Empirically modeling how a multicore software ICN router and an ICN network consume power. - Toru Hasegawa; Yuto Nakai; Kaito Ohsugi; Junji Takemasa; Yuki Koizumi; Ioannis Psaras (ICN, 2014)

On Energy Reduction and Green Networking Enhancement Due to In-Network Caching. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa; Ioannis Psaras (MASS, 2015)

A Method for Designing High-speed Software NDN Routers. - Kosuke Taniguchi; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (ICN, 2016)

Identifying Highly Popular Content Improves Forwarding Speed of NDN Software Router. - Junji Takemasa; Kosuke Taniguchi; Yuki Koizumi; Toru Hasegawa (GLOBECOM Workshops, 2016)

Is Caching a Key to Energy Reduction of NDN Networks? - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (IEICE Trans. Commun., 2016)

Power Consumption Model of NDN-Based Multicore Software Router Based on Detailed Protocol Analysis. - Kaito Ohsugi; Junji Takemasa; Yuki Koizumi; Toru Hasegawa; Ioannis Psaras (IEEE J. Sel. Areas Commun., 2016)

Toward an ideal NDN router on a commercial off-the-shelf computer. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (ICN, 2017)

On an impact of large content on packet-level caching of information centric networking. - Yoji Yamamoto; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (ICNP, 2017)

Analysis of mutual exclusion overhead of NDN packet forwarding on multi-core software router. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (ICN, 2018)

Analysis on caching large content for information centric networking. - Yoji Yamamoto; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (ICN, 2018)

A Game-Theoretic Approach to Resolve Conflict Between Traffic Engineering for Energy Efficiency and Load Balancing. - Yuki Koizumi; Junji Takemasa; Toru Hasegawa (LANMAN, 2018)

Lightweight Cache Admission Algorithm for Fast NDN Software Routers. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (J. Inf. Process., 2019)

Load Balancing for Stateful Forwarding by Mitigating Heavy Hitters: A Case for Multi-Threaded NDN Software Routers. - Junji Takemasa; Atsushi Tagami; Yuki Koizumi; Toru Hasegawa (IEEE Access, 2020)

A Packet-Level Caching Algorithm for Mitigating Negative Effects Caused by Large Objects in ICN Networks. - Yoji Yamamoto; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (IEEE Access, 2020)

Data prefetch for fast NDN software routers based on hash table-based forwarding tables. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (Comput. Networks, 2020)

Vision: toward 10 Tbps NDN forwarding with billion prefixes by programmable switches. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (ICN, 2021)

ccnGen: a high-speed generator of bidirectional CCN traffic using a programmable switch. - Junji Takemasa; Ryoma Yamada; Yuki Koizumi; Toru Hasegawa (ICN, 2021)

Learned FIB: Fast IP Forwarding without Longest Prefix Matching. - Shunsuke Higuchi; Yuki Koizumi; Junji Takemasa; Atsushi Tagami; Toru Hasegawa (ICNP, 2021)

Model Fragmentation, Shuffle and Aggregation to Mitigate Model Inversion in Federated Learning. - Hiroki Masuda; Kentaro Kita; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (LANMAN, 2021)

Feasibility of Longest Prefix Matching using Learned Index Structures. - Shunsuke Higuchi; Junji Takemasa; Yuki Koizumi; Atsushi Tagami; Toru Hasegawa (SIGMETRICS Perform. Evaluation Rev., 2021)

On cache-aware dynamic adaptive streaming over information-centric networking. - Ryo Nakasuji; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (ICN, 2022)

Terabytes and Terabits/s Packet Caching in ICN Routers using Programmable Switches. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (CloudNet, 2022)

On implementing ChaCha on a programmable switch. - Yutaro Yoshinaka; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (EuroP4@CoNEXT, 2022)

Feasibility of Network-layer Anonymity Protocols at Terabit Speeds using a Programmable Switch. - Yutaro Yoshinaka; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (NetSoft, 2022)

gPHI: Lightweight Anonymity Protocol for Anonymity at Host and AS Levels. - Yutaro Yoshinaka; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (IFIP Networking, 2022)

A P4-based NDN Tester for Evaluating Forwarder Performance under Non-Uniform Request Patterns. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (ICN, 2023)

Secure Middlebox Channel over TLS and its Resiliency against Middlebox Compromise. - Kentaro Kita; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (INFOCOM, 2023)

Byzantine-Resilient Secure Federated Learning on Low-Bandwidth Networks. - Hiroki Masuda; Kentaro Kita; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (IEEE Access, 2023)

Design and analysis of lightweight anonymity protocol for host- and AS-level anonymity. - Yutaro Yoshinaka; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (Comput. Networks, 2023)

Programmable Name Obfuscation Framework for Controlling Privacy and Performance on CCN. - Yutaro Yoshinaka; Kentaro Kita; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (IEEE Trans. Netw. Serv. Manag., 2023)

Poster: Toward an Optimal Implementation of Chacha20-Poly1305 for Smartnics. - Kanta Tamura; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (ICNP, 2024)

Envisioning a Unified Programmable Dataplane to Monitor Slow Attacks. - Cuidi Wei; Shaoyu Tu; Toru Hasegawa; Yuki Koizumi; K. K. Ramakrishnan; Junji Takemasa; Timothy Wood 001 (ICNP, 2024)

High-Throughput Stateless-But-Complex Packet Processing Within a Tbps Programmable Switch. - Yutaro Yoshinaka; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (ICNP, 2024)

A Data Reconstruction Attack Against Vertical Federated Learning Based on Knowledge Transfer. - Takumi Suimon; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (INFOCOM (Workshops), 2024)

Analysis on a Performance and Fairness Tradeoff in Entanglement Routing for Quantum Networks. - Shu Ichinoseki; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (NOMS, 2024)

BalancedSecAgg: Toward Fast Secure Aggregation for Federated Learning. - Hiroki Masuda; Kentaro Kita; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (IEEE Access, 2024)

Modeling and Evaluating a Cache System in ICN Routers Using a Programmable Switch and Computers. - Junji Takemasa; Yuki Koizumi; Toru Hasegawa (IEEE Access, 2024)

A lightweight anonymity protocol at terabit speeds on programmable switches. - Yutaro Yoshinaka; Mio Kochiyama; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (Comput. Networks, 2024)

Minimal and Fastest Anonymous Communication against Colluding Passive Adversaries. - Yutaro Yoshinaka; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (INFOCOM, 2025)

Accelerating Data Plane Secure Channels on Programmable Switches. - Yutaro Yoshinaka; Junji Takemasa; Yuki Koizumi; Toru Hasegawa (NOMS, 2025)

Leveraging Heterogeneous Programmable Data Planes for Security and Privacy of Cellular Networks, 5G & Beyond. - Toru Hasegawa; Yuki Koizumi; Junji Takemasa; Jun Kurihara; Toshiaki Tanaka; Timothy Wood 001; K. K. Ramakrishnan (IEICE Trans. Inf. Syst., 2025)

Per-element Secure Aggregation against Data Reconstruction Attacks in Federated Learning. - Takumi Suimon; Yuki Koizumi; Junji Takemasa; Toru Hasegawa (CoRR, 2025)