Cristina L. Abad
Scholar

Cristina L. Abad

Google Scholar ID: 3gOMoe0AAAAJ
Professor of Computer Science, Escuela Superior Politécnica del Litoral
Cloud ComputingPerformance EngineeringWorkload ModelingDistributed SystemsBig Data
Citations & Impact
All-time
Citations
1,664
 
H-index
19
 
i10-index
30
 
Publications
20
 
Co-authors
20
list available
Resume (English only)
Academic Achievements
  • Research funded by industry grants from Google (2016, 2018), Microsoft (2017), and AT&T Labs (2019)
  • Best Student Paper Award at Middleware 2021 for the 'Sizeless' paper
  • Delivered keynotes and invited talks at international venues, including STARLESS Workshop at PerCom'22 (2022 keynote), UIUC CS Colloquium (2022), and Charles University D3S Seminar (2024)
  • Contributed to the Apache Hadoop codebase
  • Member of USENIX, ACM, IEEE, and SPEC RG Cloud Computing working group
Research Experience
  • Worked for three years as a Software Engineering Intern on the Hadoop Core Team at Yahoo, Inc. (UIUC Research Park) during PhD studies
  • Collaborated on multiple projects with Prof. Yi Lu
  • Leads DiSEL lab projects in cloud computing, including storage workload modeling, model-based synthetic workload generation, cloud caching, and scheduling on Hadoop, containerized microservices, and serverless FaaS platforms
  • Opened two graduate and one undergraduate research positions in 2022–2023
  • Visited the University of Würzburg in March 2024 to continue work on the ROOT project
  • PC Co-Chair for ICPE 2024 (15th International Conference on Performance Engineering)
Background
  • Professor at ESPOL University in Guayaquil, Ecuador
  • Leads the Distributed Systems @ ESPOL Research Lab (DiSEL)
  • Co-directs the Big Data Research Group
  • Main research interests lie at the intersection of distributed systems and performance engineering
  • Focuses on improving performance and scalability of software infrastructure for Big Data and Cloud Computing
  • Aims to build systems that auto-adapt to workload changes without expert human intervention