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Reducing Signaling Overhead in 5G Mobile Network for IoT Device Mobility.

, , and . AINA (1), volume 199 of Lecture Notes on Data Engineering and Communications Technologies, page 78-90. Springer, (2024)

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A hop-by-hop window-based congestion control method for named data networking., and . CCNC, page 1-7. IEEE, (2018)Revisiting Loss Detection in NDN: Detecting Spurious Timeout using Probe Interest., , , and . GLOBECOM, page 4455-4460. IEEE, (2022)Reducing Signaling Overhead in 5G Mobile Network for IoT Device Mobility., , and . AINA (1), volume 199 of Lecture Notes on Data Engineering and Communications Technologies, page 78-90. Springer, (2024)Avoiding Excessive Rate Reduction in Rate Based Congestion Control for Named Data Networking., and . J. Inf. Process., (2018)In-Network Caching for Simultaneous Download from Multiple Receivers in Content-Centric Networking., , , and . J. Inf. Process., (2017)A Rate-Based Congestion Control Method for NDN Using Sparse Explicit Rate Notification and AIMD-Based Rate Adjustment., and . IEICE Trans. Commun., 105-B (12): 1519-1529 (December 2022)Dynamic Route Control for Repeater-based Integrated Access Backhaul System., , , , , and . VTC2023-Spring, page 1-5. IEEE, (2023)Congestion control avoiding excessive rate reduction in named data network., and . CCNC, page 108-113. IEEE, (2017)A Congestion Control Method for Named Data Networking with Hop-by-Hop Window-Based Approach., , and . IEICE Trans. Commun., 102-B (1): 97-110 (2019)