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12+ < title > Summer 2025</ title >
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14+
15+ < body >
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19+ < div class ="col-9 ">
20+ < h1 > OrderLab Reading Group</ h1 >
21+ < h2 class ="semester "> Winter 2025</ h2 >
22+ < h3 > Wednesday 10:00am-11:30am, 4901 BBB</ h3 >
23+ < h4 > Coordinator: Yunchi Lu</ h4 >
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28+ < div class ="row ">
29+ < div class ="col-1 ">
30+ < ul class ="semesters ">
31+
32+ < li > < a href ="https://orderlab.io/reading-group/summer25 "> Summer 2025</ a > </ li >
33+ < li > < a href ="https://orderlab.io/reading-group/winter25 "> Winter 2025</ a > </ li >
34+ < li > < a href ="https://orderlab.io/reading-group/fall24 "> Fall 2024</ a > </ li >
35+ < li > < a href ="https://orderlab.io/reading-group/summer24 "> Summer 2024</ a > </ li >
36+ < li > < a href ="https://orderlab.io/reading-group/winter24 "> Winter 2024</ a > </ li >
37+ < li > < a href ="https://orderlab.io/reading-group/fall23 "> Fall 2023</ a > </ li >
38+ < li > < a href ="https://orderlab.io/reading-group/fall22 "> Fall 2022</ a > </ li >
39+ < li > < a href ="https://orderlab.io/reading-group/summer22 "> Summer 2022</ a > </ li >
40+ < li > < a href ="https://orderlab.io/reading-group/spring22 "> Spring 2022</ a > </ li >
41+ < li > < a href ="https://orderlab.io/reading-group/fall21 "> Fall 2021</ a > </ li >
42+ < li > < a href ="https://orderlab.io/reading-group/spring21 "> Spring 2021</ a > </ li >
43+ < li > < a href ="https://orderlab.io/reading-group/fall20 "> Fall 2020</ a > </ li >
44+ < li > < a href ="https://orderlab.io/reading-group/spring20 "> Spring 2020</ a > </ li >
45+ < li > < a href ="https://orderlab.io/reading-group/fall19 "> Fall 2019</ a > </ li >
46+ < li > < a href ="https://orderlab.io/reading-group/spring19 "> Spring 2019</ a > </ li >
47+ < li > < a href ="https://orderlab.io/reading-group/fall18 "> Fall 2018</ a > </ li >
48+ < li > < a href ="https://orderlab.io/reading-group/summer18 "> Summer 2018</ a > </ li >
49+ < li > < a href ="https://orderlab.io/reading-group/spring18 "> Spring 2018</ a > </ li >
50+ < li > < a href ="https://orderlab.io/reading-group/fall17 "> Fall 2017</ a > </ li >
51+ </ ul >
52+
53+ </ div >
54+ < div class ="col-9 ">
55+ < h1 > Description</ h1 >
56+ < p > The reading group organized by the < a href ="https://orderlab.io/ "> OrderLab</ a >
57+ covers latest advances in the research of computer systems. Students will
58+ read and discuss recent papers in top systems conferences such as OSDI, SOSP,
59+ NSDI, EuroSys, and ASPLOS.
60+ </ p >
61+ < p > Each week, one student will present the paper and lead the discussion. Other students
62+ should read the paper to be presented < b class ="text-danger "> before</ b > the seminar.
63+ This seminar is supposed to generate in-depth discussions. It is impossible to do so
64+ without reading the paper first.
65+
66+ < p > The focus topics covered in the papers vary semester to semester. Example topics include
67+ fault-tolerance, reliability, verification, energy efficiency, and
68+ virtualization. The presenter decides which paper to present. In general,
69+ select the papers that are relevant to your research project first (i.e.,
70+ depth-first). If you are not sure, check with me first
71+ before preparing the presentation. Also, try to avoid picking papers that
72+ have already been picked in the past (the past schedules are linked on the
73+ left-side menu).
74+ </ p >
75+
76+ < p > The presentation announcements are sent via the mailing list < a href ="mailto:orderlab-talk@umich.edu "> orderlab-talk@umich.edu</ a > ,
77+ which will also be used to generate follow-up discussions of the presented paper.
78+ Students who wish to sign up for the mailing list, please email < a href ="mailto:ryanph@umich.edu "> ryanph@umich.edu</ a > .
79+ </ p >
80+
81+
82+ < h1 > Schedule</ h1 >
83+ < table class ="table-bordered schedule ">
84+ < tr class ="info ">
85+ < th class ="date "> Date</ th >
86+ < th class ="presenter "> Presenter</ th >
87+ < th class ="title "> Title</ th >
88+ < th class ="conference "> Conference</ th >
89+ < th class ="material "> Material</ th >
90+ </ tr >
91+
92+ < tr >
93+ < td > 05/21/2025</ td >
94+ < td > Yunchi Lu</ td >
95+ < td >
96+ < p class ="title "> TASO: optimizing deep learning computation with automatic generation of graph substitutions</ p >
97+ < p class ="authors "> Zhihao Jia, Oded Padon, James Thomas, Todd Warszawski, Matei Zaharia, Alex Aiken</ p >
98+ </ td >
99+ < td > SOSP'19</ td >
100+ < td > < a href ="https://dl.acm.org/doi/pdf/10.1145/3341301.3359630 "> Paper</ a > </ td >
101+ </ tr >
102+
103+ < tr >
104+ < td > 06/04/2025</ td >
105+ < td > Kevin Xue</ td >
106+ < td >
107+ < p class ="title "> Heterogeneity-Aware Cluster Scheduling Policies for Deep Learning Workloads</ p >
108+ < p class ="authors "> Deepak Narayanan and Keshav Santhanam, Stanford University and Microsoft Research; Fiodar Kazhamiaka, Stanford University; Amar Phanishayee, Microsoft Research; Matei Zaharia, Stanford University</ p >
109+ </ td >
110+ < td > OSDI'20</ td >
111+ < td > < a href ="https://www.usenix.org/system/files/osdi20-narayanan_deepak.pdf "> Paper</ a > </ td >
112+ </ tr >
113+
114+ < tr >
115+ < td > 06/11/2025</ td >
116+ < td > Wanning He</ td >
117+ < td >
118+ < p class ="title "> I4: Incremental Inference of Inductive Invariants for Verification of Distributed Protocols (SOSP'19)</ p >
119+ < p class ="authors "> Haojun Ma, Aman Goel, Jean-Baptiste Jeannin, Manos Kapritsos, Baris Kasikci, Karem A. Sakallah, University of Michigan</ p >
120+ </ td >
121+ < td > SOSP'19</ td >
122+ < td > < a href ="https://web.eecs.umich.edu/~barisk/public/i4.pdf "> Paper</ a > </ td >
123+ </ tr >
124+
125+ < tr >
126+ < td > 06/18/2025</ td >
127+ < td > Chenlin Liu</ td >
128+ < td >
129+ < p class ="title "> Chenlin's Project Presentation</ p >
130+ </ td >
131+ < td > </ td >
132+ < td > </ td >
133+ </ tr >
134+
135+ </ table >
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