Design of a Virtual Watershed Client for the WC-WAVE Project

Chase D. Carthen; Thomas J. Rushton; Christine M. Johnson; Aaron Hesson; Daniel Nielson; Bryan Worrell; Donna M. Delparte; W. Joel Johansen; Roger Lew; Nicholas R. Wood; Matthew Ziegler; Sergiu M. Dascalu; Frederick C. Harris

Conference proceeding

Design of a Virtual Watershed Client for the WC-WAVE Project

Chase D. Carthen, Thomas J. Rushton, Christine M. Johnson, Aaron Hesson, Daniel Nielson, Bryan Worrell, Donna M. Delparte, W. Joel Johansen, Roger Lew, Nicholas R. Wood, …

PROCEEDINGS OF THE 2015 INTERNATIONAL CONFERENCE ON COLLABORATION TECHNOLOGIES AND SYSTEMS, pp.90-96

01/01/2015

Abstract

Computer Science, Information Systems

Computer Science, Theory & Methods

Science & Technology

Computer Science

Technology

The Virtual Watershed Client, built using the Unity game engine, provides a tool that allows researchers, students, and others to observe and analyze geospatial datasets and theoretical model data acquired from the Virtual Watershed Platform. The Virtual Watershed Platform is used as a service to acquire data that is used by the Virtual Watershed Client to create terrain, satellite imagery, shapes, and model data. A detailed design and the current implementation of this Virtual Watershed Client will be discussed in this paper.

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Details

Title: Design of a Virtual Watershed Client for the WC-WAVE Project
Creators: Chase D. Carthen - University of Nevada Reno
Thomas J. Rushton - University of Nevada Reno
Christine M. Johnson - University of Nevada Reno
Aaron Hesson - University of Nevada Reno
Daniel Nielson - University of Nevada Reno
Bryan Worrell - University of Nevada Reno
Donna M. Delparte - Idaho State University
W. Joel Johansen - Idaho State University
Roger Lew - University of Idaho
Nicholas R. Wood - University of Idaho
Matthew Ziegler - University of Idaho
Sergiu M. Dascalu - University of Nevada Reno
Frederick C. Harris - University of Nevada Reno
Contributors: W W Smari (Editor)
W McQuay (Editor)
M Nygard (Editor)
J Natarian (Editor)
Publication Details: PROCEEDINGS OF THE 2015 INTERNATIONAL CONFERENCE ON COLLABORATION TECHNOLOGIES AND SYSTEMS, pp.90-96
Publisher: IEEE
Number of pages: 7
Identifiers: 996645827801851
Academic Unit: Institute for Modeling Collaboration and Innovation; Virtual Technology and Design
Language: English
Resource Type: Conference proceeding