performance Computing (HPC) Architecture Design

    Abstract: The Integrated Rule-Oriented Data System (iRODS) proof-of-concept will be deployed within the existing U.S. Army Engineer Research and Development Center (ERDC) Department of Defense Supercomputing Resource Center (DSRC) to test additional capabilities and features for high performance computing (HPC) users. iRODS is a data-grid middleware that virtualizes access to data, regardless of which physical storage device the data resides within. Users, and HPC jobs on behalf of users, can leverage the various application programming interfaces (APIs) within iRODS to search and retrieve data using metadata and a unified data namespace. In addition to facilitating data discovery and retrieval, iRODS has a robust security system to implement fine-grained access control and auditing rules.
  • Integrated Rule-Oriented Data System (iRODS) and High Performance Computing (HPC) Project Management Plan

    Abstract: This project management plan (PMP) is established to provide guidance on the management of the Integrated Rule-Oriented Data System (iRODS) Project. The PMP and its associated plans are the primary source of information for how the project will be planned, executed, monitored, controlled, and closed. The intended audience of the plan is all project stakeholders including the project manager (PM), Engineered Resilient Systems (ERS), High-Performance Computing (HPC), and the Geocent project team members.