Access to the sessions is via Webex and Whova from the Program page.
Introduction, welcome from the chairs
Session 1: Cedric Westphal (Futurewei) – Chair
Invited Talk: Can we use CubeSats as the Backbone Network for Next Generation Communications Systems?
As the Internet evolves to support over 30 billion connected devices by 2021, the reach and connectivity offered by the traditional wired backbone is fast becoming a bottleneck. Nanosatellites, or CubeSats, are envisioned as a promising solution for future backbone communication networks because of their low costs and short deployment cycle. A new generation of CubeSats equipped with multi-band radios for communication in radio frequencies, millimeter wave and terahertz bands has made terabit per second (Tbps) links possible. A dense network of CubeSats worldwide offering Tbps-level connectivity provides an excellent opportunity for realizing the backbone network for next generation communications. Furthermore, this next-generation CubeSat backbone has much to benefit from Software-Defined Networking and Network Function Virtualization which provide fine-grained control over the system hardware, improve network resource utilization, and simplify network management. In this talk, a complete system architecture for global CubeSat networks coupled with a ground-based control and management framework is presented, along with novel solutions for large-scale network topology design and low-overhead routing.
Ian F. Akyildiz (Georgia Institute of Technology)
Ian Akyildiz received his BS, MS, and PhD degrees in Electrical and Computer Engineering from the University of Erlangen-Nürnberg, Germany, in 1978, 1981 and 1984, respectively. He is the Ken Byers Chair Professor Emeritus in Telecommunications at the Georgia Institute of Technology, and the Director of the Broadband Wireless Networking Laboratory. He serves on the Advisory Board for the newly established research center called Technology Innovation Institute (TII) in Abu Dhabi, United Arab Emirates since June 1, 2020. He is the President of the Truva Inc. since March 1989 and CTO for the newly established company Airanaculus since April 2020. Since 2017, he also serves as a Consulting Professor with the Computer Engineering Department at the University of Cyprus. He is a Megagrant Research Leader with the Institute for Information Transmission Problems at the Russian Academy of Sciences, in Moscow, Russia, since May 2018. He is a Visiting Distinguished Professor with the SSN College of Engineering in Chennai, India since October 2019 and an Adjunct Professor with Department of Electrical Engineering at University of Iceland since September 2020.
He is the Founder and Editor in Chief of the newly established ITU J FET (Journal on Future and Evolving Future Technologies) since August 2020. He is an Editor-in-Chief Emeritus of Computer Networks Journal (Elsevier) (1999-2019), the founding Editor-in-Chief Emeritus of the Ad Hoc Networks Journal (Elsevier) (2003-2019), the founding Editor-in-Chief Emeritus of the Physical Communication (PHYCOM) Journal (Elsevier) (2008-2017), and the founding Editor-in-Chief Emeritus of the Nano Communication Networks (NANOCOMNET) Journal (Elsevier) (2010-2017). He is an IEEE Fellow and ACM Fellow and received numerous awards from IEEE and ACM and other professional organizations. His current research interests are in CubeSats, Terahertz Communication, 5G/6G Wireless Systems, Molecular Communication, Reconfigurable Intelligent Surfaces, Nanonetworks, and Wireless Sensor Networks in Challenged Environments such as Underground and Underwater. According to Google Scholar as of October 2020, his H-index is 125 and the total number of citations to his papers is 120+K.
Invited Talk: Innovating at the Network Layer -- How to (Not) Make the Internet Better
The past 15 years have seen several attempts of redesigning the Internet to address issues in different areas. Yet, it has been incredibly difficult to transfer the corresponding results into the running system. Even the introduction of IPv6, a minor upgrade from a research perspective, is happening at an incredibly slow pace. Based on experience in Future Internet Research, Internet Engineering and Applied Industry Research, this talk will distinguish pressing problems in the current Internet from less important ones and discuss areas that absolutely need innovation, as well as viable directions and strategies to actually make the Internet better.
Dirk Kutscher (University of Applied Sciences Emden/Leer)
Prof. Dr. Dirk Kutscher is a professor for computer science and networking at the University of Applied Sciences Emden/Leer. Previously he has been the CTO for Virtual Networking and IP at Huawei's German Research Center. He is co-chairing two Research Groups in the Internet Research Task Force (IRTF) on Information-Centric Networking (ICNRG) and on Decentralized Internet Infrastructure (Proposed DINRG). Dirk has held leading positions in multiple Future Internet Research projects and is currently serving as the technical coordinator for the Piccolo project, a new European research initiative on in-network computing. Dirk has published several IETF RFCs, books, and research publications on Internet technologies. He has a PhD from Universität Bremen. Previously Dirk was the Chief Researcher for Networking at NEC Laboratories Europe and worked as a Visiting Researcher at KDDI R&D Laboratories in Japan.
Invited Talk: Network protocols are dead, long live networking abstractions!
The ossification of the networking layer has long limited the evolution of networking services and applications. The emergence of programmable data planes and their inherent flexibility has enabled the broader community to revisit the network's role. However, this flexibility is limited, and we lack sufficient primitives to harness and manage this flexibility effectively. This talk will discuss challenges that arise when the network is extended to support rich distributed systems abstractions, i.e., in-network computing, and sketch out a broad set of primitives for enabling in-network computing effectively. I will also describe ongoing work to extend our abstractions to manage traditional accelerators, e.g., GPUs and FPGAs.
Theophilus Benson (Brown University)
Theo is an assistant professor in the Department of Computer Science at Brown University. His group works on designing frameworks and algorithms for solving networking problems, speeding up the Internet, improving network reliability, and simplifying network management. He has won multiple awards, including best paper awards, Applied Network Research Prize, Yahoo!, Google, Facebook Faculty Awards, and an NSF Career award.
Virtual Coffee Break
Session 2: Enrico Natalizio (LORIA) – Chair
Invited Talk: Evolving IP to support Emerging Applications?
The Internet protocol suite has withstood numerous challenges that emerging applications have continually posed over the last several decades, and has admirably served the needs of our information driven society. The fundamental principles behind the design continue to serve us well even in these challenging times. Given this background, is there a reason to reconsider enhancements to the network layer in the context of even newer applications that are likely to emerge as we grow more and more dependent on networking. This will discuss a few applications that are gaining traction that can be substantially helped by a network layer more responsive to application needs in terms of latency, flexible naming and service features. Vehicular applications, rich 360-degree video distribution and augmented reality are emblematic of such emerging applications, and I will discuss the network layer features that these applications could use to improve their capabilities.
K. K. Ramakrishnan (University of California, Riverside)
Dr. K. K. Ramakrishnan is Professor of Computer Science and Engineering at the University of California, Riverside. Previously, he was a Distinguished Member of Technical Staff at AT&T Labs-Research. Prior to 1994, he was a Technical Director and Consulting Engineer in Networking at Digital Equipment Corporation. Between 2000 and 2002, he was at TeraOptic Networks, Inc., as Founder and Vice President. K. K. is an ACM Fellow, an IEEE Fellow and an AT&T Fellow, recognized for his fundamental contributions on communication networks, including his work on congestion control, traffic management and VPN services. He has published over 280 papers and has 183 patents issued in his name. K. K. received his MTech from the Indian Institute of Science (1978), MS (1981) & Ph.D. (1983) in Computer Science from the University of Maryland, College Park, USA.
Paper 1: A PCE-Based Framework for Future Internet Deterministic and Time-Sensitive Networks
Daniel King (Lancaster Univesity)
Adrian Farrel (Old Dog Consulting)
Invited Talk: The Problem with IP
This talk looks at how expected new applications will stress IP. It looks at the shortcomings that IP has in addressing these needs and then explores research work that is being undertaken to mitigate these weaknesses.
Stewart Bryant (Futurewei, University of Surrey)
Stewart Bryant is a Distinguished Engineer (consultant) to Futurewei USA and a Visiting Professor at the University of Surrey UK. Stewart is a specialist in the Internet routing systems and is an author on 32 IETF RFCs and an inventor of over 80 patents in this area. Stewart’s current research interest is in making packet switching networks address the needs of applications that require deterministic behaviour.
Paper 2: A formal approach for automatic detection and correction of SDN switch misconfigurations
Wejdene Saied (University of Carthage, Tunisia)
Adel Boujoula (Arabian Gulf University, Kingdom of Bahrain)
Virtual Coffee Break
Session 3 Chair TBD
Invited Talk: TCP/IP replacement: an overview of potential options.
Caterina Scoglio (Kansas State University)
Caterina M. Scoglio is currently the Paslay Chair Professor with the Department of Electrical and Computer Engineering, Kansas State University. She received the Dr.Eng. Degree from the Sapienza University of Rome, Italy, in 1987. Before joining Kansas State University in 2005, she worked at the Fondazione Ugo Bordoni from 1987 to 2000 and the Georgia Institute of Technology from 2000 to 2005. Her main current research interests include network science, and modeling and analysis of complex networks, with applications in epidemic spreading.
Invited Talk: Future IP: which network programmability challenges?
Network programmability has arguably been the mainstream research topic in networking for the last dozen of years, and any future Internet proposal cannot prescind from this. Actually, some among the more visionary proposals even bring back into play some original active networking ideas, such as software code embedded in the packets themselves. But which programming abstractions may sustain such a deep level of programmability? And does this trend call for innovative data-plane programming architectures capable to process packets at multi-gigabit wire-speed? These, as well as additional issues and challenges, will be discussed during the talk, with in mind the application to proposals for future Internet Protocols.
Giuseppe Bianchi (University of Roma Tor Vergata)
Giuseppe Bianchi is Full Professor of Networking at the University of Roma Tor Vergata since 2007. His research activity includes wireless networks (his pioneering research work on WLAN modelling and assessment has received the ACM SigMobile 2017 Test-Of-Time award), programmable network systems, privacy and security, traffic modelling and control, and is documented in about 250 peer-reviewed international journal and conference papers, accounting for almost 20.000 citations (source: Google Scholar). He has coordinated six large scale EU projects, and has been (or still is) editor for several journals in his field, including IEEE/ACM Trans. on Networking, IEEE Trans. on Wireless Communications, IEEE Trans. on Network and Service Management, and Elsevier Computer Communications.
Paper 3: Connection-Free Reliable and Efficient Transport Services in the IP Internet
JJ Garcia-Luna-Aceves (University of California, Santa Cruz)
Abdulazaz Albalawi (University of California, Santa Cruz)
1st International Workshop on the Future Evolution of Internet Protocols
Izmir, Turkey, 02 November 2020
Co-located with CNSM 2020
IP - as the backbone of the Internet- has enabled an amazing deployment of platforms and applications. However, the design of IP in the 1970s did not consider many of the requirements of the applications of the 2020s and beyond. No matter how prescient the design of IP was, nothing lasts forever. The search for a future network protocol has produced so far, a new version of IP, IPv6 that is now used by a third of the Internet users. IPv6 is considered incremental, as it does not challenge the key design principles of IPv4.
Researchers have started to look for successors of IP. NSF funded some Future Internet Architecture projects as well as some Clean Slate programs. Similarly, the EU Framework Program 7 and Horizon 2020 hoped to promulgate new network architectures and protocols for the Internet. Non-IP network architectures, such as NDN, have been proposed and enjoy some popularity within industrial and academic research.
Yet, before any replacement of IP is deployed, it will require deployment in operating systems, forwarding and routing elements, end-user clients, etc. This challenge to the status-quo would require the buy-in and motivation of many people: researchers, product developers, business strategists, CEOs. One key question to answer is: “what is the compelling need for a new architecture?”, and “What will really happen to the Internet (and the businesses that run over it) if we keep IP as it currently is?”
Identifying simple, intuitive examples that demonstrate the failure of the current design and the need for change, is a requirement before designing a successor to IP. Many new applications may stretch IP beyond its limits. It may be autonomous driving or the IoT; or industrial Internet and machine-to-machine communications; or new applications such as holographic communications or haptic support, etc.
To enact change will be much easier if there is a set of mutually agreed examples describing modes where IP falls short. Absent compelling examples, it is unlikely that any new protocol architecture would catch the fancy of any industry leaders, once they factor in the cost and risk of change.
The goal of the workshop is to identify compelling scenarios were IP is clearly insufficient. We hope that these scenarios could become the examples required to foster change in the industry.
The focus of the workshop is on the problems facing IP in the future, and any presentation in the workshop should focus on a problem/shortcoming before proposing any solution.
Revised and extended versions of Best Papers published in the workshop will be invited for fast-tracked publication in Computer Networks.
Topics of interest include but are not limited to:
Authors are invited to submit original unpublished papers not under review elsewhere. Submissions will be subjected to a peer-review process. Regular papers should be submitted in IEEE 2-column format, not exceeding 6 pages. Authors should register and upload paper submissions https://edas.info/N27585
In addition to regular papers, short papers describing late-breaking advances and work-in-progress reports from ongoing research are also welcomed. These should also be in IEEE 2-column format between 2 to 4 pages in length.
Workshop General Chairs:
Ian Akyildiz, Georgia Tech & Enrico Natalizio, LORIA
Workshop PC Co-Chairs
Hulya Seferoglu, University of Illinois, Chicago & Cedric Westphal, Futurewei, USA
Paper Submission: September 21, 2020
Acceptance Notification: October 9, 2020
Camera Ready Submission: October 16, 2020
Workshop Date: November 02, 2020