Predicting Billboard Success Using Data-Mining in P2P Networks. - Noam Koenigstein; Yuval Shavitt; Noa Zilberman (ISM, 2009)

Minimizing Recovery State in Geographic Ad Hoc Routing. - Noa Arad; Yuval Shavitt (IEEE Trans. Mob. Comput., 2009)

A Study of Geolocation Databases - Yuval Shavitt; Noa Zilberman (CoRR, 2010)

A Geolocation Databases Study. - Yuval Shavitt; Noa Zilberman (IEEE J. Sel. Areas Commun., 2011)

Detecting Pedophile Activity in BitTorrent Networks. - Moshe Rutgaizer; Yuval Shavitt; Omer Vertman; Noa Zilberman (PAM, 2012)

Geographical Internet PoP Level Maps. - Yuval Shavitt; Noa Zilberman (TMA, 2012)

A structural approach for PoP geo-location. - Dima Feldman; Yuval Shavitt; Noa Zilberman (Comput. Networks, 2012)

Arabian nights: measuring the arab internet during the 2011 events. - Yuval Shavitt; Noa Zilberman (IEEE Netw., 2012)

Architecture for an open source network tester. - Muhammad Shahbaz 001; Gianni Antichi; Yilong Geng; Noa Zilberman; G. Adam Covington; Marc Bruyere; Nick Feamster; Nick McKeown; Bob Felderman; Michaela Blott; Andrew W. Moore 002; Philippe Owezarski (ANCS, 2013)

Improving AS relationship inference using PoPs. - Lior Neudorfer; Yuval Shavitt; Noa Zilberman (INFOCOM Workshops, 2013)

Improving IP geolocation by crawling the internet PoP level graph. - Yuval Shavitt; Noa Zilberman (Networking, 2013)

On the Presence of Child Sex Abuse in BitTorrent Networks. - Yuval Shavitt; Noa Zilberman (IEEE Internet Comput., 2013)

Internet PoP Level Maps. - Yuval Shavitt; Noa Zilberman (Data Traffic Monitoring and Analysis, 2013)

NetFPGA SUME: Toward 100 Gbps as Research Commodity. - Noa Zilberman; Yury Audzevich; G. Adam Covington; Andrew W. Moore 002 (IEEE Micro, 2014)

OSNT: open source network tester. - Gianni Antichi; Muhammad Shahbaz 001; Yilong Geng; Noa Zilberman; G. Adam Covington; Marc Bruyere; Nick McKeown; Nick Feamster; Bob Felderman; Michaela Blott; Andrew W. Moore 002; Philippe Owezarski (IEEE Netw., 2014)

NetFPGA - rapid prototyping of high bandwidth devices in open source. - Noa Zilberman; Yury Audzevich; Georgina Kalogeridou; Neelakandan Manihatty Bojan; Jingyun Zhang; Andrew W. Moore 002 (FPL, 2015)

An integrated environment for open-source network softwarization. - Jong Hun Han; Gianni Antichi; Noa Zilberman; Charalampos Rotsos; Andrew W. Moore 002 (NetSoft, 2015)

Extreme Data-rate Scheduling for the Data Center. - Neelakandan Manihatty Bojan; Noa Zilberman; Gianni Antichi; Andrew W. Moore 002 (SIGCOMM, 2015)

NetFPGA: Rapid Prototyping of Networking Devices in Open Source. - Noa Zilberman; Yury Audzevich; Georgina Kalogeridou; Neelakandan Manihatty Bojan; Jingyun Zhang; Andrew W. Moore 002 (SIGCOMM, 2015)

Reconfigurable Network Systems and Software-Defined Networking. - Noa Zilberman; Philip M. Watts; Charalampos Rotsos; Andrew W. Moore 002 (Proc. IEEE, 2015)

Prototyping RISC Based, Reconfigurable Networking Applications in Open Source. - Jong Hun Han; Noa Zilberman; Bjoern A. Zeeb; Andreas Fiessler; Andrew W. Moore 002 (CoRR, 2016)

Setting the Foundations for PoP-Based Internet Evolution Models. - Noa Zilberman; Yuval Shavitt (CoRR, 2016)

Where Has My Time Gone? - Noa Zilberman; Matthew P. Grosvenor; Diana Andreea Popescu; Neelakandan Manihatty Bojan; Gianni Antichi; Marcin Wójcik; Andrew W. Moore 002 (PAM, 2017)

Emu: Rapid Prototyping of Networking Services. - Nik Sultana; Salvator Galea; David Greaves; Marcin Wójcik; Jonny Shipton; Richard G. Clegg; Luo Mai; Pietro Bressana; Robert Soulé; Richard Mortier; Paolo Costa; Peter R. Pietzuch; et al. (USENIX ATC, 2017)

Extending programs with debug-related features, with application to hardware development. - Nik Sultana; Salvator Galea; David Greaves; Marcin Wójcik; Noa Zilberman; Richard G. Clegg; Luo Mai; Richard Mortier; Peter R. Pietzuch; Jon Crowcroft; Andrew W. Moore 002 (CoRR, 2017)

Towards a highly scalable network tester. - Murali Ramanujam; Noa Zilberman (ANCS, 2018)

LaKe: The Power of In-Network Computing. - Yuta Tokusashi; Hiroki Matsutani; Noa Zilberman (ReConFig, 2018)

A Programmable Framework for Validating Data Planes. - Pietro Bressana; Noa Zilberman; Robert Soulé (SIGCOMM Posters and Demos, 2018)

FEC Killed The Cut-Through Switch. - Omer S. Sella; Andrew W. Moore 002; Noa Zilberman (NEAT@SIGCOMM, 2018)

High speed adaptive rack-scale fabrics. - Omer S. Sella; Andrew W. Moore 002; Noa Zilberman (SIGCOMM Posters and Demos, 2018)

LaKe: An Energy Efficient, Low Latency, Accelerated Key-Value Store. - Yuta Tokusashi; Hiroki Matsutani; Noa Zilberman (CoRR, 2018)

Discipline Convergence in Networked Systems (Dagstuhl Seminar 18261). - Yungang Bao; Lars Eggert; Simon Peter 001; Noa Zilberman (Dagstuhl Reports, 2018)

P4DNS: In-Network DNS. - Jackson Woodruff; Murali Ramanujam; Noa Zilberman (ANCS, 2019)

Measuring Burstiness in Data Center Applications. - Jackson Woodruff; Andrew W. Moore 002; Noa Zilberman (BS, 2019)

The Case For In-Network Computing On Demand. - Yuta Tokusashi; Huynh Tu Dang; Fernando Pedone; Robert Soulé; Noa Zilberman (EuroSys, 2019)

The P4->NetFPGA Workflow for Line-Rate Packet Processing. - Stephen Ibanez; Gordon J. Brebner; Nick McKeown; Noa Zilberman (FPGA, 2019)

Do Switches Dream of Machine Learning?: Toward In-Network Classification. - Zhaoqi Xiong; Noa Zilberman (HotNets, 2019)

Stardust: Divide and Conquer in the Data Center Network. - Noa Zilberman; Gabi Bracha; Golan Schzukin (NSDI, 2019)

Partitioned Paxos via the Network Data Plane. - Huynh Tu Dang; Pietro Bressana; Han Wang 009; Ki Suh Lee; Noa Zilberman; Hakim Weatherspoon; Marco Canini; Fernando Pedone; Robert Soulé (CoRR, 2019)

Finding hard-to-find data plane bugs with a PTA. - Pietro Bressana; Noa Zilberman; Robert Soulé (CoNEXT, 2020)

MTPSA: Multi-Tenant Programmable Switches. - Radostin Stoyanov; Noa Zilberman (EuroP4@CoNEXT, 2020)

Trading Latency for Compute in the Network. - Pietro Bressana; Noa Zilberman; Dejan Vucinic; Robert Soulé (NAI@SIGCOMM, 2020)

An Artifact Evaluation of NDP. - Noa Zilberman (Comput. Commun. Rev., 2020)

Thoughts about Artifact Badging. - Noa Zilberman; Andrew W. Moore 002 (Comput. Commun. Rev., 2020)

Toward Trustworthy AI Development: Mechanisms for Supporting Verifiable Claims. - Miles Brundage; Shahar Avin; Jasmine Wang; Haydn Belfield; Gretchen Krueger; Gillian K. Hadfield; Heidy Khlaaf; Jingying Yang; Helen Toner; Ruth Fong; Tegan Maharaj; Pang Wei Koh; et al. (CoRR, 2020)

P4xos: Consensus as a Network Service. - Huynh Tu Dang; Pietro Bressana; Han Wang 009; Ki Suh Lee; Noa Zilberman; Hakim Weatherspoon; Marco Canini; Fernando Pedone; Robert Soulé (IEEE/ACM Trans. Netw., 2020)

Building an Internet Router with P4Pi. - Radostin Stoyanov; Adam Wolnikowski; Robert Soulé; Sándor Laki; Noa Zilberman (ANCS, 2021)

Planter: seeding trees within switches. - Changgang Zheng; Noa Zilberman (SIGCOMM Posters and Demos, 2021)

NRG: A Network Perspective on Applications' Performance. - Noa Zilberman; Andrew W. Moore 002; Billy Cooper; Jackson Woodruff; Yuta Tokusashi; Pietro Bressana; Murali Ramanujam; Diana Andreea Popescu; Salvator Galea (TMA, 2021)

P4Pi: P4 on Raspberry Pi for networking education. - Sándor Laki; Radostin Stoyanov; Dávid Kis; Robert Soulé; Péter Vörös; Noa Zilberman (Comput. Commun. Rev., 2021)

Filling gaps in trustworthy development of AI. - Shahar Avin; Haydn Belfield; Miles Brundage; Gretchen Krueger; Jasmine Wang; Adrian Weller; Markus Anderljung; Igor Krawczuk; David Krueger 001; Jonathan Lebensold; Tegan Maharaj; Noa Zilberman (CoRR, 2021)

Linnet: limit order books within switches. - Xinpeng Hong; Changgang Zheng; Stefan Zohren; Noa Zilberman (SIGCOMM Posters and Demos, 2022)

Network-accelerated cluster scheduler. - Radostin Stoyanov; Wesley Armour; Noa Zilberman (SIGCOMM Posters and Demos, 2022)

P4Pir: in-network analysis for smart IoT gateways. - Mingyuan Zang; Changgang Zheng; Radostin Stoyanov; Lars Dittmann; Noa Zilberman (SIGCOMM Posters and Demos, 2022)

Technical perspective: hXDP: Light and efficient packet processing offload. - Noa Zilberman (Commun. ACM, 2022)

IIsy: Practical In-Network Classification. - Changgang Zheng; Zhaoqi Xiong; Thanh T. Bui; Siim Kaupmees; Riyad Bensoussane; Antoine Bernabeu; Shay Vargaftik; Yaniv Ben-Itzhak; Noa Zilberman (CoRR, 2022)

Automating In-Network Machine Learning. - Changgang Zheng; Mingyuan Zang; Xinpeng Hong; Riyad Bensoussane; Shay Vargaftik; Yaniv Ben-Itzhak; Noa Zilberman (CoRR, 2022)

LOBIN: In-Network Machine Learning for Limit Order Books. - Xinpeng Hong; Changgang Zheng; Stefan Zohren; Noa Zilberman (HPSR, 2023)

Federated Learning-Based In-Network Traffic Analysis on IoT Edge. - Mingyuan Zang; Changgang Zheng; Tomasz Koziak; Noa Zilberman; Lars Dittmann (IFIP Networking, 2023)

QCMP: Load Balancing via In-Network Reinforcement Learning. - Changgang Zheng; Benjamin Rienecker; Noa Zilberman (FIRA@SIGCOMM, 2023)

Exploring the Benefits of Carbon-Aware Routing. - Sawsan El-Zahr; Paul Gunning; Noa Zilberman (PACMNET, 2023)

DINC: Toward Distributed In-Network Computing. - Changgang Zheng; Haoyue Tang; Mingyuan Zang; Xinpeng Hong; Aosong Feng; Leandros Tassiulas; Noa Zilberman (PACMNET, 2023)

Introduction to the Special Section on USENIX ATC 2022. - Jiri Schindler; Noa Zilberman (ACM Trans. Storage, 2023)

PTA: Finding Hard-to-Find Data Plane Bugs. - Pietro Bressana; Noa Zilberman; Robert Soulé (IEEE/ACM Trans. Netw., 2023)

In-Network Machine Learning for Real-Time Transaction Fraud Detection. - Xinpeng Hong; Changgang Zheng; Noa Zilberman (ECAI, 2024)

Accelerating Machine Learning for Trading Using Programmable Switches. - Xinpeng Hong; Changgang Zheng; Stefan Zohren; Noa Zilberman (ECAI, 2024)

INDDoS+: Secure DDoS Detection Mechanism in Programmable Switches. - Damu Ding; Ozlem Kesgin; Noa Zilberman (HPSR, 2024)

E-Commerce Bot Traffic: In-Network Impact, Detection, and Mitigation. - Masoud Hemmatpour; Changgang Zheng; Noa Zilberman (ICIN, 2024)

GridWatch: A Smart Network for Smart Grid. - Masoud Hemmatpour; Changgang Zheng; Noa Zilberman; Phuong Hoai Ha (SmartGridComm, 2024)

In-Network Machine Learning Using Programmable Network Devices: A Survey. - Changgang Zheng; Xinpeng Hong; Damu Ding; Shay Vargaftik; Yaniv Ben-Itzhak; Noa Zilberman (IEEE Commun. Surv. Tutorials, 2024)

Governing Through the Cloud: The Intermediary Role of Compute Providers in AI Regulation. - Lennart Heim; Timothy Fist; Janet Egan; Sihao Huang; Stephen A. Zekany; Robert Trager; Michael A. Osborne; Noa Zilberman (CoRR, 2024)

Greening Networking: Toward a Net Zero Internet (Dagstuhl Seminar 24402). - Alexander Clemm; Dirk Kutscher; Michael Welzl; Cédric Westphal; Noa Zilberman; Simone Ferlin-Reiter (Dagstuhl Reports, 2024)

Federated In-Network Machine Learning for Privacy-Preserving IoT Traffic Analysis. - Mingyuan Zang; Changgang Zheng; Tomasz Koziak; Noa Zilberman; Lars Dittmann (ACM Trans. Internet Techn., 2024)

Planter: Rapid Prototyping of In-Network Machine Learning Inference. - Changgang Zheng; Mingyuan Zang; Xinpeng Hong; Liam Perreault; Riyad Bensoussane; Shay Vargaftik; Yaniv Ben-Itzhak; Noa Zilberman (Comput. Commun. Rev., 2024)

Toward Continuous Threat Defense: in-Network Traffic Analysis for IoT Gateways. - Mingyuan Zang; Changgang Zheng; Lars Dittmann; Noa Zilberman (IEEE Internet Things J., 2024)

IIsy: Hybrid In-Network Classification Using Programmable Switches. - Changgang Zheng; Zhaoqi Xiong; Thanh T. Bui; Siim Kaupmees; Riyad Bensoussane; Antoine Bernabeu; Shay Vargaftik; Yaniv Ben-Itzhak; Noa Zilberman (IEEE/ACM Trans. Netw., 2024)

Carbon-Intelligent Content Scheduling in CDNs. - Sawsan El-Zahr; William Nathan; Noa Zilberman (ANRW, 2025)

Edge Acceleration of LiDAR Frame Transmission with In-network Machine Learning. - Peng Qian; Changgang Zheng; Noa Zilberman (EdgeSys@EuroSys, 2025)

MUTA: Enabling Multi-Task Neural Network Inference in Programmable Data-Planes. - Kaiyi Zhang 005; Changgang Zheng; Nancy Samaan; Ahmed Karmouch; Noa Zilberman (HPSR, 2025)

Guest Editorial: Special Issue on Advances in Internet Routing and Addressing. - Jon Crowcroft; Jörg Ott; Miguel Rio; Noa Zilberman; Marinho Barcellos; Marwan Fayed (IEEE J. Sel. Areas Commun., 2025)