SelectedWorks - Danielle Fredette, Ph.D.

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Scholarly Works of Danielle Fredette, Ph.D.

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Associate Professor of Electrical Engineering

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Dr. Fredette began serving as Assistant Professor of Electrical and Computer Engineering at Cedarville University in 2017. Her research interests include control and optimal control for applications in intelligent vehicle technology and general multi agent systems as well as classical time domain control theory and optimization.

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About Danielle Fredette, Ph.D.

Dr. Fredette began serving as Assistant Professor of Electrical and Computer Engineering at Cedarville University in 2017. Her research interests include control and optimal control for applications in intelligent vehicle technology and general multi agent systems as well as classical time domain control theory and optimization.

Positions

Present	Assistant Professor of Electrical Engineering, Cedarville University ‐ School of Engineering and Computer Science
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Disciplines

Engineering and Electrical and Computer Engineering

Research Interests

Electrical and Computer Engineering, Systems and Control, and Intelligent Transportation

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Courses

Digital Signal Processing
Digital Logic Lab
C++
Engineering Analysis

Education

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	B.S., Cedarville University
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	M.S., The Ohio State University
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	Ph.D., The Ohio State University
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Links

School of Engineering and Computer Science
DigitalCommons@Cedarville
Centennial Library

Contact Information

School of Engineering and Computer Science

Cedarville University

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View All
Dissertation
Journal Articles
Conference Papers
Poster Presentations
Contributions to the Popular Press

Dissertation (1)

Fuel-Saving Behavior for Multi-Vehicle Systems: Analysis, Modeling, and Control (Danielle Fredette) Faculty Dissertations (2017)

Journal Articles (1)

Swarm-Inspired Modeling of a Highway System With Stability Analysis (Danielle Fredette and Ümit Özguner) IEEE Transactions on Intelligent Transportation Systems (2017)

Naturally occurring flocks and swarms have long commanded human attention, with much engineering inspiration drawn from the beauty, order, and capability of these highly decentralized systems. More recent simulation and modeling of swarms has given ...

Conference Papers (6)

Introduction of Software Engineering Concepts for Electrical and Computer Engineering Students and Application to Senior Projects (Danielle Fredette and Nathan Jessurun) American Society for Engineering Education (2020)

Calculus Readiness and Retention Rates for Homeschooled Students in a Four Year Engineering Program (Danielle Fredette) American Society for Engineering Education (2020)

Dynamic Eco-Driving's Fuel Saving Potential in Traffic: Multi-Vehicle Simulation Study Comparing Three Representative Methods (Danielle Fredette and Ümit Özguner) IEEE Transactions on Intelligent Transportation Systems (2017)

Dynamic eco-driving is a well-known umbrella term describing speed control schemes that utilize connected and automated vehicle technology for the purpose of saving fuel. If dynamic eco-driving is to be widely prescribed as an integral ...

Intelligent Vehicle Fuel Saving Technologies: Comparing Three Primary Categories of Methods (Danielle Fredette, Junbo Jing and Ümit Özguner) American Society of Mechanical Engineers Dynamic Systems and Control Conference (2015)

In recent years, numerous control algorithms for connected and automated vehicles have emerged which focus on modifying driving strategy in order to reduce fuel usage. Referred to as “dynamic eco-driving,” these technologies have realized the ...

Development of a UDDS-Comparable Framework for the Assessment of Connected and Automated Vehicle Fuel Saving Techniques (Danielle Fredette, Craig Pavlich and Ümit Özguner) IFAC-PapersOnLine (2015)

Since the mid-seventies, the trend toward the development and adoption of fuelefficient light-duty vehicles has become well established. As part of this trend, many complex strategies for powertrain efficiency have been evaluated and successfully marketed ...

Phased Array Reciever Filtering and Demonstration of Digital Beamforming on Measured Wideband Data (Danielle Scarpone, Jeremy Stringer and Geoffrey Akers) IEEE National Aerospace and Electronics Conference (NAECON) (2012)

Poster Presentations (4)

A Review of Over 20 Years of Autonomous Vehicle Designs at Cedarville University (Clinton E. Kohl, Danielle Fredette and Timothy R. Tuinstra) IEEE National Aerospace and Electronics Conference (NAECON) (2019)

Low Cost Vehicular Autonomy Using RADAR and GPS (Nathan Jessurun, Ryan Gordon and Danielle Fredette) The Research and Scholarship Symposium (2013-2019) (2019)

This presentation describes a subset of the systems devised for this year's autonomous golf cart senior design project. Our goal is to explore the possibilities of low cost autonomy using only radar and GPS for ...

Autonomous Golf Cart (John Garay, Andrew Ross, Luke Schwan, et al.) Scholars Symposium

The Cedarville University autonomous golf cart senior design team has built on the success of previous teams to add functionality and robustness towards the goal of a fully autonomous golf cart for campus use. This ...

Practical Considerations for State Estimation of an Autonomous Vehicle (Joshua Kortje and Danielle Fredette) Scholars Symposium

The Kalman Filter is a widely used algorithm for state estimation and sensor fusion. It can aggregate information from multiple sensors along with a linear state prediction model all while accounting for sources of error ...

Contributions to the Popular Press (3)

IDEAS: Fear of COVID "Grossly Overestimate" (Danielle Fredette) Springfield News-Sun (2020)

Voices: “Covid-19 Is Not Capable of Producing the Doomsday Scenario Sold to Us in March,” Cedarville Professor Says (Danielle Fredette) Dayton Daily News (2020)

Students Design Autonomous Golf Cart (Danielle Fredette, Michael Hayes and Ryan Gordon) Engineering and Computer Science Faculty Contributions to the Popular Press (2019)

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