Graphics Interchangeability in a Heterogeneous Network
The paper outlines the complex problems of graphics interchangeability in a heterogeneous network of workstations, and discusses requirements for a practicable solution. The design of...
LAN Implementation in a Teaching Laboratory for Computer Integrated Manufacturing
The CIM (Computer Integrated Manufacturing) lab at Western Washington University contains a miniature factory with five robotic workcells and eight computers representing various departments...
Organization of Software Application Areas at The University of Michigan College of Engineering
This paper emphasizes the organizational aspects of bringing workstation use into a wide variety of courses through small interdisciplinary organizations within the College called sectors....
The Implementation of Open System Computing for Centralized and Departmental Requirements in a University Environment
Brigham Young University, and the College of Engineering and Technology in particular, have implemented an open, shared resource computing environment allowing the interconnection of personal...
Implementation of CAE at UDC: A Pioneer Approach
This paper describes the initiation and implementation of Computer Aided Engineering at the department of electrical engineering of the University of the District of Columbia, using state-of-the-art...
Adaptation of ANSI Standards for Communications Testing in the Connectionless Environment
American National Standards (X 3.102 and X 3.141) establish a uniform means for specifying, assessing and comparing performance of data communications systems and services from the point...
Local Area Network Communications Testing
This paper presents the philosophy developed for benchmark communications testing in networks typical of CAD/CAM environments. Implementation of the test philosophy in a connectionless...
Planning and Implementation of a Heterogeneous Tri-Campus Computer Network
In 1988, Fairleigh Dickinson University received a grant from the New Jersey Department of Higher Education for the establishment of a Tri-Campus Computer Network to link all it's...
Performance Testing of Wide Area Networks
Institute for Telecommunication Sciences (ITS) has developed a software measurement system to support the ANSI standards X3.102 and X3.141. This system is being used to evaluate data communication...
CAD and Video Teleconferencing Network Development
The Institute for Telecommunication Sciences is developing a prototype network to demonstrate the integration of a variety of services and methods for fulfilling Navy shipbuilding requirements....
Computer Networking Needs in Engineering Technology
This paper deals with the planning and implementation of a local area network at the University of Arkansas at Little Rock in the new $13 million Engineering Technology and Applied Science...
Hazardous Waste Impacts on the Highway Planning and Property Acquisition Process
Since the advent of increased public awareness concerning hazardous waste and the enactment of statutes governing these wastes, hazardous waste has become an important component impacting...
NAPL and Contaminant Transport in the Soil Matrix
A one-dimensional multiphase mass transport model for the migration of a Non-Aqueous Phase Liquid (NAPL) containing sparingly water soluble organics in the unsaturated soil zone is described....
Surface Water Particles: Coagulation and Sorption
A size-dependent particle and particle-associated contaminant transport and fate model is presented. The unsteady, two-dimensional model couples the water column and bed and enables analysis...
Trio of Microcomputer Models for Organic Chemical Transport in Rivers
Three microcomputer models have been jointly developed to provide tools to simulate the fate of organic chemicals in river systems. The three models offer a range of complexities and data...
Modeling of Nitrate Transport Coupled Dentrification in the Saturated Zone
A numerical model for simulating nitrate transport coupled to microbial activity in the saturated zone is presented. A coupled system of equations describes the transport and microbial...
An Interactive Microcomputer Program for One-Dimensional Solute Transport in Saturated Soil-Water Systems
This paper presents a user-friendly microcomputer program for one-dimensional solute transport in saturated soil-water systems. Eight different types of adsorption isotherms, ranging from...
The Water Erosion Prediction Project: Erosion Processes
The erosion process on hillslopes is conceptualized in the USDA Water Erosion Prediction Project (WEPP) as being divided into rill and interrill processes. Rill detachment occurs when...
Water Erosion Prediction Project Operational Computer Program
The Water Erosion Prediction Project (WEPP) is a physically-based model to improve on-site erosion prediction techniques. It is designed to replace the Universal Soil Loss Equation (USLE)...
An Emerging Application of Microcomputers in Water Control
Plans being developed at the Corps' Hydrologic Engineering Center propose a gradual transfer of water control support from minicomputers to a network of microcomputer workstations....
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