BEGIN:VCALENDAR
VERSION:2.0
PRODID:Linklings LLC
BEGIN:VTIMEZONE
TZID:America/Denver
X-LIC-LOCATION:America/Denver
BEGIN:DAYLIGHT
TZOFFSETFROM:-0700
TZOFFSETTO:-0600
TZNAME:MDT
DTSTART:19700308T020000
RRULE:FREQ=YEARLY;BYMONTH=3;BYDAY=2SU
END:DAYLIGHT
BEGIN:STANDARD
TZOFFSETFROM:-0600
TZOFFSETTO:-0700
TZNAME:MST
DTSTART:19701101T020000
RRULE:FREQ=YEARLY;BYMONTH=11;BYDAY=1SU
END:STANDARD
END:VTIMEZONE
BEGIN:VEVENT
DTSTAMP:20260422T000621Z
LOCATION:505
DTSTART;TZID=America/Denver:20231113T090000
DTEND;TZID=America/Denver:20231113T173000
UID:submissions.supercomputing.org_SC23_sess442@linklings.com
SUMMARY:WHPC@SC23: 16th International Women in HPC Workshop
DESCRIPTION:Exploring the Potential of GPU-initiated Communications in HPC
  Applications\n\nThe two-sided MPI has become a de facto standard for comm
 unication on a distributed memory system. As high-performance GPU computin
 g becomes the trend, some numerical methods have a relatively simple commu
 nication pattern adhering to the BSP model find MPI and its CUDA-aware var
 iant can satisfy the ...\n\n\nNan Ding (Lawrence Berkeley National Laborat
 ory (LBNL))\n---------------------\nFostering Diversity, Equity, and Inclu
 sion (DEI) at Big Tech Firms\n\nAchieving a diverse and inclusive workforc
 e requires focus and commitment, both at the organizational level and the 
 individual level. Last year, Google achieved its most diverse, representat
 ive workforce yet. Getting there required targeted actions, along with fol
 lowing the data to understand which ...\n\n\nAnnie Ma-Weaver and Bill Magr
 o (Google LLC)\n---------------------\nSimulating Quantum Chemistry on Het
 erogeneous Architectures\n\nSimulating chemistry with quantum mechanical a
 ccuracy is a challenging task, while at the same time crucial to describin
 g certain molecular interactions. On a classical machine, the scaling of q
 uantum chemistry methods ranges from cubic for popular but less accurate m
 ethods to exponential for the hi...\n\n\nK. Grace Johnson (Hewlett Packard
  Labs)\n---------------------\nWHPC@SC23 – Morning Break\n----------------
 -----\nAccelerating the HPC I/O for Low Latency and High Throughput with 1
 6-Nanometer FPGA-Based Hardware Accelerators\n\nThe existing HPC I/O stack
  struggles with the growing demands of HPC scientific workloads. To start 
 with the latency bottleneck, there is a deeply layered kernel hierarchy to
  translate HPC I/O requests to the actual storage operations. This layered
  architecture adds a significant overhead along the ...\n\n\nBabar Khan (T
 U Darmstadt Germany)\n---------------------\nWHPC@SC23 – Afternoon Break\n
 ---------------------\nWHPC@SC23 – Invited Speaker:  When to Jump – Managi
 ng Your Career and Maximizing Your Impact\n\nOne of the exciting aspects o
 f a research career is that it can change rapidly, including the problems 
 you work on and the collaborators you work with, in addition to the usual 
 options of changing jobs and institutions.  Using my own experience at uni
 versities, national labs, and a brief stint in in...\n\n\nKatherine Yelick
 \n---------------------\nScalable Graph Analytics and HPC Operational Enha
 ncement:  Parallel Computing and ML/DL Innovations\n\nParallel computing p
 lays a pivotal role in the efficient processing of vast-scale graph. Compl
 ex network analysis stands as a captivating frontier of research, holding 
 promise across diverse scientific domains such as sociology, biology, onli
 ne media, and recommendation systems. In this era, Machine...\n\n\nNaw Saf
 rin Sattar (Oak Ridge National Laboratory (ORNL))\n---------------------\n
 An Analysis of Change Point Detection in High Performance Computing\n\nAs 
 high-performance computing approaches the exascale era, the analysis of th
 e vast amount of monitoring data generated by supercomputers has become in
 creasingly challenging for data analysts. The detection of change points, 
 which plays a critical role in anomaly detection, performance optimization
 ,...\n\n\nVijayalakshmi Saravanan (University of South Dakota)\n----------
 -----------\nWHPC@SC23 – WHPC Lyceum\n\nCristin Meritt\n------------------
 ---\nWHPC@SC23 – Strength in Unity:  Fostering Tech Career Persistence\n\n
 With regard to diversity, many of us start our careers in computing with e
 nthusiasm and potential, but as we progress through different career stage
 s, our representation dwindles. In simpler terms, we're well-represented i
 n the early stages of our careers but less so as we advance. In this discu
 ssio...\n\n\nSuzanne Parete-Koon (Oak Ridge National Laboratory (ORNL))\n-
 --------------------\nWHPC@SC23: 16th International Women in HPC Workshop\
 n\nThe 16th international Women in HPC workshop will be held at SC23 in De
 nver, CO, USA with the goal of fostering a diverse and inclusive HPC commu
 nity. The WHPC workshop series has become the leading SC event focused on 
 DEI topics. We aim to cultivate skills for valuing a diverse workforce and
  creati...\n\n\nElsa J. Gonsiorowski (Lawrence Livermore National Laborato
 ry (LLNL)) and Mozhgan Chimeh (NVIDIA Corporation)\n---------------------\
 nWHPC@SC23 – Networking Breakout\n\nThe WHPC workshop audience will have a
  structured breakout session for attendees to mingle and network. This is 
 also the opportunity to meet with the early career lightning talk speakers
 .\n\n---------------------\nWHPC@SC23 – Conclusion\n---------------------\
 nOur Success Case of Full Remote Working\n\nRemote work has been widely ad
 opted by tech companies since the lockdown more than three years ago. Howe
 ver, some companies are asking their employees to come back to their seats
  with the promise to change taught meetings by chatting next to the coffee
  machine.\n\nIn this talk, I'll show what we have ...\n\n\nElisabeth Orteg
 a\n---------------------\nPotential of Cryogenics Electronics for Future C
 omputing Systems\n\nCryogenic electronics have great potential to advance 
 computing capabilities and quantum information processing. We explore two 
 categories: Superconducting Electronics (SCE) and Cryogenic semiconductor 
 electronics (Cryo-Semi). Taking advantage of the inherent phenomenon of su
 perconductivity with zer...\n\n\nMeriam Gay Bautista (Lawrence Berkeley Na
 tional Laboratory (LBNL))\n---------------------\nWHPC@SC23 – Leading from
  the Middle\n\nLet’s face it: Being in a leadership role where you are san
 dwiched between those who report to you and those to whom you report can b
 e tough. In fact, research shows middle and upper middle management experi
 ences the most workplace dissatisfaction in organizations. It’s often frus
 trating...\n\n\nLaura Schulz (Leibniz Supercomputing Centre)\n------------
 ---------\nWHPC@SC23:  Surviving and Thriving as an ‘Outsider' – with the 
 Help of Allies\n\nBrendan Bouffler\n---------------------\nfAsyLex: Accele
 rating Legal NLP through Comparative Analysis of Multi-GPU Approaches\n\nT
 he primary objective of this work is to conduct an evaluation of the accel
 eration of NLP training for the task of text classification on legal docum
 ents. The dataset used is AsyLex, a dataset of refugee claims from Canada.
   We implement fast AsyLex (fAsylex) and scale it across up to 64 GPUs. Th
 rou...\n\n\nClaire Barale (University of Edinburgh)\n---------------------
 \nSpatiotemporal Analysis and Prediction of Laboratory-Generated Turbulenc
 e\n\nInternal waves below the ocean's surface significantly contribute to 
 heat transfer in the global climate system, and are often studied with lab
 oratory experiments like the Stratified Inclined Duct (SID). These experim
 ents generate large amounts of data, creating expensive storage costs. Thi
 s work is...\n\n\nJade Buzinski and Jason Yalim (Arizona State University)
 \n---------------------\nQueue Wait Time Prediction in Supercomputers\n\nH
 igh Performance Computing systems play critical role in advancing scientif
 ic research. They use schedulers for allocating resources to queued jobs. 
 Waiting time can vary, even among jobs of similar characteristics, making 
 it difficult to accurately estimate the exact time a job will wait in the 
 que...\n\n\nNwamaka Okafor and Bethany Lusch (Argonne National Laboratory 
 (ANL))\n---------------------\nInvestigating Linear Solvers for Power Grid
  Analysis with Exascale Computing:  A Journey of Learning and Collaboratio
 n\n\nThis work is a contribution to the advancement of linear solvers for 
 the Exascale Computing Project. It focuses on direct sparse linear solvers
  using High-Performance Computing (HPC) for large-scale power systems, res
 embling the United States power grids. This paper explores supercomputers 
 at Oak Ri...\n\n\nLeslie Cook (Oak Ridge National Laboratory (ORNL), Midwe
 stern State University)\n---------------------\nWHPC@SC23 – Introduction\n
 ---------------------\nOpenGPT-X:  Advancements, Challenges, Exploration, 
 and Future Goals\n\nIn the era of Natural Language Processing with Large L
 anguage Models, the OpenGPT-X project brings forth a platform for research
 ing, producing, and using language models. The project is a German initiat
 ive with ten collaborative partners, focusing their efforts to contribute 
 a multilingual Open Sour...\n\n\nChelsea Maria John and Andreas Herten (Fo
 rschungszentrum Jülich)\n---------------------\nWHPC@SC23 – Lunch Break\n-
 --------------------\nOperationalizing HPC Tasks for Space Weather Forecas
 ting Using Celery and Django:  Making Automated, HPC-Powered Scientific Re
 sults Accessible in Near-Real Time.\n\nForecasting space weather condition
 s in the Earth’s ionosphere is critical to protecting key infrastructure, 
 such as satellite-based positioning and navigation systems, high-frequency
  radio communications, and the electric power grid. Variations in space we
 ather are caused by coronal mass ejec...\n\n\nJenny Wong (University of Bi
 rmingham, UK)\n---------------------\nWHPC@SC23\n\nLisa Arafune\n\nTag: St
 ate of the Practice\n\nRegistration Category: Workshop Reg Pass\n\nSession
  Chairs: Elsa J. Gonsiorowski (Lawrence Livermore National Laboratory (LLN
 L)) and Mozhgan Kabiri chimeh (NVIDIA Corporation)
END:VEVENT
END:VCALENDAR