With the ever-expanding capabilities of cyber-physical systems—data and sensor technologies; communications, social, biological and other networked systems; and information and decision sciences, the Department of Electrical and Computer Engineering (ECpE) recognizes that Data, Decisions, Networks and Autonomy play fundamental roles in designing complex engineering systems.
Number of (semi)-autonomous, heterogeneous, distributed, collaborative entities interacting across networks/grids through corpus of noisy, incomplete, real-time/streaming/historical data, signals and dynamics requires advances at the interplay of Data, Decisions, Networks, and Autonomy Sciences.
Advancements in these areas promise accurate and optimized sensing, data and information processing, communications and networking, decisions and autonomy, and Iowa State researchers aim to be on the cutting-edge of such advancements.
D2NA Focus Areas and Applications
- Data analytics, social and biological networks, machine learning, robotics
- Large scale and streaming data, and video analytics
- Social network security, bioinformatics and systems biology
- Behavioral and unmanned robotics and autonomy
- Compressive sensing, signal/image processing, and communication
- Sparse and low-rank robust signal recovery
- Nano-imaging methods and materials/fatigue characterization
- Distributed multi-antenna communication and channel network coding
- Complex nonlinear, networked and cyber-physical systems
- Distributed and networked computing, control and feedback
- Model-based compositional testing and verification of embedded software
- Sensors and methods for sustainable agriculture and energy harvesting
Research conducted in this area spans the domains of data to decisions with core strengths in mathematical modeling and algorithmic analysis, and finds applications in diverse disciplines of big data, signals processing and storage, information systems and coding, statistical reasoning, nondestructive evaluation, machine learning, biomedical imaging, radar and ultrasound, software defined radio, systems biology, biomedical systems, embedded and model-based software, formal methods, verification and testing, autonomous systems, robust control, robotics, smart grid, building automation, precision agricultural, energy harvesting, and critical infrastructure.
- Namrata Vaswani, professor, received the 2019 ECE Distinguished Alumni Award from the University of Maryland.
- Namrata Vaswani, professor, was named an IEEE Fellow for her contributions to dynamic structured high-dimensional data recovery.
- Nicola Elia, professor, was named an IEEE Fellow for his work in power systems.
- Chinmay Hegde, assistant professor, received an NSF CAREER Award in 2018.
- Neil Gong, assistant professor, received an NSF CAREER Award in 2018.
- Aditya Ramamoorthy, professor, delivered a keynote talk at the 2018 Australian Communication Theory Workshop.
- Namrata Vaswani, professor, received the 2014 IEEE Signal Processing Society Best Paper Award.
- Ratnesh Kumar, professor, was elected a Distinguished Lecturer for the Control Systems Society of the IEEE to share his work on model-based testing and monitoring of embedded software.
- Ratnesh Kumar, professor, was featured in IEEE Control Systems Magazine under the “People in Control” column to provide an interview on his Controls career, research and educational contributions, textbook authoring, etc.
- Zhengdao Wang, professor, was named an IEEE Fellow for his contributions to the field of wireless communication. His work centers on wireless security, communication and networking for the Internet of Things (IoT), and big data signal processing.
- Ratnesh Kumar, professor, elected IEEE Fellow for his contributions to discrete event system modeling, control, diagnosis and applications.
- Iowa State University was ranked 70th in the world among universities granted U.S. utility patents in 2014, many of whom are ECpE faculty, including the D2NA group members
- Ratnesh Kumar, professor, and his team won a $1 million grant from the National Science Foundation to develop underground wireless sensors that could help farmers improve crop production and reduce fuel runoff.
- Umesh Vaidya, associate professor, won an NSF CAREER Award to promote efficiency in networked systems using ergodic theory of dynamic systems
- Aditya Ramamoorthy, professor, won an NSF CAREER Award to work with readouts in Atomic Force Microscopy using coding theory.
- Nicola Elia, professor emeritus, won an NSF CAREER Award for his focus on networked systems and developing new analytical and computational tools for understanding and analyzing how uncertainty is generated, propagated, and managed in the system.
Related Graduate Research Areas
Data, Decisions, Networks & Autonomy research at Iowa State encompasses the following core areas of graduate study in electrical and computer engineering:
- Communications and signal processing
- Computing and networking systems
- Electric power and energy systems
- Secure and reliable computing (information assurance)
- Software systems
- Systems and controls
Related IEEE Technical Chapters
Research Centers, Institutes, and Laboratories
- Center for Nondestructive Evaluation
- Communications and Signal Processing Lab
- Control Engineering Education Lab
- Developmental Robotics Laboratory
- Discrete Event Systems Lab
- Distributed Sensing and Decision Making Research and Teaching Lab
- Embedded Systems Lab
- Information Assurance Center
- Information Infrastructure Institute (iCUBE)
- iCUBE Sensors Application Laboratory
- Institute for Physical Research and Technology (IPRT) Centers
- RF/Microwave Circuits and Systems Laboratory
- Software Defined Radio Laboratory
- Virtual Reality Applications Center
For more information on research projects and publications in this area, consult individual faculty members’ websites, our graduate student thesis archives, and individual research center and laboratory websites.