The Carnegie Bosch Institute (CBI) recently announced the 2019 research grant awardees
The Carnegie Bosch Institute (CBI) is a unique alliance between Carnegie Mellon University and the Bosch Group, a leading global supplier of technology and services. CBI was established in 1990 through a major endowment gift provided by Bosch. The core mission of CBI is to bring academia and industry together through its activities in research and education. In light of a rapidly changing global economy driven by technology and innovation, CBI focuses its activities in continually evolving areas of technical interest, expertise, and cutting-edge research that are of interest to both industry and CMU. Through funding applied research projects, CBI's goal is to stimulate relevant scientific research in core areas that are among CMU’s research competencies at the intersection of business and technology, and are of ever-growing importance for global industry, including (but not limited to):
- Internet of Things (IoT),
- artificial intelligence,
- big data, and
- similar technology-based areas of innovation.
The CBI Research Award program aims to identify and support cutting edge research and outstanding Carnegie Mellon faculty in fields relevant to our research agenda.
2019 Awardees Announced
The Carnegie Bosch Institute has announced the results of its initial call for research grant proposals. After a comprehensive review process, six research projects were selected for funding through a Carnegie Bosch Institute Research Award.
CBI received 44 submissions involving 75 unique faculty spanning six colleges and schools at Carnegie Mellon University. This tremendous response created a high level of competition for the awards. Carnegie Bosch Institute more than doubled its initial budget for funding, in order to support a total of six projects. The CBI Research Steering Committee utilized a thorough selection process, assessing all submissions based on a number of review criteria drawn directly from the call for proposals.
Congratulations to the 2019 awardees, the principle investigators of which are:
- Virginia Smith (PI, College of Engineering) and Ameet Talwalkar (Co-PI, School of Computer Science), Machine Learning for Connected Intelligent Systems
- Tae Wan Kim (PI, Tepper School of Business) and David Danks, Dokyun Lee, and Joy Lu (Co-PIs, Tepper School of Business), Explanations, Trust, & AI
- Graham Neubig (PI, School of Computer Science) and Eduard Hovy (Co-PI, School of Computer Science), Representing Procedural Knowledge as Programs
- Mohammad Islam (PI, College of Engineering) and Lining Yao (Co-PI, Human-Computer Interaction Institute), Computationally Guided Additive Manufacturing of Self-Healing Actuators and Sensors
- Osman Yagan (PI, College of Engineering) and Gauri Joshi (Co-PI, College of Engineering), Privacy-Preserving Inference and Decision-Making with IoT Data
- Mayank Goel (PI, School of Computer Science) and Chris Harrison (Co-PI, Human-Computer Interaction Institute), Plug-and-Play Activity Recognition in an Ecosystem of Microphones
In alignment with the CBI research mission, the selected projects promote collaboration through involvement of multiple faculty, interdisciplinary interaction, and involvement or leveraging of industry partners where possible. All projects are expected to lead to applied research results with high impact and excellence, demonstrated through visibility (e.g. publication of research results) and/or potential utilization of applied results.
The selected research proposals involve four different topic areas of particular interest to the CBI research mission at the intersection of business and technology:
- Crowd Centric Computing & Interaction: Approaches that enable humans and machines to collaborate on sophisticated cognitive tasks at internet-scale, thereby paving the way for the next-generation of AI applications
- Connected & Intelligent Systems & Services: Innovative approaches to safeguard personally identifiable information collected in the IoT, enabling the development of personalized services while respecting individual privacy
- Disruptive Materials & Sustainable Manufacturing: Creating breakthrough production techniques and functional materials via combinations of Computational Material Science (CMS), Artificial Intelligence (AI), and Quantum Simulation (QS)
- Ethics and AI: Understanding of the socio-economic implications of AI and how related technologies impact mankind, including questions around policy / legal frameworks, governance, fairness, and trust
Learn more about the selected projects.
Learn more about the selected projects
- Machine Learning for Connected Intelligent Systems
- Explanations, Trust, and AI
- Representing Procedural Knowledge as Programs
- Computationally Guided Additive Manufacturing of Self-Healing Actuators and Sensors
- Privacy-Preserving Inference and Decision-Making with IoT Data
- Plug-and-Play Activity Recognition in an Ecosystem of Microphones