Friday, June 10, 2016
Thursday, December 10, 2015
This is the second installment of the SC15 Awards recap. To read the first article, click here.
This article will recap the following from the SC15 Awards Ceremony:
- Best Posters
- The IEEE TCSC Award for Excellence in Scalable Computing for Early Career Researchers
- Scientific Visualization and Data Analytics Showcase
- George Michael Memorial HPC Fellowship
- ACM Student Research Competition
- ACM Gordon Bell Prize
|SC Posters encourage collaboration and conversations.|
The first awards segment to highlight is the robust posters competition, which includes the ACM Student Research Competition. Research posters showcase some of the most cutting-edge research in high performance computing (HPC), storage, networking and data analytics.
|Posters are always a great area for positive discourse.|
As part of its research poster activities, SC15 also hosted the ACM Student Research Competition. It enables undergraduate and graduate students to experience the research world, share results and exchange ideas. They also have a chance to rub shoulders with academic and industry leaders and gain an understanding of the applications of their research.
|The Student Research Competition encourages research excellence.|
This year, SC received 64 submissions that went through a rigorous review process. In the end, 25 Student Research Competition posters were accepted. The Student Research Competition includes travel support for all SC15 participating students as well as cash awards to the finalists. This award is co-sponsored by Microsoft Research.
The first place winners will move on to the Student Research Competition grand finals next year. According to SC15 Posters Chair, Manish Parashar, "The poster session is a very important activity where the poster authors and audiences enjoy face-to-face discussion on their technologies for a broader audience and great exposure for their work."
Best SC15 Poster
|SC's Manish Parashar congratulates Timothy I. Mattox who was part of the team that won for Best Poster.|
Parashar then introduced the overall winner of the SC15 Best Poster Award as "Parallelization, Acceleration, and Advancement of Dissipative Particle Dynamics (DPD) Methods".
Authors are as follows:
- Timothy I. Mattox - Engility Corporation
- James P. Larentzos - Engility Corporation
- Christopher P. Stone - Computational Science and Engineering, LLC.
- Sean Ziegeler - Engility Corporation; John K. Brennan - U.S. Army Research Laboratory
- Martin Lísal - Institute of Chemical Process Fundamentals of the Academy of Sciences of the Czech Republic and J. E. Purkyne University.
The other SC15 Poster finalists:
- Performance, Power, and Energy of In-Situ and Post-Processing Visualization: A Case Study in Climate Simulation - with Vignesh Adhinarayanan - Virginia Polytechnic Institute and State University as lead author.
- Development of Explicit Moving Particle Simulation Framework and Zoom-Up Tsunami Analysis System - with Kohei Murotani - University of Tokyo as lead author.
- Efficient Large-Scale Sparse Eigenvalue Computations on Heterogeneous Hardware - with Moritz Kreutzer - Friedrich-Alexander University Erlangen-Nürnberg as lead author.
- Memory Hotplug for Energy Savings of HPC systems - with Shinobu Miwa - Hiroki Honda University of Electro-Communications as lead author.
- Benchmark Simulation and Experimental Testbed Studies of AWGR-Based, Multi-Layer Photonic Interconnects for Low- Latency, Energy-Efficient Computing Architectures - with Paolo Grani - University of California Davis as lead author.
- Large-Scale and Massively Parallel Phase-Field Simulations of Pattern Formation in Ternary Eutectic Alloys - with Johannes Hötzer - Karlsruhe University of Applied Sciences as lead author.
|SC15 Student Research Awards.|
ACM CEO, Bobby Schnabel and ACM President, Alex Wolf presented the winners of the ACM Student Research Competition and took part in also introducing both the 2015 Undergraduate and Graduate Student Research Award finalists:
|The SC15 Undergraduate Student Research Award Finalists on stage with members of the Awards Committee.|
- Third Place: ”Modeling the Impact of Thread Configuration on Power and Performance of GPUs” by Tiffany A. Connors from Texas State University.
- Second Place: ”Optimization Strategies for Materials Science Applications on Cori: An Intel Knights Landing, Many Integrated Core Architecture” by Luther D. Martin from National Energy Research Scientific Computing Center.
- First Place: ”Lessons from Post-Processing Climate Data on Modern Flash-Based HPC Systems” by Adnan Haider from the Illinois Institute of Technology.
Then the 2015 Graduate Student Research Award finalists were presented:
|The SC15 Graduate Student Research Award Finalists on stage with members of the Awards Committee .|
- Third Place: “High Performance Model Based Image Reconstruction” by Xiao Wang from Purdue University.
- Second Place: “Efficient Multiscale Platelets Modeling Using Supercomputers” by Na Zhang from Stony Brook University.
- First Place: "AccFFT: A New Parallel FFT Library for CPU and GPU Architectures” by Amir Gholami from the University of Texas at Austin.
Scientific Visualization and Data Analytics Showcase
This is the second year of the new format for the Scientific Visualization and Data Analytics Showcase. Six finalists competed for the Award and presented their movie during a dedicated session.
Movies were judged based on the following:
- How each enables scientific discovery
|Members of the winning team accept their award.|
The Scientific Visualization and Data Analytics Award went to “Visualization of Ocean Currents and Eddies in a High-Resolution Ocean Model," authored by: Francesca Samsel, Mark Petersen, Terece Turton. Gregory Abram, James Ahrens, and David Rogers.
The other finalists were as follows:
- "Gasoline Compression Ignition: Optimizing Start of Injection Time" with Joseph Insley as the lead author.
- "Visualization Of Airflow Through The Human Respiratory System: The Sniff" with Fernando Cucchietti as the lead author.
- "Visualization of a Tornado-Producing Thunderstorm: A Study of Visual Representation" with David Bock as the lead author.
- "Extreme Multi-Resolution Visualization: A Challenge On Many Levels" with Joanna Balme as the lead author.
- "Chemical Visualization of Human Pathogens: The Retroviral Capsids" with Juan Perilla as the lead author.
IEEE TCSC Award for Excellence in Scalable Computing for Early Career Researchers
The IEEE TCSC Award for Excellence in Scalable Computing for Early Career Researchers recognizes individuals who have made outstanding and potentially long-lasting contributions to the field within five years of receiving their PhD.
|The winners of the IEEE TCSC Award for Excellence in Scalable Computing for Early Career Researchers with members of the SC Awards Committee.|
The following were the winners as announced by Manish Parashar who is also the SC15 Chair of the Award selection committee:
• Ilkay Altintas, San Diego Supercomputer Center, UC San Diego
• Aydin Buluç, Computational Research Division, Berkeley Lab (LBNL)
• Kurt B. Ferreira, Sandia National Laboratories
ACM/IEEE George Michael Memorial HPC Fellowship
The George Michael Memorial HPC Fellowship honors exceptional PhD students in our field. These Fellowships are sponsored by ACM, the IEEE Computer Society, and the SC Conference, and include a $5,000 honorarium. The George Michael Memorial HPC Fellowship Chair is Barbara Horner-Miller.
|Maciej Besta (on the left) and Dhairya Malhotra accept their certificates as winners of the 2015 George Michael Memorial HPC Fellowship from Barbara Horner-Miller, the George Michael Memorial HPC Fellowship Chair.|
- Maciej Besta from ETH Zurich for his project "Accelerating Large-Scale Distributed Graph Computations."
- Dhairya Malhotra from the University of Texas at Austin, for his project "Scalable Algorithms for Evaluating Volume Potentials."
ACM Gordon Bell Prize
According to Cherri Pancake, ACM Awards Chair, "Solving a scientific or engineering problem is important, but performance as well as scientific outcomes are needed to win this prize." She continued, "Finalists were chosen on the basis of performance measurements already achieved when the papers were submitted. Teams present their work in two sessions during the conference. The winning team receives a $10,000 stipend."
|Members of the winning Gordon Bell prize team on stage with some of the SC Awards Committee.|
The winning selection was “An Extreme-Scale Implicit Solver for Complex PDEs: Highly Heterogeneous Flow in Earth’s Mantle” in the category Scalabilty and was authored by:
- Johann Rudi - The University of Texas at Austin
- A. Cristiano I. Malossi - IBM Corporation
- Tobin Isaac - The University of Texas at Austin
- Georg Stadler - Courant Institute of Mathematical Sciences
- Michael Gurnis - California Institute of Technology
- Peter W. J. Staar - IBM Corporation
- Yves Ineichen - IBM Corporation
- Costas Bekas - IBM Corporation
- Alessandro Curioni - IBM Corporation
- Omar Ghattas - The University of Texas at Austin
Listed below are the other finalists who also deserve congratulations:
- “Massively Parallel Models of the Human Circulatory System” with research led by Amanda Randles - Duke University.
- “An Extreme-Scale Implicit Solver for Complex -PDEs: Highly Heterogeneous Flow in Earth’s Mantle” with research led by Johann Rudi - The University of Texas at Austin.
- “The In-Silico Lab-on-a-Chip: Petascale and High-Throughput Simulations of Microfluidics at Cell Resolution - with research led by Diego Rossinelli - ETH Zurich.
- “Pushing Back the Limit of Ab-initio Quantum Transport Simulations on Hybrid Supercomputers" - with research led by Mauro Calderara - ETH Zurich.
- “Implicit Nonlinear Wave Simulation with 1.08T DOF and 0.270T Unstructured Finite Elements to Enhance Comprehensive Earthquake Simulation” - with research led by Tsuyoshi Ichimura - University of Tokyo.
This completes the summary of the SC15 Awards Ceremony. Congratulations to all finalists and winners. Check back here for more conference updates or click here to view the SC16 website.
Tuesday, December 1, 2015
Once again, the SC Awards Ceremony was an entertaining event and one of the many highlights of conference week. This year, the SC15 Award Co-Chairs were Padma Raghavan and Franck Cappello who helped open the SC15 Awards Ceremony
According to Cappello, “The awards are very important for the SC conference series. They celebrate the best and the brightest of High Performance Computing [HPC]. The selection of the finalists and winners follow a very strict and codified process, involving many members of the program committee.”
|SC15 Award Co-Chairs were Padma Raghavan and Franck Cappello.|
He continued, “Awards are not just plaques or certificates. They define excellence. They set the bar for the years to come. They are a very powerful inspiration for young and senior researchers.”
Raghavan added that even being an award finalist at SC15 is already an achievement in itself. Following is a brief summary of some of the SC15 award winners.
SC15 Student Cluster Competition
The Student Cluster Competition is comprised of two awards: the first for the Highest LINPACK and the 2nd for the Overall Winner. These awards showcase student expertise in a friendly yet spirited competition. It’s a non-stop, real-time, 48-hour challenge where students race to assemble a small cluster at SC15 to demonstrate the greatest sustained performance across a series of applications.
The students partner with vendors to design and build a cutting-edge cluster from commercially available components, not to exceed a 3120-watt power limit and work with application experts to tune and run the competition codes. The Student Cluster competition is supported by Allinea and Schlumberger.
The first Student Cluster Competition award - Highest LINPACK Benchmark - went to Team TUMuch Phun, Technische Universität from München, Germany.
|Team TUMuch Phun, Technische Universität from München, Germany, receive the Highest LINPACK Benchmark award from SC15 Student Cluster Competition Chair, Hai-Ah Nam (far right).|
The Overall Student Cluster Competition winner was determined based on a combined score for correctly completed workload, benchmark performance, demonstrated understanding of architecture and performance through profiling and analysis, and interviews. This year’s winner was Team Diablo from Tsinghua University in China.
|Team Diablo, Tsinghua University in China, celebrate winning the SC15 Student Cluster Competition.|
Technical Papers Program
|Jeffrey S. Vetter, SC15 Technical Program Chair, presents interesting data from this year’s submissions during the SC15 awards ceremony in Austin, Texas.|
The Technical Papers Program is one of SC’s most valued components. Each year SC receives submissions of original research that introduce new ideas to the field and stimulate future trends in HPC. As in previous years, it was a tough competition, with 361 paper submissions covering a wide range of research interests and topics.
The committee met for two days in June to review the Papers. At the conclusion of the meeting, the committee had accepted 78 papers, which is a 22 percent acceptance rate. Of the 78 papers, nine have been selected as finalists for the Best Paper and Best Student Paper awards.
Please note, all technical papers are available at the ACM Digital Library and can be accessed by clicking here.
Best Student Paper
|"Parallel Distributed Memory Construction of Suffix and Longest Common Prefix Arrays” by Patrick Flick and Srinivas Aluru was selected as the SC15 best student paper.|
Patrick Flick’s and Srinivas Aluru’s winning paper proposes a novel algorithm for the suffix array problem. The performance results are very impressive and demonstrate a hundred fold improvement over existing methods. The algorithm itself has a potential broad impact on the field of genomics.
The three other finalists were:
- Adaptive and Transparent Cache Bypassing for GPUs - with Ang Li from Eindhoven University of Technology as the lead author.
- A Case for Application-Oblivious Energy - Efficient MPI Runtime- with Akshay Venkatesh - Ohio State University as the lead author.
- GraphReduce: Processing Large-Scale Graphs on Accelerator - Based Systems - with Dipanjan Sengupta - Georgia Institute of Technology as the lead author
|The SC15 Best Paper, ”ScaAnalyzer — A Tool to Identify Memory Scalability Bottlenecks in Parallel Programs” by Xu Liu and Bo Wu.|
Xu Liu’s and Bo Wu’s winning paper proposes methods and tools that isolate the causes of memory bottlenecks in both hardware and software in advanced computing systems. The committee felt the fundamental contributions address the memory wall problem and could have wide applicability in software development at Exascale.
The other finalists were:
- Massively Parallel Phase-Field Simulations for Ternary Eutectic Directional Solidification - with Martin Bauer - FAU Erlangen Nuremberg as the lead author.
- Efficient Implementation of Quantum Materials Simulations on Distributed CPU-GPU Systems - with Raffaele Solcà - ETH Zurich as the lead author.
- Adaptive and Transparent Cache Bypassing for GPU's - with Ang Li - Eindhoven University of Technology as lead author.
- Exploiting Asynchrony from Exact Forward Recovery for DUE in Iterative Solvers - with Luc Jaulmes - Barcelona Supercomputing Center as the lead author.
- PGX.D: A Fast Distributed Graph Processing System - with Sungpack Hong - Oracle Corporation as the lead author.
Check back here for additional coverage of other SC15 award winners in the near future.
Tuesday, November 24, 2015
|The Australian group visits the U.S. Department of Energy booth at SC15.|
The students were selected from the Queensland Academy of Science, Mathematics and Technology (QASMT), and the Faith Lutheran College, both in Brisbane, and the John Monash Science School in Melbourne. The students, all but one are in their 10th school year, were part of a program created several years ago by Prof. David Abramson of the University of Queensland.
“A big highlight for me was a panel presentation on post-Moore’s Law looking at digital, quantum and neuromorphic computing from the perspectives of different scientists,” said Dylan Sanusi-Goh of the John Monash Science School (JMSS). “I also went to a Microsoft talk on quantum programming and then they walked me through how to do it. Here you get to do something you couldn’t do otherwise.”
Paro Mitchell of JMSS said she was interested in how computers are getting much faster, but also wanted to know what will happen after Moore’s Law no longer applies, and the doubling of computing power per processor every 18 months which has driven the industry for decades comes to an end. “Supercomputers are such a great technology and I wanted to know what we are using it for.”
One area of research benefiting from supercomputing -- the merging of black holes, their interactions and the gravitational waves that are generated caught the imagination of Olivia MacKenzie of the Queensland Academy.
Jess Woolley of JMSS said that although she hasn’t done any programming, she was learning a lot as the week progressed. At a visit to the nearby Texas Advanced Computing Center, she was excited to see an actual supercomputer and “how big and how loud they are, and see what’s inside of them.”
And learning about a wide range of science disciplines, possibilities and tools was one of the goals of the trip, said teacher Robyn Simpson of QASMT.
Linda McIver, a teacher at JMSS, said the students were selected partly for what they would bring back to get their schools excited about computing.
And the student have clear projects at their home institutions. At each of the three schools, they are installing sensors to measure different conditions in the buildings to make them both more efficient and more comfortable.
Jack Stubbs of the Queensland Academy said his group is rolling out eight sensors to help detect when and where the lights, air conditioning and heating should be on or off, “so we can be more eco-friendly.”
Sanusi-Goh said his group is installing sensors to measure light, sound, temperature and humidity in their school to improve future classroom design. His school consists of one building with three levels, and often the lower one is too cold while the top floor is too warm.
Woolley added that her group is interested in developing a system to better regulate classroom temperatures, which are set to 23 degrees Celsius, but the current system doesn’t take into account the effects of room occupancy.
Travis Jacob, the lone 11th year student in the group, and schoolmate Harrison Cook are using a few sensors to measure carbon dioxide levels to see how they rise and fall during the day at the Faith Lutheran College. They want to see if CO2 levels can be used to indicate room occupancy.
Teacher Stephen Blair of Faith Lutheran College said the projects help show the students the value to solid data when making their cases about classroom conditions to school administrators and pointing out ways to improve their environments.
The students received travel support from Monash University, the University of Queensland, their schools and they have corporate sponsorship from SGI and ScaleMP.
Monday, November 23, 2015
|SC15 security technology racks with help from Dell, |
Gigamon, Reservoir Labs, Splunk, and Verisign.
As the backbone of data communications for SC, SCinet supports high-bandwidth demos, HPC workshops, classrooms, and thousands of conference attendees accessing the network at any given point. With network traffic from the exhibit floor, wireless and external network traffic, there are many opportunities for the network to be compromised. SCinet’s Network Security team works to develop novel strategies to protect the integrity of the network.
“The Network Security team has transitioned from using signatures to detect single instances of malicious activity in the network to performing behavioral analytics, which track the overall patterns of security threats,” says Jeff Boote, Technical Staff at Sandia National Laboratories and co-lead for the SCinet Network Security team. “We started using these security algorithms to detect malicious hosts on the network about 2-3 years ago to be more proactive and evolve with the security trends.”
|Resevoir Labs staff on SCinet.|
“We went from 2 10-gigabit taps (20-gigabit aggregate) in 2011, to 31 taps with 580-gigabit aggregate in 2015. With an expected 5000 simultaneous hosts on the Wi-Fi alone, on an open network that is only up for one to two weeks, the Network Security team must find novel ways to prevent malicious activity on the network,” says Gates.
Working with vendors and partners, the SCinet team integrates the technologies to monitor for harmful network traffic, detect and prevent compromised systems, and mitigate the effects of compromised systems.
Over the last three years, SCinet has used Gigamon to help monitor and secure its network operation centers and Internet access gateway. Gigamon acts as a type of mirror, allowing the Network Security team to peer into network traffic and observe a copy of the activity going through the gateway. This traffic is being analyzed by technologies such as the Dell Firewall Sandwich, which provides high-speed deep packet inspection for malicious security events.
SCinet also serves as a research testbed for the network security.
“Back in 2000, the intrusion detection system, Bro, was being developed by Berkeley Lab and ICSI. SCinet was used as a place to test their technology on a network that is both production and research oriented,” says Gates. “It’s a balance here. SCinet provides the protection grade security of a full production network, while at same time working with technology experts who want to test new features. We’re able to provide both on SCinet. We provide production level network security while allowing for research innovation.”
One SCinet partner, Reservoir Labs, began as a SCinet Sandbox (now called Network Research Exhibition) project and is now an integral part of security architecture. Reservoir uses Bro technology under the covers to both log and analyze activity on the network. Like Bro, Reservoir used SCinet to test the high-speed analysis features of their product while also providing production-level stability and results.
While SCinet has done behavior-based analysis of security data within a research context for more than a decade, these techniques are becoming ever more popular in day-to-day network operations. To fulfill that role in 2015, SCinet is using Splunk to aggregate the security events from Gigamon, Reservoir, and Dell SonicWALL, along with intelligence data from Verisign’s iDefense, to look for suspicious behaviors in network traffic.
This year, SCinet has over $5,000,000 in vendor loaned technology for network security.
|The SC15 SCinet Network Operating Center brining in 1.62 Terabits per second |
of network bandwidth.
We want to thank all the vendors and researchers over the years for engaging with SCinet and allowing us to explore the boundaries of security technologies. We look forward to seeing you at SC16!
Friday, November 20, 2015
Tsinghua University Claims Third Cluster Competition Title this Year
|Team Diablo from Tsinghua University, the overall winners of the SC15 Student Cluster Competition.|
Team Diablo, a team of undergraduate students from Tsinghua University in China, won the top prize in the Student Cluster Competition at the SC15 conference in Austin, Texas. A team from Germany, Team TUMuch Phun from the Technical University of Munich, won the award for achieving highest performance for the Linpack benchmark.
For the Tsinghua University team, this was their third win, coming on the heels of victories at the International Supercomputing Conference in Germany and the Asia Supercomputing Community Student Supercomputer Challenge.
When they were announced as SC15 winners at the Thursday, Nov. 19, awards session, the team let out a whoop and went to the stage to collect their certificates.
“After they announced it, we were really excited,” said Youwei Zhou, a senior undergraduate student and team spokesman. “Our secret is teamwork and each member is capable of understanding the hardware and software. When we get stuck on a problem and cannot progress, we always figure it out with more people working on it. We also find potential performance increases this way.”
Zhou also said the each of this year’s winning teams from his university consisted of different students.
The Student Cluster Competition, which debuted at SC07 in Reno and has since been replicated in Europe, Asia and Africa, is a real-time, non-stop, 48-hour challenge in which teams of six undergraduates assemble a small cluster at SC15 and race to complete a real-world workload across a series of scientific applications, demonstrate knowledge of system architecture and application performance, and impress HPC industry judges.
The students partner with vendors to design and build a cutting-edge cluster from commercially available components, not to exceed a 3120-watt power limit and work with application experts to tune and run the competition codes.
The students partner with vendors to design and build a cutting-edge cluster from commercially available components, not to exceed a 3120-watt power limit and work with application experts to tune and run the competition codes.
The award for Student Cluster Competition Overall Winner is based on the combined score for correctly completed workload, benchmark performance, demonstrated understanding of architecture and performance through profiling and analysis, and interviews.
In addition to the teams from China and Germany, the SC15 Student Cluster Competition line-up included:
● Team Desert Heat, Arizona Research Computing, United States
● Illinois Institute of Technology, United States
● National Tsing Hua University, Taiwan
● Northeastern University, United States
● Pawsey Supercomputing Centre, Australia
● Universidad EAFIT, Colombia
● University of Oklahoma, United States
The Student Cluster Competition is part of the Students@SC Program. Funding for the SC15 Student Cluster Competition was provided by IEEE/ACM SC15 and supported by Allinea and Schlumberger.