Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 5 of 5
Full-Text Articles in Computer Engineering
Gradel, Emily R. Wolf, Christopher D. Brauns Ii, Timothy G. Smith Ii, Emmett Z. Budd
Gradel, Emily R. Wolf, Christopher D. Brauns Ii, Timothy G. Smith Ii, Emmett Z. Budd
The Research and Scholarship Symposium (2013-2019)
A major problem facing Computer Science faculty members at Cedarville University is grading student assignments. Specifically, grading programming assignments can be a repetitive, time-consuming process which makes it prime for automation. Professors need a web application that takes student code, compiles it, and compares the output to what the professors provides as correct. Gradel, a senior design project, allows students to submit their code online and receive instant feedback based on professor-designed test cases. Furthermore, professors need to be able to keep track of what grades students earn on their projects, which is functionality Gradel provides. In addition to allowing …
Cusigns: A Dynamic Solution For Digital Signage, Jonathan Easterday, Wesley Kelly, Todd Landis, Nicole D. Perez
Cusigns: A Dynamic Solution For Digital Signage, Jonathan Easterday, Wesley Kelly, Todd Landis, Nicole D. Perez
The Research and Scholarship Symposium (2013-2019)
Cedarville University has computer monitors located throughout campus in order to show advertisements and important information to students, faculty, and staff. The slides shown on these displays are scheduled using Concerto: web-based software which manages digital signage. Though the Concerto software is currently used to manage digital signage, Cedarville University’s IT department desires features which Concerto does not provide, including the ability to play videos, a better slide randomization algorithm, emergency broadcasting features, and an intuitive user interface. We have created a new solution for digital signage called CUSigns with the goal of providing the existing functionality of Concerto while …
Augmented Reality Technician Assistance Program, Jackson W. Volante, Kidron R. Filbrun, Jeffrey T. Deane, Andrew T. Carr, Nathan A. Harold, Daniel J. Eckley
Augmented Reality Technician Assistance Program, Jackson W. Volante, Kidron R. Filbrun, Jeffrey T. Deane, Andrew T. Carr, Nathan A. Harold, Daniel J. Eckley
The Research and Scholarship Symposium (2013-2019)
The Augmented Reality Technician Assistance Program is a proof-of-concept project for allowing a remote expert to communicate with and assist a field technician in completing procedures with which the technician may be unfamiliar. For example, an expert in Navy aircraft maintenance could advise an Air Force flight mechanic about performing repairs or maintenance on Navy aircraft. The end goal of our Cedarville computer science capstone project is to create an experimental prototype to deliver to the Air Force Research Laboratory. In our prototype the expert uses a Microsoft Surface Pro tablet to communicate via marked up still images with a …
Ac Power Monitoring System Provides Individual Circuit Energy Consumption Data, Jared L. Newman, Grayson H. Dearing, Luke M. Tomlinson, Frederick G. Harmon
Ac Power Monitoring System Provides Individual Circuit Energy Consumption Data, Jared L. Newman, Grayson H. Dearing, Luke M. Tomlinson, Frederick G. Harmon
The Research and Scholarship Symposium (2013-2019)
Motivated by high energy costs, people and organizations want to cut back on their energy consumption. However, the only feedback consumers typically receive is a monthly bill listing their total electricity usage (in kWh). Some companies have begun developing systems that allow households and organizations to monitor their energy usage for individual circuits. Available systems are expensive so a CU engineering senior design team has designed, fabricated, and tested a system for use at Cedarville University. The AC power monitoring system has the ability to measure energy consumption for each individual circuit in the breaker panel, store the data, and …
Wearable Computing With Google Glass, Aaron P. Countryman, Nathan T. Hale, Ian W. Mcquaid
Wearable Computing With Google Glass, Aaron P. Countryman, Nathan T. Hale, Ian W. Mcquaid
The Research and Scholarship Symposium (2013-2019)
This presentation reports on the results of student research and development in the area of mobile computing for Android devices. Specifically, it discusses students' experience implementing mobile applications on Android smartphones and Google's wearable Glass device. Individual technologies addressed in the presentation are head-mounted computing and displays, voice recognition and control, wireless communication, augmented reality, telepresence, and user interface development. This project was developed in cooperation with the Air Force Research Labs at Wright-Patterson Air Force Base.