IEEE SERVICES 2019 Best Paper Awards

IEEE SERVICES Congress 2019 Best Paper Awards

  • IEEE ICWS
    Paper Title: On Computing Throttling Rate Limits in Web APIs through Statistical Inference
    Authors: Donatella Firmani, Francesco Leotta and Massimo Mecella
  • IEEE ICCC
    Paper Title: Criteria for Learning without Forgetting in Artificial Neural Networks
    Authors: Rupesh Karn, Prabhakar Kudva and Ibrahim Elfadel
  • IEEE ICIOT
    Paper Title: Authorization Transparency for Accountable Access to IoT Services
    Authors: Luca Ferretti, Francesco Longo, Michele Colajanni, Giovanni Merlino and Nachiket Tapas
  • IEEE SCC
    Paper Title: Function: Serverless Fog Computing for Data Intensive IoT Services
    Authors: Bing Cheng, Jonathan Fuerst, Gurkan Solmaz, and Takuya Sanada
  • IEEE EDGE
    Paper Title: A Programming Model for Reliable and Efficient Edge-Based Execution Under Resource Variability
    Authors: Zheng Song and Eli Tilevich
  • IEEE CLOUD
    Paper Title: Adaptive Partition Migration for Irregular Graph Algorithms on Elastic Resources
    Authors: Ravikant Dindokar and Yogesh Simmhan

Best Student Papers

  • IEEE EDGE
    Paper Title: Efficient Deep Neural Networks for Edge Computing
    Author: Mohammed Alnemari
  • IEEE ICIOT
    Paper Title: Improving the Accuracy of Outdoor Temperature Prediction by IoT Devices
    Author: Nevena Golubovic
  • IEEE BigData Congress
    Paper Title: Scalable Block Reporting for HopsFS
    Author: Mahmoud Ismail
  • IEEE ICCC
    Paper Title: Identifying and Clustering Users for Unsupervised Intrusion Detection in Corporate Audit Sessions
    Author: Mathieu Garchery
  • IEEE SCC
    Paper Title: Service Recommendation based on Attentional Factorization Machine
    Authors: Yingcheng Cao and Min Shi (both students are co-authors of the paper)
  • IEEE ICWS
    Paper Title: A General Mobility-Aware Cross-edge Computation Offloading Framework for Partitionable Applications
    Author: Hailiang Zhao
  • IEEE CLOUD
    Paper Title: Testing for Bugs of Cloud-Based Applications Resulting from Spot Instance Revocations
    Author: Abdullah Alourani