Bio

Ahmed Eldawy is an Assistant Professor in Computer Science at the University of California Riverside. His research interests lie in the broad area of databases with a focus on big data management and spatial data processing. Ahmed is the main inventor of SpatialHadoop, the most comprehensive open source system for big spatial data management. Ahmed has many collaborators in industrial research labs including Microsoft Research and IBM Watson. He was awarded the Quality Metrics Fellowship in 2016, Doctoral Dissertation Fellowship in 2015, and Best Poster Runner-up award in ICDE 2014. His work is supported by the National Science Foundation (NSF) and the US Department of Agriculture (USDA).

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 Projects

UCR-Star website

 UCR-Star

UCR STAR the spatio-temporal active repository that hosts terabytes of public geospatial data in an interactive repository. The main goal is to allow the researchers worldwide to unleash the true value of the datasets that are available all over the web. We encourage the community to submit their requests to add new datasets to UCR-Star and we will be process them.

Relevant Publications

Raptor

Raptor is the Raster+Vector query processing engine build in Spark. Raptor is designed to efficiently combine raster data, e.g., satellite images, with vector data, e.g., roads and boundaries, in one efficient query processing core. Raptor has already been applied in many scientific applications including crop yield estimation and combating wild fires.

Relevant Publications

Spider

 Spider (spider.cs.ucr.edu)

Spider is a web-based spatial data generator that aims at making synthetic datasets easier to generate, visualize, and share. With Spider, you can generate billions of records of synthetic data and share them with your project members with a simple web link.

Relevant Publications

Beast

Beast is a system for Big Exploratory Analytics on Spatio-temporal data. It adds many Spark-based functions for loading, indexing, analyzing, visualizing, and summarizing big spatio-temporal data. UCR-Star is one example of a system that is built using Beast.

Relevant Publications

 Teaching

I am an accredited Scientific Teaching Fellow by Yale Center for Teaching and Learning sponsored by the National Science Foundation.

  • CS 133 - Computational Geometry [Spring 2018, Spring 2019]: CS 133 covers the fundamentals of computational geometry.
  • CS 226 - Big-data Management [Winter 2018, Fall 2018, Fall 2019, Fall 2020]: CS 226 covers the data management in big data platforms such as Hadoop, Spark, and AsterixDB.
  • CS 014 - Introduction to Data Structures and Algorithms [Fall 2017]: CS 014 introduces the students to the fundamental data structures and algorithmic analysis techniques such as lists, stacks, queues, search trees, sorting algorithms, hash tables, and graphs.
  • CS 267 - New Trends in Database Research [Fall 2016]: The goal of this course is to introduce the students to the latest research trends in database systems. The course is based on the recent research literature in major database conferences and journals. By the end of this course, students should be aware of the active research topics in database systems and possibly identify new research topics of their own. Students will also get a hands-on experience by working on a research problem of their choice individually or in groups.
  • CS 141 - Intermediate Data Structures and Algorithms [Winter 2017, Winter 2019]: CS 141 provides the basic background for a computer scientist in the area of data structures and algorithms. During this course, students will learn problem solving skills, how to compare them, and how to apply them in real problems.

 Students

PhD Stduents
Master Students
Undergraduate Students
  • Puloma Katiyar
  • Hsiang-Yin Hsieh
  • Yaming Zhang
  • Steven Li
  • Qiwen (Nelly) Lyu
  • Zhiba (Ryan) Su

 Publications