ACM SIGCOMM Workshop on Hot Topics in Software Defined Networking (HotSDN 2014)
Co-located with ACM SIGCOMM’14
August 22, 2014
Chicago, IL.
Technical Program
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ONOS: Towards an Open, Distributed SDN OS
Bob Lantz; Brian O'Connor; Jonathan Hart; Pankaj Berde; Pavlin Radoslavov; Masayoshi Kobayashi; Toshio Koide; Yuta Higuchi; Matteo Gerola; William Snow; Guru Parulkar
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ClosedFlow: OpenFlow-like Control over Proprietary Devices
Ryan Hand; Eric Keller
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Application-aware Data Plane Processing in SDN
Hesham Mekky; Fang Hao; Sarit Mukherjee; Zhi-Li Zhang; T V Lakshman
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Don't Call Them Middleboxes, Call Them Middlepipes
Hani Jamjoom; Upendra Sharama; Dan Williams
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OpenVirteX: Make Your Virtual SDNs Programmable
Ali Al-Shabibi; Marc De Leenheer; Matteo Gerola; Ayaka Koshibe; Elio Salvadori; Guru Parulkar; Bill Snow
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Five Nines of Southbound Reliability in Software-Defined Networks
Francisco J. Ros; Pedro M. Ruiz
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tinyNBI: Distilling an API from essential OpenFlow abstractions
C. Jasson Casey; Andrew Sutton; Alex Sprintson
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ProCel: Smart Traffic Handling for a Scalable Software EPC
Kanthi Nagaraj; Sachin Katti
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A Resource Delegation Framework for Software Defined Networks
Ilya Baldin; Shu Huang; Rajesh Gopidi
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Using SDN To Facilitate Precisely Timed Actions On Real-Time Data Streams
Thomas Edwards; Warren Belkin
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Flow-level State Transition as a New Switch Primitive for SDN
Masoud Moshref; Apoorv Bhargava; Adhip Gupta; Minlan Yu; Ramesh Govindan
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Towards Systematic Detection and Resolution of Network Control Conflicts
Dennis Volpano; Xin Sun; Geoffrey Xie
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ESPRES: Transparent SDN Update Scheduling
Peter Peresini; Maciej Kuzniar; Marco Canini; Dejan Kostic
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Testing Stateful and Dynamic Data Planes with FlowTest
Seyed Kaveh Fayazbakhsh; Vyas Sekar
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Distributed and Collaborative Traffic Monitoring in Software Defined Networks
Ye Yu; Chen Qian; Xin Li
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An Assertion Language for Debugging SDN Applications
Ryan Beckett; X. Kelvin Zou; Shuyuan Zhang; Sharad Malik; Jennifer Rexford; David Walker
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FlowGuard: Building Robust Firewalls for Software-Defined Networks
Hongxin Hu; Wonkyu Han; Gail-Joon Ahn; Ziming Zhao
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Fleet: Defending SDNs from Malicious Administrators
Stephanos Matsumoto; Samuel Hitz; Adrian Perrig
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Towards Correct Network Virtualization
Soudeh Ghorbani; Brighten Godfrey
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Using MAC Addresses as Efficient Routing Labels in Data Centers
Arne Schwabe; Holger Karl
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Provable Data Plane Connectivity with Local Fast Failover
Michael Borokhovich; Liron Schiff; Stefan Schmid
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Optimizing Rules Placement in OpenFlow Networks: Trading Routing for Better Efficiency
Xuan-Nam NGUYEN; Damien SAUCEZ; Chadi BARAKAT; Thierry TURLETTI
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Pratyaastha: An Efficient Elastic Distributed SDN Control Plane
Anand Krishnamurthy; Shoban P. Chandrabose; Aaron Gember-Jacobson
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A Compressive Method for Maintaining Forwarding States in SDN Controller
Ying Zhang; Sriram Natarajan; Xin Huang; Neda Beheshti; Ravi Manghirmalani
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SDN traceroute: Tracing SDN Forwarding without Changing Network Behavior
Kanak Agarwal; Eric Rozner; Colin Dixon; John Carter
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Flow Caching for High Entropy Packet Fields
Nick Shelly; Ethan Jackson; Teemu Koponen; Nick McKeown; Jarno Rajahalme
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Shadow MACs: Scalable Label-switching for Commodity Ethernet
Kanak Agarwal; Colin Dixon; Eric Rozner; John Carter
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CAB: A Reactive Wildcard Rule Caching System for Software-Defined Networks
Bo Yan; Yang Xu; Hongya Xing; Kang Xi; H. Jonathan Chao
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Enabling Layer 2 Pathlet Tracing through Context Encoding in Software-Defined Networking
Hui Zhang; Cristian Lumezanu; Junghwan Rhee; Nipun Arora; Qiang Xu; Guofei Jiang
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Infinite CacheFlow in Software-Defined Networks
Naga Katta; Omid Alipourfard; Jennifer Rexford; David Walker
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Compiling Path Queries in Software-Defined Networks
Srinivas Narayana; Jennifer Rexford; David Walker
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Incremental Update for a Compositional SDN Hypervisor
Xin Jin; Jennifer Rexford; David Walker
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Compiling Minimum Incremental Update for Modular SDN Languages
Xitao Wen; Chunxiao Diao; Xun Zhao; Yan Chen; Li Erran Li; Bo Yang; Kai Bu
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Real Time Alpha-fairness Based Traffic Engineering
Bill McCormick; Frank Kelly; Patrice Plante; Paul Gunning; Peter Ashwood-Smith
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SoftMoW: A Dynamic and Scalable Software Defined Architecture for Cellular WANs
Mehrdad Moradi; Li Erran Li; Z. Morley Mao
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ReversePTP: A Software Defined Networking Approach to Clock Synchronization
Tal Mizrahi; Yoram Moses
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Sloth: SDN-enabled Activity-based Virtual Machine Deployment
Thomas Knauth; Pradeep Kiruvale; Matti Hiltunen; Christof Fetzer
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FlowQoS: QoS for the Rest of Us
M. Said Seddiki; Muhammad Shahbaz; Sean Donovan; Sarthak Grover; Miseon Park; Nick Feamster; Ye-Qiong Song
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A Secure Computation Framework for SDNs
Nachikethas A. Jagadeesan; Ranjan Pal; Kaushik Nadikuditi; Yan Huang; Minlan Yu; Elaine Shi
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Enforcing RPKI-Based Routing Policy on the Data Plane at an Internet Exchange
Josh Bailey; Dean Pemberton; Andy Linton; Cristel Pelsser; Randy Bush
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Flow-Based Load Balancing in Multipathed Layer-2 Networks using OpenFlow and Multipath-TCP
Michael Bredel; Zdravko Bozakov; Artur Barczyk; Harvey Newman
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SDLoad: An Extensible Framework for SDN Workload Generation
Nicolas Laurent; Stefano Vissicchio; Marco Canini
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Towards a Scalable and Near-Sighted Control Plane Architecture for WiFi SDNs
Julius Schulz-Zander; Nadi Sarrar; Stefan Schmid
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Access Control for SDN Controllers
Felix Klaedtke; Ghassan Karame; Roberto Bifulco; Heng Cui
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Generating Consistent Updates for Software-Defined Network Configurations
Yifei Yuan; Franjo Ivancic; Cristian Lumezanu; Shuyuan Zhang; Aarti Gupta
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Towards a Novel and Optimal Packet Identifier Design for SDN
Michael O'Neill; Andrew Wells; Xin Sun
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OFf: Bugspray for Openflow
Ramakrishnan Durairajan; Joel Sommers; Paul Barford
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SOLuTIoN: SDN-based OpticaL TraffIc steering for NFV
Ming Xia; Meral Shirazipour; Ying Zhang; Howard Green; Attila Takacs
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A Cross-Layer SDN Control Plane for Optical Multicast-Featured Datacenters
Yiting Xia; T. S. Eugene Ng
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NetRevert: Rollback Recovery in SDN
Ying Zhang; Neda Beheshti; Ravi Manghirmalani
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Ranges and Cross-Entrance Consistency with OpenFlow
Yehuda Afek; Anat Bremler-Barr; Liron Schiff
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Tolerating SDN Application Failures with LegoSDN
Balakrishnan Chandrasekaran; Theophilus Benson
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Radio Visor : A Slicing Plane for Radio Access Networks
Aditya Gudipati; Li Erran Li; Sachin Katti
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A Programmable and Scalable OpenFlow Switch using Heterogeneous SoC Platforms
Shijie Zhou; Weirong Jiang; Viktor K. Prasanna
Call for Papers
Software Defined Networking (SDN) refactors the relationship between network devices and the software that controls them. Opening up the interfaces to programming the network enables more flexible and predictable network control, and makes it easier to extend the network with new functionality. SDN is being employed in a large and growing number of experimental and production settings spanning campus networks, telcos, clouds, and online service provider networks. A variety of new applications have been developed, including network virtualization, responsive traffic engineering, dynamic access control, seamless mobility support, etc.
HotSDN aims to bring together industry and academia to jointly explore and debate recent developments related to all aspects of SDN. We invite researchers and practitioners to submit short papers. Such papers could, for example, present new ideas for designing switch hardware and APIs that offer greater flexibility without compromising performance; describe new software platforms for better control and management of software defined networks; shed light on experiences deploying software defined networks in the wild; describe novel SDN use cases; present novel ideas for inter-operating SDNs with legacy equipment; and so on.
Topics of Interest
We encourage submission of short previously unpublished papers on Software Defined Networking. We particularly encourage position papers and radical ideas that challenge state-of-the-art in SDN.
Topics of interest include, but are not limited to, the following:
- SDN applications to home, wireless, cellular, enterprise, data-center, and backbone networks
- SDN applications to network management, monitoring, security, etc.
- Security of SDN infrastructure
- Virtualization in SDNs
- Switch designs for SDN
- Application programming interfaces for SDNs
- Control and management software for SDNs
- Programming languages, verification techniques, and tools for SDNs
- Performance evaluation of SDN switches and controllers
- Experiences deploying SDN technology and applications in operational networks
- Transitioning existing networks to SDN
- Placement and factoring of SDN control logic
- SDN-like control applied to other settings, e.g., transport, physical layer, wireless, etc.
Submission
Submissions must be original, unpublished work, and not under consideration at another conference or journal. Submitted papers must be at most six (6) pages long, including all figures, tables, references, and appendices in two-column 10pt ACM format. Please see the workshop webpage for further guidelines.
Important Dates
March 18, 2014
Abstract registration
March 25, 2014
Submissions due
April 30, 2014
Notification
June 18, 2014
Camera ready versions due
August 22, 2014
Workshop date
Organizers
- PC Co-Chairs
Aditya Akella
UW-Madison
Albert Greenberg
Microsoft
- Program Committee
Najam Ahmad
Facebook
Paul Barford
Wisconsin
Marco Canini
UCL
Diego Crupnicoff
Mellanox
Dan Daly
Intel
Dinesh Dutt
Cumulus
Tom Edsall
Insieme
Ali Ghodsi
Berkeley
Arjun Guha
UMass
Ariel Hendel
Broadcom
Vimalkumar Jeyakumar
Stanford
Sachin Katti
Stanford
Eric Keller
Colorado
Teemu Koponen
Nicira
Dejan Kostic
KTH Royal Institute of Technology
TV Lakshman
Bell Labs
Dave Maltz
Microsoft
Jeff Mogul
Google
Pere Monclus
Plumgrid
Guru Parulkar
Stanford
Vyas Sekar
CMU
Anees Shaikh
Google
Hakim Weatherspoon
Cornell
Minlan Yu
USC
Submission instructions
Each submission must be a single PDF file no longer than six (6) pages in length (in two-column, 10-point format) including references, following the sig-alternate-10pt LaTeX style file. Papers should be submitted electronically via the submission site. Papers must include the author name and affiliation for single-blind peer reviewing by the program committee.
Accepted papers will be published in the ACM Digital Library. Publication at HotSDN is not intended to preclude later publication. Authors of accepted papers are expected to present their papers at the workshop.