Changeset 957
- Timestamp:
- 13/07/22 21:56:03 (7 months ago)
- Location:
- www
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- 3 edited
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www/content/anrw/2022/program.haml
r956 r957 22 22 23 23 %p 24 Times are given in UTC.24 Times are given in America/Eastern (Philadelphia) time zone. 25 25 26 26 %table.table.table-striped.no-urlify … … 36 36 %tr 37 37 %td{ :style => "width: 8em" } 38 %b July 26, 2022<br> 1 9:00-19:1538 %b July 26, 2022<br> 10:00-10:10 39 39 %td 40 40 %h4.text-danger Welcome and Opening Remarks … … 42 42 %div.col-lg-8 43 43 %p 44 Andra Lutu and Nick Feamster 45 %div.col-lg-4 46 %p.btn-toolbar 47 %a{ :href => "/anrw/2022/anrw22_welcome_slides.pdf", :class => "btn btn-default btn-xs", :role => "button"} 48 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 49 %td{ :style => "width: 8em" } 44 45 %td{ :style => "width: 12em" } 46 %p 47 Taejoong (Tijay) Chung and Marwan Fayed 48 49 %tr 50 %td 51 %b July 26, 2022<br> 10:10-10:45 52 %td 53 %h4.text-danger Keynote 54 %div.row 55 %div.col-lg-8 56 %p 57 %a{ name: "keynote"} 58 %b 59 Layer Four and Three Quarters: Fantastic Quirks and Where to Find Them 60 %br 61 Lucas Pardue 62 %div.col-lg-4 63 %p.btn-toolbar 64 65 %td 50 66 %p 51 67 … … 53 69 %tr 54 70 %td 55 %b July 26, 2022<br> 19:00-20:15 56 %td 57 %h4.text-danger New Internet Protocols 58 %div.row 59 %div.col-lg-8 60 %p 61 %a{ name: "p27"} 62 %b 63 /%a{ :href => "anrw2022-final27.pdf"} 64 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472316"} 65 Adaptive Cheapest Path First Scheduling in a Transport-Layer Multi-Path Tunnel Context 66 %br 67 Marcus Pieska, Anna Brunstromm Andreas Kassler, Markus Amend, and Alexander Rabitsch. 68 %div.col-lg-4 69 %p.btn-toolbar 70 %a{ :href => "/anrw/2022/slides-111-anrw-sessb-adaptive-cheapest-path-first-scheduling-in-a-transport-layer-multi-path-tunnel-context-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 71 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 72 %p 73 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "1-ANRW2021-27.jpg"} 74 %source{ :src => "1-ANRW2022-27.m4v", :type => "video/mp4"} 75 76 77 %div.row 78 %div.col-lg-8 79 %p 80 %a{ name: "p38"} 81 %b 82 /%a{ :href => "anrw2021-final38.pdf"} 83 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472317"} 84 Leveraging the 0-RTT Convert Protocol to improve Wi-Fi/Cellular convergence 85 %br 86 Matthieu Baerts, Nicolas Keukeleire, and Olivier Bonaventure. 87 %div.col-lg-4 88 %p.btn-toolbar 89 %a{ :href => "/anrw/2021/slides-111-anrw-sessb-leveraging-the-0-rtt-convert-protocol-to-improve-wi-ficellular-convergence-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 90 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 91 %p 92 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "2-ANRW2021-38.jpg"} 93 %source{ :src => "2-ANRW2021-38.m4v", :type => "video/mp4"} 94 95 %div.row 96 %div.col-lg-8 97 %p 98 %a{ name: "p53"} 99 %b 100 /%a{ :href => "anrw2021-final53.pdf"} 101 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472320"} 102 Cooperative Performance Enhancement Using QUIC Tunneling in 5G Cellular Networks 103 %br 104 Zsolt Krämer, Mirja Kühlewind, Marcus Ihlar, and Attila Mihály 105 %div.col-lg-4 106 %p.btn-toolbar 107 %a{ :href => "/anrw/2021/slides-111-anrw-sessb-cooperative-performance-enhancement-using-quic-tunneling-in-5g-cellular-networks-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 108 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 109 %p 110 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "3-ANRW2021-53.jpg"} 111 %source{ :src => "3-ANRW2021-53.m4v", :type => "video/mp4"} 112 %td 113 %p 114 Anna Brunstrom 115 116 117 %tr 118 %td 119 %b July 26, 2021<br> 20:15-21:00 120 %td 121 %h4.text-danger Practical Congestion Control 122 %div.row 123 %div.col-lg-8 124 %p 125 %a{ name: "p62"} 126 %b 127 /%a{ :href => "anrw2021-final62.pdf"} 128 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472322"} 129 CCID5: An implementation of the BBR Congestion Control algorithm for DCCP and its impact over multi-path scenarios 130 %br 131 Nathalie Romo Moreno, Markus Amend, Anna Brunstrom, Andreas Kassler, and Veselin Rakocevic 132 %div.col-lg-4 133 %p.btn-toolbar 134 %a{ :href => "/anrw/2021/slides-111-anrw-sessb-ccid5-an-implementation-of-the-bbr-congestion-control-algorithm-for-dccp-and-its-impact-over-multi-path-scenarios-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 135 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 136 %p 137 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "1-ANRW2021-62.jpg"} 138 %source{ :src => "1-ANRW2021-62.m4v", :type => "video/mp4"} 139 140 %div.row 141 %div.col-lg-8 142 %p 143 %a{ name: "p70"} 144 %b 145 /%a{ :href => "anrw2021-final70.pdf"} 146 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472323"} 147 Toward Greater Scavenger Congestion Control Deployment: Implementations and Interfaces 148 %br 149 Tong Meng, Christopher Cai, Brighten Godfrey, and Michael Schapira 150 %div.col-lg-4 151 %p 152 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "2-ANRW2021-70.jpg"} 153 %source{ :src => "2-ANRW2021-70.m4v", :type => "video/mp4"} 154 %td 155 %p 156 Theresa Enghardt 157 158 159 %tr 160 %td 161 %b July 27, 2021<br> 19:00-19:45 162 %td 163 %h4.text-danger Interconnection and Routing 164 %div.row 165 %div.col-lg-8 166 %p 167 %a{ name: "p20"} 168 %b 169 /%a{ :href => "anrw2021-final20.pdf"} 170 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472315"} 171 Hunting BGP Zombies in the Wild 172 %br 173 Porapat Ongkanchana, Romain Fontugne, Hiroshi Esaki, Job Snijders, and Emile Aben 174 %div.col-lg-4 175 %p.btn-toolbar 176 %a{ :href => "/anrw/2021/slides-111-anrw-sessa-hunting-bgp-zombies-in-the-wild-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 177 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 178 %p 179 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "1-ANRW2021-20.jpg"} 180 %source{ :src => "1-ANRW2021-20.m4v", :type => "video/mp4"} 181 182 %div.row 183 %div.col-lg-8 184 %p 185 %a{ name: "p95"} 186 %b 187 /%a{ :href => "anrw2021-final95.pdf"} 188 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472325"} 189 Meta-Peering: Towards Automated ISP Peer Selection 190 %br 191 Prasun Kanti Dey, Shahzeb Mustafa, and Murat Yuksel 192 %div.col-lg-4 193 %p.btn-toolbar 194 %a{ :href => "/anrw/2021/slides-111-anrw-sessa-meta-peering-towards-automated-isp-peer-selection-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 195 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 196 %p 197 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "2-ANRW2021-95.jpg"} 198 %source{ :src => "2-ANRW2021-95.m4v", :type => "video/mp4"} 199 %td 200 %p 201 Amreesh Phokeer 202 203 %tr 204 %td 205 %b July 27, 2021<br> 19:45-21:00 206 %td 207 %h4.text-danger Monitoring Internet Traffic 208 %div.row 209 %div.col-lg-8 210 %p 211 %a{ name: "p7"} 212 %b 213 /%a{ :href => "anrw2021-final7.pdf"} 214 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472313"} 215 Towards Cross-Layer Telemetry 216 %br 217 Justin Iurman, Frank Brockners, and Benoit Donnet 218 %div.col-lg-4 219 %p.btn-toolbar 220 %a{ :href => "/anrw/2021/slides-111-anrw-sessa-towards-cross-layer-telemetry-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 221 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 222 %p 223 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "1-ANRW2021-07.jpg"} 224 %source{ :src => "1-ANRW2021-07.m4v", :type => "video/mp4"} 225 226 %div.row 227 %div.col-lg-8 228 %p 229 %a{ name: "p49"} 230 %b 231 /%a{ :href => "anrw2021-final49.pdf"} 232 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472319"} 233 L, Q, R, and T - Which Spin Bit Cousin is here to stay? 234 %br 235 Ike Kunze, Jan Rüth, and Klaus Wehrle 236 %div.col-lg-4 237 %p.btn-toolbar 238 %a{ :href => "/anrw/2021/slides-111-anrw-sessa-l-q-r-and-t-which-spin-bit-cousin-is-here-to-stay-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 239 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 240 %p 241 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "2-ANRW2021-49.jpg"} 242 %source{ :src => "2-ANRW2021-49.m4v", :type => "video/mp4"} 243 244 %div.row 245 %div.col-lg-8 246 %p 247 %a{ name: "p68"} 248 %b 249 /%a{ :href => "anrw2021-final68.pdf"} 250 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472885"} 251 Detecting Consumer IoT Devices Through the Lens of an ISP 252 %br 253 Said Jawad Saidi, Anna Maria Mandalari, Hamed Haddadi, Daniel J. Dubois, 254 David Choffnes, Georgios Smaragdakis, and Anja Feldmann 255 %div.col-lg-4 256 %p.btn-toolbar 257 %a{ :href => "/anrw/2021/slides-111-anrw-sessa-detecting-consumer-iot-devices-through-the-lens-of-an-isp-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 258 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 259 %p 260 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "3-ANRW2021-68.jpg"} 261 %source{ :src => "3-ANRW2021-68.m4v", :type => "video/mp4"} 262 263 %div.row 264 %div.col-lg-8 265 %p 266 %a{ name: "p59"} 267 %b 268 /%a{ :href => "anrw2021-final59.pdf"} 269 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472321"} 270 On the Evolution of Internet Flow Characteristics 271 %br 272 Simon Bauer, Benedikt Jaeger, Fabian Helfert, Philipe Barias, and Georg Carle 273 %div.col-lg-4 274 %p.btn-toolbar 275 %a{ :href => "/anrw/2021/slides-111-anrw-sessa-on-the-evolution-of-internet-flow-characteristics-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 276 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 277 %p 278 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "4-ANRW2021-59.jpg"} 279 %source{ :src => "4-ANRW2021-59.m4v", :type => "video/mp4"} 280 %td 281 %p 282 Edmundo de Souza e Silva 283 284 285 %tr 286 %td 287 %b July 28, 2021<br> 19:00-20:00 288 %td 289 %h4.text-danger DNS and Privacy 290 %div.row 291 %div.col-lg-8 292 %p 293 %a{ name: "p48"} 294 %b 295 /%a{ :href => "anrw2021-final48.pdf"} 296 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472318"} 297 Encryption without Centralization: Distributing DNS Queries Across Recursive Resolvers 298 %br 299 Austin Hounsel, Paul Schmitt, Kevin Borgolte, and Nick Feamster 300 %div.col-lg-4 301 %p.btn-toolbar 302 %a{ :href => "/anrw/2021/slides-111-anrw-sessd-encryption.pdf", :class => "btn btn-default btn-xs", :role => "button"} 303 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 304 %p 305 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "1-ANRW2021-48.jpg"} 306 %source{ :src => "1-ANRW2021-48.m4v", :type => "video/mp4"} 307 308 %div.row 309 %div.col-lg-8 310 %p 311 %a{ name: "p89"} 312 %b 313 /%a{ :href => "anrw2021-final89.pdf"} 314 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472324"} 315 Institutional Privacy Risks in Sharing DNS Data 316 %br 317 Basileal Imana, Aleksandra Korolova, and John Heidemann 318 %div.col-lg-4 319 %p.btn-toolbar 320 %a{ :href => "/anrw/2021/slides-111-anrw-sessd-institutional-privacy-risks.pdf", :class => "btn btn-default btn-xs", :role => "button"} 321 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 322 %p 323 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "2-ANRW2021-89.jpg"} 324 %source{ :src => "2-ANRW2021-89.m4v", :type => "video/mp4"} 325 326 %div.row 327 %div.col-lg-8 328 %p 329 %a{ name: "p46"} 330 %b 331 /%a{ :href => "anrw2021-final46.pdf"} 332 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472884"} 333 DNS over TCP Considered Vulnerable 334 %br 335 Tianxiang Dai, Haya Shulman, and Michael Waidner 336 %div.col-lg-4 337 %p.btn-toolbar 338 %a{ :href => "/anrw/2021/slides-111-anrw-sessd-dns-over-tcp-considered-vulnerable-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 339 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 340 %p 341 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "3-ANRW2021-46.jpg"} 342 %source{ :src => "3-ANRW2021-46.m4v", :type => "video/mp4"} 343 %td 344 %p 345 Nick Feamster 346 347 %tr 348 %td 349 %b July 28, 2021<br> 20:00-20:45 350 %td 351 %h4.text-danger Applications and Specifications 352 %div.row 353 %div.col-lg-8 354 %p 355 %a{ name: "p17"} 356 %b 357 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472314"} 358 Tools for Disambiguating RFCs 359 %br 360 Jane Yen, Ramesh Govindan, and Barath Raghavan 361 %div.col-lg-4 362 %p 363 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "1-ANRW2021-17.jpg"} 364 %source{ :src => "1-ANRW2021-17.m4v", :type => "video/mp4"} 365 366 %div.row 367 %div.col-lg-8 368 %p 369 %a{ name: "p78"} 370 %b 371 %a{ :href => "https://dl.acm.org/doi/10.1145/3472305.3472886"} 372 Manus Manum Lavat: Media Clients and Servers Cooperating with Common Media Client/Server Data 373 %br 374 Ali C. Begen 375 %div.col-lg-4 376 %p.btn-toolbar 377 %a{ :href => "/anrw/2021/slides-111-anrw-sessd-manus-manum-lavat-media-clients-and-servers-cooperating-with-common-media-clientserver-data-00.pdf", :class => "btn btn-default btn-xs", :role => "button"} 378 <span class="glyphicon glyphicon-picture" aria-hidden="true"></span>Slides 379 %p 380 %video{ :controls => true, :preload => "none", :width => "80%", :poster => "2-ANRW2021-78.jpg"} 381 %source{ :src => "2-ANRW2021-78.m4v", :type => "video/mp4"} 382 %td 383 %p 384 Andra Lutu 71 %b July 26, 2022<br> 10:45-12:00 72 %td 73 %h4.text-danger Research Papers 74 %div.row 75 %div.col-lg-8 76 %p 77 %a{ name: "p1"} 78 %b 79 Is It Really Necessary to Go Beyond A Fairness Metric for Next-Generation Congestion Control? 80 %br 81 Safiqul Islam 82 %div.col-lg-4 83 %p.btn-toolbar 84 85 86 %div.row 87 %div.col-lg-8 88 %p 89 %a{ name: "p2"} 90 %b 91 Cross-layer Network Outage Classification Using Machine Learning 92 %br 93 Jan Marius Evang 94 %div.col-lg-4 95 %p.btn-toolbar 96 97 98 %div.row 99 %div.col-lg-8 100 %p 101 %a{ name: "p3"} 102 %b 103 On the Suitability of BBR Congestion Control for QUIC over GEO SATCOM Networks 104 %br 105 Aitor Martin 106 %div.col-lg-4 107 %p.btn-toolbar 108 109 110 %div.row 111 %div.col-lg-8 112 %p 113 %a{ name: "p4"} 114 %b 115 Priority-aware Forward Error Correction for HTTP 116 %br 117 Nooshin Eghbal 118 %div.col-lg-4 119 %p.btn-toolbar 120 121 122 %td 123 %p 124 125 126 127 %tr 128 %td 129 %b July 26, 2022<br> 12:00-15:00 130 %td 131 %h4.text-danger Break 132 133 134 135 %tr 136 %td 137 %b July 26, 2021<br> 15:00-17:00 138 %td 139 %h4.text-danger Special Session on Protocol Specification Techniques 140 %p 141 How should we describe and specify protocols? 142 143 %p 144 How can we ensure that network protocol specifications are consistent 145 and correct, and how can we verify that specifications are correct and 146 validate that implementations match the specification? 147 148 %p 149 The IETF community has long used natural language, English, to describe 150 and specify its protocols, mixed with occasional formal languages such 151 as ABNF, YANG, and so on. This session will discuss whether this is the 152 right approach, and to what extent formal methods, structured specification 153 languages, and natural language processing techniques can help describe 154 network protocols. 155 156 157 %div.row 158 %div.col-lg-8 159 %p 160 %a{ name: "i1"} 161 %b 162 %a{ :href => "https://github.com/RFCNLP" } 163 Automated Attack Synthesis by Extracting Finite State Machines from Protocol Specification Documents 164 165 %span{ :class => "label label-default"} Invited talk 166 %br 167 Max von Hippel (Northeastern University) 168 %div.col-lg-4 169 %p.btn-toolbar 170 171 172 %div.row 173 %div.col-lg-8 174 %p 175 %a{ name: "i2"} 176 %b 177 %a{ :href => "https://raghavan.usc.edu/papers/sage-sigcomm21.pdf" } 178 Semi-Automated Protocol Disambiguation and Code Generation 179 %span{ :class => "label label-default"} Invited talk 180 %br 181 Jane Yen (USC) 182 %div.col-lg-4 183 %p.btn-toolbar 184 185 186 %div.row 187 %div.col-lg-8 188 %p 189 %a{ name: "i3"} 190 %b 191 (tbc) 192 %span{ :class => "label label-default"} Invited talk 193 %br 194 Chris Wood (Cloudflare) 195 %div.col-lg-4 196 %p.btn-toolbar 197 198 199 %td 200 %p 201 Colin Perkins 385 202 386 203 387 204 %h2 Proceedings 388 205 %p 389 %a{ :href => "https://dl.acm.org/doi/proceedings/10.1145/3472305" } Proceedings of the Applied Networking Research Workshop 2022 206 -# %a{ :href => "https://dl.acm.org/doi/proceedings/10.1145/3472305" } 207 Proceedings of the Applied Networking Research Workshop 2022 390 208 will be available from the ACM Digital Library. 391 209 392 210 393 211 %p 394 Recordings of the workshop, including Q&A, are available on the395 %a{ :href => "https://www.youtube.com/ watch?v=PkjzcOp1ZGw&list=PLC86T-6ZTP5i8-wTQHH7jvCpRYmScg2Se"} IETF channel212 Recordings of the workshop, including Q&A, will be available on the 213 %a{ :href => "https://www.youtube.com/user/ietf/videos"} IETF channel 396 214 on YouTube. 397 215 -
www/layouts/anrw/2022/dates_.haml
r955 r957 46 46 %td{ colspan: 2 } 47 47 %b 48 Week of 25-29July 202248 26 July 2022 49 49 -
www/layouts/anrw/2022/place_.haml
r892 r957 1 1 %p 2 The ANRW ’22 will co-locate with the IETF-114 meeting, on July 23-29, 2022.2 The ANRW ’22 will take place in the Liberty B room at the Sheraton Philadelphia Downtown, the venue of the IETF-114 meeting, on Tuesday, July 26, 2022. 3 3
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