Tarikul Islam Papon

PhD Researcher

Computer Science Department
Boston University

      

I am Md Tarikul Islam Papon, a PhD candidate at the Computer Science Department of Boston University advised by Professor Manos Athanassoulis. I am a member of the BU Data-intensive Systems and Computing (DiSC) lab, and part of the MiDAS group@BU. My research interests broadly include Data Systems, specifically focusing on hardware-aware data management challenges, stemming from the evolution of storage and memory devices. During my PhD, I also worked as a Research Intern at Intel's Parallel Computing Lab (Summer '22) and at Microsoft Research's Data Systems Group (Summer '21).

Prior to joining Boston University, I was a lecturer at the Department of Computer Science & Engineering (CSE) in Bangladesh University of Engineering & Technology (BUET) for 4 years. I completed my MSc and BSc degree from the same department under the supervision of Dr. Ashikur Rahman. There I worked on medical informatics using various machine learning and embedded system techniques for health monitoring.


Outside of the office I enjoy traveling and playing Pool (mostly 8 Ball and 9 Ball) and Table Tennis. I also love watching movie and tv series.


I am in the academic job market! [Research Statement] [Teaching Statement] [CV]

Professional Experience

  • PhD Researcher, Boston University (Sept 2019 - Present)
  • Course Instructor, Boston University (Spring 2024)
  • Research Scientist Intern, Intel Corporation (May 2022 - Sept 2022)
  • Research Intern, Microsoft Research (May 2021 - Aug 2021)
  • Lecturer, Bangladesh University of Engineering and Technology (Oct 2015 - August 2019)

[Recent News]

  • Publication
  • Highlight
  • Mar 2024 - Our invited article on "Effortless Locality on Data Systems using Relational Fabric" got accepted in IEEE Transactions on Knowledge and Data Engineering (TKDE)!
  • Feb 2024 - Our work "CAVE: Concurrency-Aware Graph Processing on SSDs" got accepted in SIGMOD 2024!
  • Feb 2024 - My research work on SSD-aware data system design has been accepted in IEEE ICDE 2024 Ph.D. Symposium! [Local Paper]
  • Jan 2024 - I will serve as a course instructor for "CS 561: Data Systems Architectures" in Spring 24 at Boston University! [Class Website]
  • Nov 2023 - My internship work at Intel titled "Silhouette: Toward Performance-Conscious and Transferable CPU Embeddings" got accepted in the Workshop on ML for Systems at NeurIPS 2023! [Official Paper]
  • Sept 2023 - "On-the-fly Data Transformation in Action" wins the Best Demo Award at VLDB 2023!
  • June 2023 - Our demonstration "On-the-fly Data Transformation in Action" got accepted in VLDB 2023! [Official Paper]
  • Apr 2023 - Our journal work "Enabling Timely and Persistent Deletion in LSM-Engines" got accepted in ACM Transactions on Database Systems (TODS)! [Official Paper]
  • Mar 2023 - Our work "Software-Shaped Platforms" got accepted in CPS-IoT Week Workshops 2023! [Official Paper]
  • Feb 2023 - Our vision paper "Relational Fabric: Transparent Data Transformation" got accepted in IEEE ICDE 2023! [Official Paper]
  • Nov 2022 - Our work "ACEing the Bufferpool Management Paradigm for Modern Storage Devices" got accepted in IEEE ICDE 2023! [Paper]
  • June 2022 - Our work "Relational Memory: Native In-Memory Accesses on Rows and Columns" got accepted in EDBT 2023! [Official Paper]
  • May 2022 - Really excited to share that I have joined Intel as a Research Scientist Intern for this Summer!
  • May 2022 - I am have been awarded this year's BU Computer Science Research Excellence Award!
  • Mar 2022 - Our invited article on "Building Deletion-Compliant Data Systems" has been accepted in IEEE DEBull. [Official Paper]
  • Jan 2022 - One of my MSc works "UACD: A Local Approach for Identifying the Most Influential Spreaders in Twitter in a Distributed Environment" got accepted in Social Network Analysis and Mining (SNAM)! [Official Paper]
  • June 2021 - Our work "A Parametric I/O Model for Modern Storage Devices" got accepted in DaMoN 2021! [Official Paper] [Video] [Slides]
  • Mar 2021 - Really excited to share that I will be joining Microsoft Research as a Research Intern in Summer 2021!
  • Jan 2021 - "The Need for a New I/O Model" wins honorable mention for Best Gong Show talk at CIDR 2021! [Paper] [Website] [Video] [Slides]
  • Oct 2020 - Our work on "The Need for a New I/O Model" has been accepted in the gong show of CIDR, 2021!
  • Mar 2020 - Our work "Lethe: A Tunable Delete-Aware LSM Engine" has been accepted for publication in SIGMOD, 2020! [Paper] [arXiv] [Website] [SIGMOD Presentation Video] [Slides] [Poster]

Research

I am currently developing a new design paradigm for interacting with durable storage that takes into account performance asymmetry between read and write operations, as well as the variable access concurrency that different devices may support. Toward this, I have proposed the Parametric I/O Model that captures these key modern storage properties. Following the model, I have developed an asymmetry/concurrency-aware bufferpool manager and a concurrency-aware graph manager. In addition, we are working on hardware/software co-design approaches using reprogrammable technology to support on-the-fly near-data transformation that supports efficient hybrid transactional/analytical processing (HTAP). Prior to joining BU, I worked on the intersection of medical informatics, machine learning and embedded systems.


Current Projects


CAVE Graph Manager

We a concurrency-aware graph manager CAVE that exploits full SSD parallelism and implement five popular graph traversal algorithms.

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ACE Bufferpool Manager

We propose an asymmetry/concurrency-aware bufferpool manager ACE, that writes multiple dirty pages concurrently to amortize the asymmetric write cost.

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Relational Memory

We introduce a new type of near-memory computation to transform between row-oriented data to column-oriented data on the fly.

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The New Parametric I/O Model

We propose a simple yet expressive I/O model that considers asymmetry and concurrency of contemporary storage devices.

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Lethe: A Tunable Delete-Aware LSM Engine

Lethe provides persistence guarantees for delete operations within bounded time and enables efficient secondary range deletes in LSM-based storage engines.

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Contact

papon@bu.edu
Computer Science Department, CDS 925
Boston University
665 Commonwealth Avenue
Boston, MA 02215