acm icn 2020
Named Data Networking (NDN) offers a data-centric approach to communication with an adaptive forwarding plane and in-network data caching, which can be leveraged to address these challenges. During each session, the designated personnel will play out prerecorded videos, … We show that this datastructure enables applications to single out results produced by dubious computing providers and further to maintain trust relationships with these. Moreover, CertCoalesce design owing to the underlying elliptic curve cryptography ensures that a compromised key from the pool of keys will not reveal information about other keys/certificates in the pool. ACM ICN 2020 Home. Maggs is currently on leave from Duke and is serving as Director of Engineering for Emerald Innovations. Additionally, these microbenchmarks should readily apply to high performance forwarders in the space. Please kindly forward it to those who may be interested. NDN supports content distribution without requiring an overlay service to bridge the gap between network services and application needs. NDN and its software forwarding daemon NFD present interesting challenges for fuzzing. Connecting the Dots: Selective Fragment Recovery in ICNLoWPAN, Martine S. Lenders (Freie UniversitÃ¤t Berlin), Cenk GÃ¼ndoÄan and Thomas C. Schmidt (HAW Hamburg), and Matthias WÃ¤hlisch (Freie UniversitÃ¤t Berlin). We discuss design options and measure characteristic performances of different network configurations, which deploy CoAP proxies and OSCORE content object security, and compare with NDN. Furthermore, for stochastic caching schemes with fixed caching probabilities, we show it is possible to infer the caching probability. The NDN Forwarding Daemon (NFD) has been a reference forwarder implementation of Named Data Networking. In this paper, we propose PERSIA, a distributed request flooding prevention and mitigation framework for NDN-enabled ISPs, to ward-off attacks at the edge. Our experiments results show that SCRA is a suitable framework for latency-sensitive NDN applications. Several approaches, the most prominent of which being Named Data Networking, propose access to named content directly on the network layer. While on a two-year leave-of-absence from Carnegie Mellon, Maggs was a founding employee of Akamai Technologies, serving as its first Vice President for Research and Development. However, finer grained-prefixes cover fewer Interests each and require a larger forwarding table. On the Prefix Granularity Problem in NDN Adaptive Forwarding, Teng Liang (the University of Arizona), Junxiao Shi (NIST), and Beichuan Zhang (University of Arizona). We found that although NDN can provide a satisfactory quality of service in most cases, it falls behind CDNs mainly due to its lack of hardware infrastructure and software/protocol immaturity. However, these ad-hoc naming schemes often ignore the impact of these names on the network and the applications themselves. With these focuses in mind, we present a series of behavioral microbenchmarks that can probe the performance of CCNx/NDN forwarders in a rigorous way. LDN offers a clean separation of security into object security and data packet security. Once a datagram is complete, it is exposed to the content cache, effectively making the VREP the new fragmenting endpoint. Data naming is the most critical construct of Named Data Networking (NDN). mp4. The program also features an engaging keynote speech delivered by Bruce Maggs (Emerald Innovations/Duke) and is complemented by a panel of experts on Information-Centric Economic, Societal and Governance which is essential to the adoption of ICN. His research focus is on next-generation Internet architecture as part of the Named Data Networking (NDN) project. In this paper, we void the popular belief that "any" NDN network can be expanded to serve as a CDN and introduce iCDN, a scalable, resilient, and high-performance CDN using NDN technology. NDNDrop - Device Agnostic File Sharing Using NDN, Nishant Sabharwal and Carlos Santillana (UCLA). This conference brings together both academy and industry to address new challenges, share solutions and discuss future research directions. Named data networking (NDN) is a content-centric future Internet architecture that uses routable content names instead of IP addresses to achieve location-independent forwarding. Tutorial 1: Online Learning for Data Caching and Network Service Delivery, Tutorial 2: Practical NDN Application Development and Seamless Deployment, Tutorial 3: Fed4FIRE: A federation of testbeds for hands-on experimentation, T1: Online Learning for Data Caching and Network Service Delivery, Tutorial day with afternoon tutorials in parallel, Paper Session 1: In-Network Computing & Naming, Paper Session 4: Mobile & Constrained Environments, Session 6: Panel: ICN Economics, Societal, and Governance Aspects. Finally, while we do not seek to understand routersâ cache replacement policies (which we leave to later work), we do find that the methods for determining the caching algorithm are robust to cross traffic that may impact the content of a routerâs cache. In this paper, we explore the emerging CoAP protocol building blocks and how they contribute to an information-centric network architecture for a data-oriented RESTful Web of Things. Digital signatures are a fundamental building block for ensuring integrity and authenticity of contents delivered by the Named Data Networking (NDN) systems. ICN has been successfully applied to LoWPAN scenarios and can provide many benefits with respect to object-based security, performance, disruption tolerance and usability. A named function network (NFN) extends this service and also resolves on-demand computation expressions composed from named data and functions. In addition, to reduce the overhead of adaptive forwarding, we propose mechanisms to minimize the use of longest prefix matching during the processing of Data packets. ICN deals with all aspects of an information- or data-centric approach toward supporting networked applications. ACM ICN 2020 is a single-track conference focusing on significant research contributions to ICN as broadly defined, and featuring paper presentations, posters, and demonstrations. We were blessed to have 120 volunteers from 22 different churches serving at 9 various project sites! As a result, increased complexity is needed in developing applications that require more sophisticated content delivery functionalities (e.g., push, publish/subscribe, streaming, generalized forwarding, and dynamic content naming). The call for tutorials extended to June 29, 2020 Call for Tutorials Following the success of the tutorials presented in previous editions of the ACM ICN conference, the organization committee of the 2020 edition solicits proposals for half- or full-day tutorials. We present ideas for a new MAC layer that harmonizes the long-range LoRa radios with ICN. by users). Dans ce sens, l’école ACM ne pourra pas accueillir ses élèves en présentiel. Check out the ICMR2020 introduction slides as presented at the ICMR2019 banquet on 12th June 2019. Bio: Bruce Maggs received the S.B., S.M., and Ph.D. degrees in computer science from the Massachusetts Institute of Technology in 1985, 1986, and 1989, respectively. Toward a RESTful Information-Centric Web of Things: A Deeper Look at Data Orientation in CoAP, Cenk GÃ¼ndoÄan (HAW Hamburg), Christian AmsÃ¼ss, Thomas C. Schmidt (HAW Hamburg), and Matthias WÃ¤hlisch (Freie UniversitÃ¤t Berlin). Furthermore, we combine the reverse path forwarding schemes of both SFR and ICNLoWPAN and assess drawbacks and benefits in a testbed. Two highly-related architectures under the ICN umbrella, Content Centric Networking (CCNx) and Named Data Networking (NDN), received significant effort to improve their forwarding performance. Finally, we identify future work which includes hardware-assisted ingress traffic dispatching, dynamic load balancing across forwarding threads, and novel caching solutions to accommodate on-disk content stores. It introduces names to the network layer and favors de-localized content instead of addresses and hosts. To be effective, a fuzzer for NFD needs to be both stateful, due to the nature of the NDN data plane, and aware of the packet structure and the rules governing the NDN wire protocol. Considering the challenges we all face at this time, the TPC chairs have decided to extend the paper registration and submission deadline by two weeks. It begins with a review of the technical infrastructure and mechanisms deployed by CDNs, and examines the rationale behind recent trends such as whole-site delivery by CDNs. The organizing committee has decided to move the conference to the fully online format. We are confident that we built once again a top-quality program and are looking forward to an exciting conference experience using the best-of-class interactivity tools. Content Delivery Networks (CDNs) have become indispensable to Internet content distribution. ENDN: An Enhanced NDN Architecture with a P4-programmable Data Plane, Ouassim Karrakchou, Nancy Samaan, and Ahmed Karmouch (University of Ottawa). In 2009, Maggs joined Duke University, where he is the Pelham Wilder Professor of Computer Science. NFDFuzz: A Stateful Structure-Aware Fuzzer for Named Data Networking, George Torres, Davide Pesavento, Junxiao Shi, and Lotfi Benmohamed (National Institute of Standards and Technology). In this paper we present our design and discuss its tradeoffs.
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