QCRI’s Data Analytics department's research expertise transcends the data science stack - from data extraction and cleaning to analytics, retrieval, inference and prediction. The group expresses its research by publishing in the world’s leading computer science conferences and journals, and through engineering prototype software systems that are being used by researchers and practitioners worldwide. More specifically the group is working on the following projects:
- RHEEM is the world’s first cross-platform system which seamlessly decouples data science application tasks from their underlying execution platform. Users specify data analytical tasks, and the RHEEM platform will automatically decide on which combination of platforms to execute the tasks on. The RHEEM platform includes ML4ALL, a machine learning suite that is specifically designed for big data.
- The Data Civilizer project, in partnership with MIT, is carrying out research to resolve a core bottleneck facing all data-rich organizations – how to automatically extract knowledge from thousands of heterogeneous data sources that are scattered throughout an enterprise. The technology developed as part of a project is being used by a large pharmaceutical company for data integration and analysis.
- The Kharita map inference algorithm infers road networks from noisy GPS traces in real time. Kharita is being used to automatically update maps in environments witnessing rapid changes and where existing map and navigation applications quickly become out-of-sync with the ground realities.
- Rayyan is a sophisticated and fast-growing text retrieval system for carrying out systematic reviews in the medical domain. Researchers use Rayyan to efficiently evaluate competing claims regarding a medical hypothesis under investigation.
The Data Analytics department has also established deep research partnerships with The Boeing Company and Qatar Airways in the areas of predictive maintenance and cargo prediction.
QCRI provides an ideal environment to conduct high-impact research which can transcend disciplinary boundaries.
QCRI is an ambitious and energetic place that is on track to become a top research center worldwide. I want to be part of making that happen.
To be part of something different than what I had been used to at Purdue University and contribute to the first computing research institution in the region.
I am fortunate to be part of QCRI's experiments in conducting solid, problem-driven, and impact-oriented research in computer science and engineering
Leadership is the most important factor that attracted me to QCRI. Need for creativity is the second factor. Innovation is a very important factor at QCRI. At QCRI we are being challenged continuously, we have been asked to think big. We are supposed to do research with applications that are of great impact, nationally and internationally.
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