POSTER: Extending MapReduce Framework with Locality Keys (PPoPP 2021 - Main Conference) - PPoPP 2021

Write a Blog >>

Sat 27 February - Wed 3 March 2021

Who

Yifeng Cheng, Bei Wang, Xiaolin Wang

Track

PPoPP 2021 Main Conference

Time Zone

The program is currently displayed in (GMT-05:00) Eastern Time (US & Canada).

Use conference time zone: (GMT-05:00) Eastern Time (US & Canada)Select other time zone

The GMT offsets shown reflect the offsets at the moment of the conference.

Time Band

By setting a time band, the program will dim events that are outside this time window. This is useful for (virtual) conferences with a continuous program (with repeated sessions).
The time band will also limit the events that are included in the personal iCalendar subscription service.

Display full programSpecify a time band

When

Tue 2 Mar 2021 13:00 - 13:06 - Session 6. Posters 1 Chair(s): Adam Morrison

Abstract

This paper extends the existing MapReduce framework to allow the user programmer to control data locality and reduce communication costs of the shuffle operations in iterative in-memory computation. The programming extension is fully consistent with the style of MapReduce and allows straightforward fast implementation.

Link to Publication

https://dl.acm.org/doi/10.1145/3437801.3441607

Yifeng Cheng

Peiking University, China

Bei Wang

Peking University, China

Xiaolin Wang

Peking University, China

China

Time Zone

The program is currently displayed in (GMT-05:00) Eastern Time (US & Canada).

Use conference time zone: (GMT-05:00) Eastern Time (US & Canada)Select other time zone

The GMT offsets shown reflect the offsets at the moment of the conference.

Time Band

By setting a time band, the program will dim events that are outside this time window. This is useful for (virtual) conferences with a continuous program (with repeated sessions).
The time band will also limit the events that are included in the personal iCalendar subscription service.

Display full programSpecify a time band

Session Program

Tue 2 Mar
Displayed time zone: Eastern Time (US & Canada) change

	12:30 - 13:18	Session 6. Posters 1Main Conference Chair(s): Adam Morrison Tel Aviv University

	12:30 6m Talk		POSTER: On Group Mutual Exclusion for Dynamic Systems Main Conference Shreyas Gokhale The University of Texas at Dallas, Sahil Dhoked The University of Texas at Dallas, Neeraj Mittal The University of Texas at Dallas Link to publication
	12:36 6m Talk		POSTER: Bundled References: An Abstraction for Highly-Concurrent Linearizable Range Queries Main Conference Jacob Nelson Lehigh University, Ahmed Hassan Lehigh University, Roberto Palmieri Lehigh University Link to publication
	12:42 6m Talk		POSTER: Verifying C11-Style Weak Memory Libraries Main Conference Sadegh Dalvandi University of Surrey, Brijesh Dongol University of Surrey Link to publication
	12:48 6m Talk		POSTER: A Lock-free Relaxed Concurrent Queue for Fast Work Distribution Main Conference Giorgos Kappes University of Ioannina, Stergios V. Anastasiadis University of Ioannina Link to publication
	12:54 6m Talk		POSTER: A more Pragmatic Implementation of the Lock-free, Ordered, Linked List Main Conference Jesper Träff TU Wien, Austria, Manuel Pöter TU Wien, Austria Link to publication
	13:00 6m Talk		POSTER: Extending MapReduce Framework with Locality Keys Main Conference Yifeng Cheng Peiking University, China, Bei Wang Peking University, China, Xiaolin Wang Peking University, China Link to publication
	13:06 6m Talk		POSTER: On the Parallel I/O Optimality of Linear Algebra Kernels: Near-Optimal LU Factorization Main Conference Grzegorz Kwasniewski ETH Zurich, Tal Ben-Nun Department of Computer Science, ETH Zurich, Alexandros Nikolaos Ziogas ETH Zurich, Timo Schneider ETH Zurich, Maciej Besta ETH Zurich, Torsten Hoefler ETH Zurich Link to publication
	13:12 6m Talk		POSTER: Asynchrony versus Bulk-Synchrony for a Generalized N-body Problem from Genomics Main Conference Marquita Ellis University of California at Berkeley & Lawrence Berkeley National Lab, Aydın Buluç University of California at Berkeley & Lawrence Berkeley National Lab, Katherine Yelick University of California at Berkeley & Lawrence Berkeley National Lab Link to publication