{"id":56,"date":"2022-05-16T13:20:58","date_gmt":"2022-05-16T04:20:58","guid":{"rendered":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/?p=56"},"modified":"2026-10-01T17:03:11","modified_gmt":"2026-10-01T08:03:11","slug":"international-conference","status":"publish","type":"post","link":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/?p=56","title":{"rendered":"International Conference"},"content":{"rendered":"\n

2026<\/h2>\n\n\n\n
  1. \ub178\ubcd1\ud76c, KHALID MAIRA, MOHSIN AHMED RAZA, ALI JEHAD, \uace0\uc601\ubc30, Attention Scaling in BiLSTM-Transformer Networks for Efficient IoT Intrusion Detection, 2026 IEEE International Conference on Consumer Electronics (ICCE) (Feb, 2026)<\/li><\/ol>\n\n\n\n

    2025<\/h2>\n\n\n\n
    1. MOHSIN AHMED RAZA, KHALID MAIRA, ALI JEHAD, Houbing Herbert Song, \ub178\ubcd1\ud76c, Lightweight Deep Learning for Secure Driver Behavior Recognition in AIoT-Based Intelligent Transportation Systems, 2025 IEEE Annual Congress on Artificial Intelligence of Things (AIoT) (Dec, 2025)<\/li>
    2. \uc784\uc815\ud604, CHEN CHANGWEN, Nohseong Park, \ub178\ubcd1\ud76c, Design and Implementation of a Modular Learning Management System (LMS) for Training Highly-skilled Equipment Maintenance Personnel, The 11th International Conference on Next Generation Computing (ICNGC 2025) (Dec, 2025)<\/li>
    3. \uc784\uc815\ud604, SHAN GAOYANG, \ub178\ubcd1\ud76c, FL-IoT: Integration of Federated Learning and oneM2M-based IoT Platform, International Conference on Electrical, Computer and Energy Technologies (ICECET 2025) (Jul, 2025)<\/li>
    4. CHANDROTH JISI, \ub178\ubcd1\ud76c, ALI JEHAD, KHALID MAIRA, MOHSIN AHMED RAZA, Deep Learning-Based Mixture-of-Experts Model for Enhanced Network Traffic Classification, The 39th International Conference on Information Networking 2025 (ICOIN 2025) (Jan, 2025)<\/li>
    5. MOHSIN AHMED RAZA, KHALID MAIRA, YAO YOUXUN, CHANDROTH JISI, ALI JEHAD, \ub178\ubcd1\ud76c,\u00a0Real-Time Driver Behavior Detection for Alert Using Bootstrapped Cross-Validation and Optimized Resnet-50,\u00a0The 39th International Conference on Information Networking 2025 (ICOIN 2025) (Jan, 2025)<\/li>
    6. KHALID MAIRA, MOHSIN AHMED RAZA, CHANDROTH JISI, ALI JEHAD, \ub178\ubcd1\ud76c,\u00a0Real-Time Anomaly Detection in Crowd Surveillance Using 3D ResNet and Optical Flow,\u00a0The 39th International Conference on Information Networking 2025 (ICOIN 2025) (Jan, 2025)<\/li><\/ol>\n\n\n\n

      2024<\/h2>\n\n\n
        \n
      1. KHALID MAIRA, \ub178\ubcd1\ud76c, MOHSIN AHMED RAZA, Multi-Modal Anomaly Detection for River Network Systems Using the Graph Deviation Network (GDN) Framework, The 10th International Conference on Next Generation Computing (ICNGC 2024) (Nov, 2024)<\/li>\n
      2. CHANDROTH JISI, \ub178\ubcd1\ud76c, ALI JEHAD, Performance evaluation of tree-based algorithms in intrusion detection system, The 10th International Conference on Next Generation Computing (ICNGC 2024) (Nov, 2024)<\/li>\n
      3. Zhen Shen, \ub178\ubcd1\ud76c, Jie Song, Qingyang Zhang, Xiaoqing Wen, CQCTL: A Cost-Optimized and Quadruple-Node-Upset Completely Tolerant Latch Design for Safety-Critical Applications, 2024 IEEE International Test Conference in Asia (ITC-Asia) (Aug, 2024)<\/li>\n
      4. \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, \uc784\uc815\ud604, Soft Actor Critic Based End-to-End QoS Path Selection in Multi-Domain SDN Environments, World Congress in Computer Science, Computer Engineering and Applied Computing (CSCE 2024) (Jul, 2024)<\/li>\n
      5. \uace0\uc601\ubc30, CHANDROTH JISI, TILEUTAY LAURA, \ub178\ubcd1\ud76c, Keun-Woo Lim, Empirical Distribution Ranking based Decision Tree Algorithm for building Intrusion Detection System in the Internet of Medical Things, IEEE AIoT 2024 (Jul, 2024)<\/li>\n
      6. ZHANG CHUNJIONG, \ub178\ubcd1\ud76c, SHAN GAOYANG, Federated Anomaly Detection, 2024 54th Annual IEEE\/IFIP International Conference on Dependable Systems and Networks (DSN2024) (Jun, 2024)<\/li>\n
      7. \uc815\uc724\ud658, \ub178\ubcd1\ud76c, \uc784\uc815\ud604, \ucd5c\uadfc\uacbd, Deep Deterministic Policy Gradient-Based Load Balancing Method in SDN Environments , 2024 International Conference on Smart Applications, Communications and Networking (SmartNets) (May, 2024)<\/li>\n
      8. CHEN HAICHUAN, \ub178\ubcd1\ud76c, SHAN GAOYANG, \uc784\uc815\ud604, \ucd5c\uadfc\uacbd, Sijung Kim, Visual Landmark Map-Based Spatial Recognition Using a Monocular Camera , 2024 IEEE International Conference on Consumer Electronics (ICCE) (Jan, 2024)<\/li>\n<\/ol>\n

        2023<\/h2>\n
          \n
        1. \uc784\uc815\ud604, \ucd5c\uadfc\uacbd, \ubc15\uc6d0\ucca0, \ub178\ubcd1\ud76c, Simulation Architecture for Development of BLE-based Indoor Positioning Algorithm, The 9th International Conference on Next Generation Computing (ICNGC 2023) (Dec, 2023)<\/li>\n
        2. ZHANG CHUNJIONG, \ub178\ubcd1\ud76c, SHAN GAOYANG, Poster: Dynamic Clustered Federated Framework for Multi-domain Network Anomaly Detection , CoNEXT2023 (Dec, 2023)<\/li>\n
        3. SHAN GAOYANG, \ub178\ubcd1\ud76c, \ucd5c\uadfc\uacbd, Bluetooth Low Energy-based Adaptive Scheme for IoT Services , ICUFN2023 (Jul, 2023)<\/li>\n
        4. \ub178\ubcd1\ud76c, \uc774\uc2b9\uc6b4, \ucd5c\uadfc\uacbd, Jinsuk Kang, SJ Kim, Mixed Reality-Enabled Multilateral Collaboration Application Platform with AI and IoT Convergence , 2023 IEEE International Conference on Consumer Electronics (ICCE) (Jan, 2023)<\/li>\n<\/ol>\n

          2022<\/h2>\n
            \n
          1. ALI JEHAD, \ub178\ubcd1\ud76c, Muhammad Adnan, Rutvij H. Jhaveri, Thippa Reddy Gadekallu, A QoS-Aware Software Defined Mobility Architecture for Named Data Networking , IEEE GLOBECOM 2022 (Dec, 2022)<\/li>\n
          2. SHAN GAOYANG, \ub178\ubcd1\ud76c, \uc774\ud638\uc9c4, Indoor Localization-based Energy Management for Smart Home , IEEE APPEEC 2022 (Nov, 2022)<\/li>\n
          3. \uc720\ub300\ud558, \ub178\ubcd1\ud76c, SHAN GAOYANG, A Vision-based Indoor Positioning Systems utilizing Computer Aided Design Drawing , ACM MobiCom \u201922 , pp.880 -882 (Oct, 2022)<\/li>\n
          4. \ucd5c\uadfc\uacbd, \ub178\ubcd1\ud76c, \ubc15\uc6d0\ucca0, \uc720\ub300\ud558, A Usecase of Design MR-IoT\/AI convergence Platform in Military Surveillance System , The 8th International Conference on Next Generation Computing (ICNGC 2022) (Oct, 2022)<\/li>\n
          5. \uc774\uaddc\ubbfc, \ub178\ubcd1\ud76c, \uc774\ucca0\uc6c5, \uc774\ud638\uc9c4, Issues and Challenges on SDN-based Management for Future Tactical Networks , The 8th International Conference on Next Generation Computing (ICNGC 2022) (Oct, 2022)<\/li>\n
          6. \uc720\ub300\ud558, \ub178\ubcd1\ud76c, CHEN HAICHUAN, SHAN GAOYANG, Case Studies on Augmented Reality (AR)-Enabled Indoor Localization Technologies and Services , The 8th International Conference on Next Generation Computing (ICNGC 2022) (Oct, 2022)<\/li>\n
          7. CHANDROTH JISI, \ub178\ubcd1\ud76c, ALI JEHAD, Performance Analysis of Python Based SDN Controllers over Real Internet Topology , 2022 Thirteenth International Conference on Ubiquitous and Future Networks (ICUFN) , pp.283 -288 (Jul, 2022)<\/li>\n
          8. \uc774\uc2b9\uc6b4, \ub178\ubcd1\ud76c, SJ Kim, The Convergence System of an IoT Standard Service Platform and an Autonomous Drone , 2022 IEEE International Conference on Consumer Electronics (ICCE) (Jan, 2022)<\/li>\n<\/ol>\n

            2021<\/h2>\n
              \n
            1. SHAN GAOYANG, \ub178\ubcd1\ud76c, \uc720\ub300\ud558, A Novel Synchronization Communication Scheme in Bluetooth Low Energy 5.0 for Internet of Things Application , The 7th International Conference on Next Generation Computing (ICNGC 2021) , pp.306 -308 (Nov, 2021)<\/li>\n
            2. SJ Kim, \ub178\ubcd1\ud76c, \uc774\uc2b9\uc6b4, Microservice-Oriented Platform Architecture for the Convergence of IoT, MR and AI Mixed Applications , The 7th International Conference on Next Generation Computing (ICNGC 2021) , pp.331 -332 (Nov, 2021)<\/li>\n
            3. \uc774\ucca0\uc6c5, \ub178\ubcd1\ud76c, \uc774\ud638\uc9c4, Design and Implementation of Riverbed Modeler based Multi-domain Integrated Tactical SDN Testbed , The 7th International Conference on Next Generation Computing (ICNGC 2021) , pp.333 -335 (Nov, 2021)<\/li>\n
            4. ALI JEHAD, \ub178\ubcd1\ud76c, A Framework for Effective Switch Migration in Software-Defined Networks , The 7th International Conference on Next Generation Computing (ICNGC 2021) , pp.320 -321 (Nov, 2021)<\/li>\n
            5. ALI JEHAD, \ub178\ubcd1\ud76c, An Efficient Approach for Load balancing in Software-Defined Networks , 2021 6th International Conference on Computing, Communication and Security (ICCCS) (Oct, 2021)<\/li>\n
            6. \uc774\uaddc\ubbfc, \ub178\ubcd1\ud76c, \uc774\ucca0\uc6c5, Riverbed Modeler Reinforcement Learning M&S Framework Supported by Supervised Learning , 2021 International Conference on Information Networking (ICOIN 2021) , pp.824 -827 (Jan, 2021)<\/li>\n<\/ol>\n

              2020<\/h2>\n
                \n
              1. \ub178\ubcd1\ud76c, \uc774\uc2b9\uc6b4, SJ Kim, An Ongoing Study of Integrating IoT with Drones Towards an Open-sourced IoT Drone Platform , The 6th International Conference on Next Generation Computing 2020 (ICNGC 2020) (Dec, 2020)<\/li>\n
              2. \uc774\uc2b9\uc6b4, \ub178\ubcd1\ud76c, Interactive COVID-19 Data Visualization based on Mixed Reality and IoT platform , The 6th International Conference on Next Generation Computing 2020 (ICNGC 2020) (Dec, 2020)<\/li>\n
              3. ALI JEHAD, \ub178\ubcd1\ud76c, Byungkyu Lee, Jimyung Oh, Khalil Khan, An Effective Slave Controller Allocation in Software-Defined Networks , The 6th International Conference on Next Generation Computing 2020 (ICNGC 2020) (Dec, 2020)<\/li>\n
              4. PUSPITA RATIH HIKMAH, \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, Byungkyu Lee, Jimyung Oh, Bandwidth Usage Utilization of Network Slicing Framework for 5G Key Technology , The 6th International Conference on Next Generation Computing 2020 (ICNGC 2020) (Dec, 2020)<\/li>\n
              5. ALI JEHAD, \ub178\ubcd1\ud76c, Byungkyu Lee, Jimyung Oh, Muhammad Adil, A Machine Learning Framework for Prevention of Software-Defined Networking controller from DDoS Attacks and dimensionality reduction of big data , 2020 International Conference on Information and Communication Technology Convergence (ICTC) (Oct, 2020)<\/li>\n
              6. \uc774\uaddc\ubbfc, \ub178\ubcd1\ud76c, \uc774\ucca0\uc6c5, \uc815\uc724\ud658, Dong Kuk Ryu, Gyudong Park, SDN Simulator for Multi-Domain Heterogeneous Network , Wireless Telecommunications Symposium 2020 (WTS2020) (Apr, 2020)<\/li>\n<\/ol>\n

                2019<\/h2>\n
                  \n
                1. SYED IKRAM, \ub178\ubcd1\ud76c, Irfan Ud Din, Khalil Khan, Analysis of Group Based Contention in IEEE 802.11ah Networks , The 5th International Conference on Next Generation Computing (ICNGC 2019) (Dec, 2019)<\/li>\n
                2. Martin Jaime-Viveros, \ub178\ubcd1\ud76c, \uae38\uc6b0\uadfc, \uc774\uae30\uc6a9, Abhijith Prabhu, SJ Kim, An Autonomous Control of an Aerial Robot Using an Ultrasonic Based Positioning System for Indoor Use , The 5th International Conference on Next Generation Computing (ICNGC 2019) (Dec, 2019)<\/li>\n
                3. \uae38\uc6b0\uadfc, \ub178\ubcd1\ud76c, \uace0\uad11\ud45c, \ub958\uae30\uc5f4, \uc774\uae30\uc6a9, Design and Implementation of Streaming System for HoloLens with IoT Platform , The 5th International Conference on Next Generation Computing (ICNGC 2019) (Dec, 2019)<\/li>\n
                4. \uc774\ucca0\uc6c5, \ub178\ubcd1\ud76c, Additional Control Message Handling Process to Improve Slot Utilization of the MANET Nodes which Firing Message Collide in Extended-Desync TDMA , The 5th International Conference on Next Generation Computing (ICNGC 2019) (Dec, 2019)<\/li>\n
                5. \ucd5c\uadfc\uacbd, \ub178\ubcd1\ud76c, \uc774\uc2b9\uc6b4, SJ Kim, \uac15\uc9c4\uc11d, A Design of Safety and Disaster Response System with XR, IoT and LBS Convergence , 6th Annual Conference on Computational Science & Commutational Intelligence (CSCI) (Dec, 2019)<\/li>\n
                6. ALI JEHAD, \ub178\ubcd1\ud76c, A Framework for QoS-aware Class Mapping in Multi-domain SDN , 2019 IEEE 10th Annual Information Technology, Electronics and Mobile Communication Conference (IEMCON) (Oct, 2019)<\/li>\n
                7. SHAN GAOYANG, \ub178\ubcd1\ud76c, \ucd5c\uadfc\uacbd, \uac15\uc9c4\uc11d, An Improved Neighbor Discovery Process in BLE 5.0 , 2019 IEEE 10th Annual Information Technology, Electronics and Mobile Communication Conference (IEMCON) (Oct, 2019)<\/li>\n
                8. PUSPITA RATIH HIKMAH, \ub178\ubcd1\ud76c, SHAH SYED DANIAL ALI, \uc774\uaddc\ubbfc, \uac15\uc131\uc9c4, \uc624\uc9c0\uba85, Reinforcement Learning Based 5G Enabled Cognitive Radio Networks , 2019 International Conference on Information and Communication Technology Convergence (ICTC) (Oct, 2019)<\/li>\n
                9. \uc2e0\ud0dc\uc601, \ub178\ubcd1\ud76c, Component Mapping Method for Indoor Localization System based on Mixed Reality , 2019 Eleventh International Conference on Ubiquitous and Future Networks (ICUFN) (Jul, 2019)<\/li>\n
                10. \uae38\uc6b0\uadfc, \ub178\ubcd1\ud76c, \uace0\uad11\ud45c, \uc774\uc2b9\uc6b4, MR and IoT Convergence Platform with AI Support for Disaster Recognition , MobiSys 2019 (Jun, 2019)<\/li>\n
                11. ALI JEHAD, \ub178\ubcd1\ud76c, \uc774\uc2b9\uc6b4, Poster: Using the analytical network process for controller placement in software defined networks , 17th ACM International Conference on Mobile Systems, Applications, and Services, MobiSys 2019 (Jun, 2019)<\/li>\n
                12. \uc774\uc2b9\uc6b4, \ub178\ubcd1\ud76c, ALI JEHAD, Performance Comparison of Software Defined Networking Simulators for Tactical Network: Mininet vs. OPNET , ICNC 2019 (Feb, 2019)<\/li>\n
                13. \uac15\uc9c4\uc11d, \ub178\ubcd1\ud76c, \ud63c\ud569\ud604\uc2e4 \uae30\uc220\uc758 \uc9c0\ub2a5\ud615 \uc751\uc6a9\uc0b0\uc5c5 \uc801\uc6a9\uc5d0 \uad00\ud55c \uc5f0\uad6c , 2019\ub144\ub3c4 \ud55c\uad6d\ud1b5\uc2e0\ud559\ud68c \ub3d9\uacc4\uc885\ud569\ud559\uc220\ubc1c\ud45c\ud68c (Jan, 2019)<\/li>\n
                14. \uc774\uc2b9\uc6b4, \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, \ucd5c\uadfc\uacbd, \uac15\uc9c4\uc11d, Integration of OneM2M-based IoT Service Platform and Mixed Reality Device , ICCE 2019 (Jan, 2019)<\/li>\n<\/ol>\n

                  2018<\/h2>\n
                    \n
                  1. \uc774\uaddc\ubbfc, \ub178\ubcd1\ud76c, \uac15\uc131\uc9c4, \uc624\uc9c0\uba85, Spectrum Sensing Ratio Control Method for Improve Utilization based on the PU History , The 4th International Conference on Next Generation Computing (ICNGC 2018) (Dec, 2018)<\/li>\n
                  2. \uc774\uc2b9\uc6b4, \ub178\ubcd1\ud76c, Implementation of Software-Defined Networking Testbed for a Multi-domain Environment with Distributed Controllers using OPNET , The 4th International Conference on Next Generation Computing (ICNGC 2018) (Dec, 2018)<\/li>\n
                  3. \uc774\ucca0\uc6c5, \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, Analysis of the Effect of GNU-Radio Parameters on Spectrum Sensing Performance in USRP-based Embedded Testbed for IoT , The 4th International Conference on Next Generation Computing (ICNGC 2018) (Dec, 2018)<\/li>\n
                  4. \uae40\ub300\ud604, \ub178\ubcd1\ud76c, \ubc15\uc2b9\ud604, \uc774\uc2b9\uc6b4, IoT Platform Based Smart Parking Navigation System with Shortest Route and Anti-Collision , ISCIT’2018 (Sep, 2018)<\/li>\n
                  5. \uc774\ucca0\uc6c5, \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, Adjustment of Firing Phase Changing Probability in Extended-Desync TDMA , Wireless Telecommunications Symposium (WTS) 2018 (Apr, 2018)<\/li>\n
                  6. \uc774\uaddc\ubbfc, \ub178\ubcd1\ud76c, \uc774\ucca0\uc6c5, MAC and Routing Support Cognitive Radio Integrated Multi-hop Testbed , Wireless Telecommunications Symposium (WTS) 2018 (Apr, 2018)<\/li>\n<\/ol>\n

                    2017<\/h2>\n
                      \n
                    1. \uc774\uaddc\ubbfc, \ub178\ubcd1\ud76c, A Survey of Bio-inspired Cognitive Radio Algorithm for Tactical Networks , The 3rd International Conference on Next Generation Computing (ICNGC 2017) , pp.337 -339 (Dec, 2017)<\/li>\n
                    2. SHAN GAOYANG, \ub178\ubcd1\ud76c, Comparison of BLE 4.2 Basic and BLE 5.0 Advanced Neighbor Discovery Processes , The 3rd International Conference on Next Generation Computing (ICNGC 2017) , pp.345 -347 (Dec, 2017)<\/li>\n
                    3. \uc774\ucca0\uc6c5, \ub178\ubcd1\ud76c, Implementation of AODV Protocol on Embedded Systems for MANET Testbeds , The 3rd International Conference on Next Generation Computing (ICNGC 2017) , pp.121 -124 (Dec, 2017)<\/li>\n
                    4. \uc774\uac15\ud601, \ub178\ubcd1\ud76c, \ub958\uae30\uc5f4, \uc774\uc2b9\uc6b4, Performance Monitoring and Analysis Architecture for Real Network Testbed , 2017 International Conference on Innovation, Management and Industrial Engineering (IMIE’2017) (Aug, 2017)<\/li>\n
                    5. \uae40\uc131\ub798, \ub178\ubcd1\ud76c, \ub958\uae30\uc5f4, \uc774\uaddc\ubbfc, Design of Cognitive Radio-based Gateway for the Open OCEAN IoT Platform , 2017 International Conference on Innovation, Management and Industrial Engineering (IMIE’2017) (Aug, 2017)<\/li>\n
                    6. \ubc30\ud64d\uc5f4, \ub178\ubcd1\ud76c, \ub958\uae30\uc5f4, \uc774\ucca0\uc6c5, Embedded System-based Bio-Inspired DESYNC-TDMA Design using USRP , International Conference on Information Technology and Computer Sciences 2017 (ITC’2017) (Aug, 2017)<\/li>\n
                    7. \ubc15\uc131\ubbf8, \ub178\ubcd1\ud76c, \ub958\uae30\uc5f4, \uc2e0\uc2b9\ud6c8, Network Monitoring and Security Control System Using Embedded Bridge Device , International Conference on Information Technology and Computer Sciences 2017 (ITC’2017) (Aug, 2017)<\/li>\n
                    8. \uc774\uc2b9\uc6b4, \uc2e0\uc2b9\ud6c8, \ub178\ubcd1\ud76c, Abnormal Behavior-Based Detection of Shodan and Censys-Like Scanning , ICUFN’2017 (Jul, 2017)<\/li>\n
                    9. \ubc15\ud604\uc7ac, \ub178\ubcd1\ud76c, \uc2e0\uc2b9\ud6c8, \uc774\uaddc\ubbfc, \uc624\uc9c0\uba85, Implementation of Multi-hop Cognitive Radio Testbed using Raspberry Pi and USRP , WTS 2017 (Apr, 2017)<\/li>\n
                    10. SHAN GAOYANG, \ub178\ubcd1\ud76c, \uc2e0\uc2b9\ud6c8, \uc774\ubcd1\uc6b1, Design and Implementation of Simulator for Analysis of BLE Broadcast Signal Collision , ICOIN’2017 (Jan, 2017)<\/li>\n<\/ol>\n

                      2016<\/h2>\n
                        \n
                      1. SYED IKRAM, \ub178\ubcd1\ud76c, Delay Analysis of IEEE 802.11e EDCA with Enhanced QoS for Delay Sensitive Applications , IPCCC’2016 CCNCPS Workshop , pp.1 -4 (Dec, 2016)<\/li>\n
                      2. \ub178\ubd09\uc218, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \ud55c\uba85\ud6c8, \ud5c8\ubbf8\uc815, Tactical MANET Architecture for Unmanned Autonomous Maneuver Network , IEEE MILCOM’2016 , pp.1 -6 (Nov, 2016)<\/li>\n
                      3. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, \ucd5c\uadfc\uacbd, Effective Bandwidth Based Capacity Request for Real-Time Voice in GEO Satellite System , IEEE MILCOM’2016 , pp.1 -6 (Nov, 2016)<\/li>\n
                      4. \uc774\uc2b9\uc6b4, \ub178\ubcd1\ud76c, \uc2e0\uc2b9\ud6c8, \uc784\uc120\uc601, \uc774\ucca0\ud638, Implementation and vulnerability test of stealth port scanning attacks using ZMap of censys engine , IEEE ICTC’2016 , pp.681 -683 (Oct, 2016)<\/li>\n
                      5. \ubc15\ud55c\ubcc4, \ub178\ubcd1\ud76c, \uc2e0\uc2b9\ud6c8, \uc774\ucca0\ud638, Identification of hosts behind a NAT device utilizing multiple fields of IP and TCP , IEEE ICTC’2016 , pp.484 -486 (Oct, 2016)<\/li>\n
                      6. \uc784\uc120\uc601, \ub178\ubcd1\ud76c, \ub958\uae30\uc5f4, \uc2e0\uc2b9\ud6c8, Performance evaluation of network scanning tools with operation of firewall , ICUFUN’2016 , pp.876 -881 (Jul, 2016)<\/li>\n
                      7. \uc774\ubcd1\uc6b1, \ub178\ubcd1\ud76c, \uae40\uc6a9\ud604, \uc548\uba85\uae38, Worm Propagation Model for Cyber Warfare Modeling and Simulation in Tactical Networks , ACM MobiSys’16 Companion , pp.49 -49 (Jun, 2016)<\/li>\n
                      8. SHAN GAOYANG, \ub178\ubcd1\ud76c, Discovery of Disappeared Node in Large Number of BLE Devices Environment , ACM MobiSys’16 Companion , pp.77 -77 (Jun, 2016)<\/li>\n
                      9. \uc774\uaddc\ubbfc, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, A routing control overhead mitigation method for route setup in Cognitive Radio Networks , IEEE INFOCOM’2016 Workshop (Apr, 2016)<\/li>\n
                      10. SHAN GAOYANG, \ub178\ubcd1\ud76c, \uc784\uc120\uc601, Optimal AdvInterval for BLE Scanning in Different Number of BLE Devices Environment , IEEE INFOCOM’2016 Workshop (Apr, 2016)<\/li>\n<\/ol>\n

                        2015<\/h2>\n
                          \n
                        1. \ub178\ubd09\uc218, \uae40\uad11\uc218, \ub178\ubcd1\ud76c, \ubc15\ud718\uc131, \ud55c\uba85\ud6c8, \ud5c8\ubbf8\uc815, Distributed Call Admission Control for DESYNC-TDMA in Mobile Ad Hoc Networks , BICT 2015 (Dec, 2015)<\/li>\n
                        2. \uae40\uad11\uc218, \ub178\ubcd1\ud76c, \uc774\ucca0\uc6c5, \ub178\ubd09\uc218, \ud55c\uba85\ud6c8, Routing Metric based on Slot Length of AODV on Multihop DESYNC-TDMA , BICT 2015 (Dec, 2015)<\/li>\n
                        3. SHAN GAOYANG, \ub178\ubcd1\ud76c, \uace0\uc601\ubc30, \uae40\ubcf4\uc131, \ub0a8\uc1a1\ud604, \ubc15\ubcd1\ud6c8, A 3-Dimensional Triangulation Scheme To Improve The Accuracy of Indoor Localization for IoT Services , IEEE PACRIM 2015 (Aug, 2015)<\/li>\n
                        4. \uc774\ubcd1\uc6b1, \ub178\ubcd1\ud76c, \uace0\uc601\ubc30, \uae40\ubcf4\uc131, \uc774\uc2b9\uc6b4, \uc784\uc120\uc601, The Beacon Identification using Low Pass Filter for Physical Web based IoT Services , IEEE PACRIM 2015 (Aug, 2015)<\/li>\n
                        5. \uc774\ucca0\uc6c5, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \ub178\ubd09\uc218, \ucd5c\uc99d\uc6d0, SMAT: Simulator Monitoring and Analysis Tool , IEEE ICUFN 2015 , pp.482 -485 (Jul, 2015)<\/li>\n
                        6. \uc774\ubbf8\ud61c, \ub178\ubcd1\ud76c, \uc774\ubcd1\uc6b1, \uc784\uc120\uc601, \uae40\ubcf4\ubbf8, Red-signal delay scheme to prevent vehicle accidents at the intersection , IEEE ICUFN 2015 , pp.232 -236 (Jul, 2015)<\/li>\n
                        7. SYED IKRAM, \ub178\ubcd1\ud76c, \uae40\ubcf4\uc131, \uc624\uc77c\ud601, A novel contention window backoff algorithm for IEEE 802.11 wireless networks , IEEE ICIS 2015 , pp.71 -75 (Jun, 2015)<\/li>\n<\/ol>\n

                          2014<\/h2>\n
                            \n
                          1. \uae40\uad11\uc218, \ub178\ubcd1\ud76c, \ub178\ubd09\uc218, \ucd5c\uc99d\uc6d0, Enhanced DESYNC-TDMA Algorithm for Efficient Packet Delivery in Distributed MANETs , ACM BICT’2014 (Dec, 2014)<\/li>\n
                          2. \ub178\ubd09\uc218, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \uae08\ub3d9\uc6d0, \ucd5c\uc99d\uc6d0, Efficient and Adaptive Resource Allocation Scheme for Self-Organizing DESYNC TDMA Network , ACM BICT’2014 (Dec, 2014)<\/li>\n
                          3. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, ASPD: Adaptive Sensing Period Decision for Time-varying Channel in Military MANETs , IEEE MILCOM’2014 , pp.643 -648 (Oct, 2014)<\/li>\n
                          4. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, \uc774\uaddc\ubbfc, Tahoe-based Spectrum Sensing Period Decision in Cognitive Radio based Wireless Sensor Networks , UCAWSN’2014 (Jul, 2014)<\/li>\n<\/ol>\n

                            2013<\/h2>\n
                              \n
                            1. \uae40\uad11\uc218, \ub178\ubcd1\ud76c, \uae40\uc131\ubbfc, \ucd5c\uc2b9\uc624, A Push-Enabling Scheme for Live Streaming System in Content-Centric Networking , ACM Conext Student Workwhop’2013 , pp.1 -3 (Dec, 2013)<\/li>\n
                            2. \uae40\uc740\ud638, \ub178\ubcd1\ud76c, \uae40\ubcf4\uc131, Enhanced Message Concatenation(EMC) Scheme for QoS Provision in Multi-hop Combat Net Radio , IEEE MILCOM’2013 , pp.1057 -1062 (Nov, 2013)<\/li>\n
                            3. \uc774\uc2b9\ud604, \ub178\ubcd1\ud76c, \ub958\uae30\uc5f4, Pre-Authentication Information Exchange to Minimize Handoff Delay in SIP Mobility Environment , CAIPT’2013 (Jun, 2013)<\/li>\n
                            4. WELDU HAILE BERHE, \ub178\ubcd1\ud76c, \uae40\ubcf4\uc131, DARCAH: Distributed Approach to Rendezvous Channel Setup in Cognitive Radio Ad Hoc Networks , ICCM’2013 , Vol.14 , pp.445 -448 (Jun, 2013)<\/li>\n
                            5. \uae40\uc218\uc9c4, \ub178\ubcd1\ud76c, \ucd5c\uc2b9\uc624, A Survey of Attacks on the BitTorrent Protocol from Its Operational Viewpoints , ICCM’2013 , Vol.14 , pp.449 -452 (Jun, 2013)<\/li>\n
                            6. Saad Muhammad, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \ucd5c\uc2b9\uc624, Cluster-based Mobility Support in Content-Centric Networking , ICCM’2013 , Vol.14 , pp.441 -444 (Jun, 2013)<\/li>\n
                            7. WELDU HAILE BERHE, \ub178\ubcd1\ud76c, \uae40\ubcf4\uc131, Deterministic Approach to Rendezvous Channel Setup in Cognitive Radio Networks , ICOIN’2013 , pp.690 -695 (Jan, 2013)<\/li>\n
                            8. \ucd5c\uc2b9\uc624, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \uae40\uc131\ubbfc, Threat of DoS by Interest Flooding Attack in Content-Centric Networking , ICOIN 2013 , pp.315 -319 (Jan, 2013)<\/li>\n
                            9. \uae40\uc885\uc5f0, \ub178\ubcd1\ud76c, \uae40\ubcf4\uc131, An Enhanced DAP-NAD Scheme for Multi-hop Broadcast based on MIL-STD-188-220 Networks , ICACT 2013 , pp.552 -557 (Jan, 2013)<\/li>\n
                            10. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, Nguyen Tuan, \uae40\ub300\uc601, \ubc15\uc218\ubc94, Decentralized Spectrum Selection Algorithm to Consider Hardware Constraints in Cognitive Radio Ad-hoc Networks , ICACT 2013 , pp.755 -759 (Jan, 2013)<\/li>\n
                            11. \uae40\uc885\uc5f0, \ub178\ubcd1\ud76c, \uae40\uc740\ud638, \uc815\uc885\uad00, Additional Bump Slot Allocation Scheme for QoS guarantee of Urgent Messages in TDMA-based Tactical Wireless Networks , ICACT 2013 , pp.439 -444 (Jan, 2013)<\/li>\n<\/ol>\n

                              2012<\/h2>\n
                                \n
                              1. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, \ucd5c\uadfc\uacbd, Efficient Capacity Allocation for Real-Time Traffic in MF-TDMA based GEO Satellite Systems , CUTE 2012 (Dec, 2012)<\/li>\n
                              2. \uc774\uc131\ud615, \uae40\uc7ac\ud604, \ub178\ubcd1\ud76c, \uc774\ud604\uc9c4, \uae40\ud0dc\uc644, \uc2e0\uc0c1\ud5cc, \ud5c8\ubbf8\uc815, Active Buffer Management Algorithm for Silence Suppressed Voice Applications , MILCOM 2012 (Nov, 2012)<\/li>\n
                              3. \uc774\uc5f0\uc8fc, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, DDoS Attack by File Request Redirection in Kad P2P Network , IEEE CyberC’2012 (Oct, 2012)<\/li>\n
                              4. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, Nguyen Tuan, \uad8c\uc138\ud6c8, \uae40\uc885\uc5f0, \ubc15\uc218\ubc94, \ucd5c\uc815\uc6b1, Modeling and Simulation for Cognitive Radio Networks in OPNET , OPNETNWORK 2012 (Aug, 2012)<\/li>\n
                              5. \uae40\uc131\ubbfc, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \uae40\ubcf4\uc131, \ucd5c\uc2b9\uc624, An Implementation of Content-Centric Network, using OPNET Modeler , OPNETWORK 2012 (Aug, 2012)<\/li>\n
                              6. Ismail Atif, \ub178\ubcd1\ud76c, Enhancing MIH for optimum network performance and handovers in heterogeneous networks , IEEE SECON’2012 (Jun, 2012)<\/li>\n
                              7. \uc774\uc5f0\uc8fc, \ub178\ubcd1\ud76c, \uad6c\ud61c\ub9bc, \uc774\ucca0\ud638, \ucd5c\uc2b9\uc624, Advanced node insertion attack with availability falsification in Kademlia-based P2P networks , ICACT’2012 (Feb, 2012)<\/li>\n
                              8. \uad6c\ud61c\ub9bc, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \uc774\uc5f0\uc8fc, \uc774\ucca0\ud638, A DDoS attack by flooding normal control messages in Kad P2P networks , ICACT’2012 (Feb, 2012)<\/li>\n<\/ol>\n

                                2011<\/h2>\n
                                  \n
                                1. \ucd5c\uadfc\uacbd, \ub178\ubcd1\ud76c, \uace0\uc601\ubc30, \ub958\uae30\uc5f4, Simulation Study on Performance Evaluation of MF-TDMA-based Military Satellite Communication Systems , International Conference on Information and Communication Technologies and Applications (Dec, 2011)<\/li>\n
                                2. \ub178\ubcd1\ud76c, \uae40\uc8fc\uc644, \ub958\uae30\uc5f4, Whitelist-based SIP Flooding Attack Detection Using a Bloom Filter , International Conference on Information and Communication Technologies and Applications , pp.191 -195 (Dec, 2011)<\/li>\n
                                3. \uc544\ud2f0\ud504, \ub178\ubcd1\ud76c, Adaptive Handovers in Heterogeneous Networks using Fuzzy MADM , IEEE ICMIC’2011 (Sep, 2011)<\/li>\n
                                4. \uae40\uad11\uc218, \ub178\ubcd1\ud76c, \uac15\uc9c4\uc11d, \uad6c\ud61c\ub9bc, \uc774\uc5f0\uc8fc, \uc7a5\uc900\uc601, A Mobility Management Framework for Group Mobility Models in Mobiel Networks , OPNETWORKS’2011 (Aug, 2011)<\/li>\n
                                5. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, \uace0\uc601\ubc30, \uc7a5\uc900\uc601, Control Packet Scheduling First for Fast Route Discovery in Tactical MANET , IEEE ICACT’2011 (Feb, 2011)<\/li>\n
                                6. \uae40\uad11\uc218, \ub178\ubcd1\ud76c, \uace0\uc601\ubc30, \uc190\uc758\uc2b9, \ucd5c\uc6b0\uc9c4, Survivability Measure for Multichannel MANETbased Tactical Networks , IEEE ICACT’2011 (Feb, 2011)<\/li>\n<\/ol>\n

                                  2010<\/h2>\n
                                    \n
                                  1. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, \uae40\uad11\uc218, \ubc15\ud615\uc900, Label-Switched Multi-Path Routing for Mission-Critical Tactical Message Delivery , IEEE CUTE’2010 , pp.1 -6 (Dec, 2010)<\/li>\n
                                  2. \ub178\uc0c1\ud638, \ub178\ubcd1\ud76c, \ubc15\ud615\uc900, \ubc31\uc740\uacbd, \uc190\uc758\uc2b9, \ucd5c\uc6b0\uc9c4, Group Mobility Model Based On Mobility Prediction in Tactical Network On-The-Move , IEEE CUTE’2010 , pp.1 -6 (Dec, 2010)<\/li>\n
                                  3. \uc2e0\uc9c4\ubc30, \ub178\ubcd1\ud76c, TDMA frame format analysis for applying Policy based management to TDL system , IEEE CUTE’2010 , pp.1 -7 (Dec, 2010)<\/li>\n
                                  4. \ubc15\ud615\uc900, \ub178\ubcd1\ud76c, Accurate Passive Bandwidth Estimation (APBE) in IEEE 802.11 Wireless LANs , IEEE CUTE’2010 , pp.1 -4 (Dec, 2010)<\/li>\n
                                  5. \uace0\uc601\ubc30, \ub178\ubcd1\ud76c, \uc774\uc131\uc6d0, \uc784\uadfc\uc6b0, \ucd5c\uc9c0\uc6a9, A Reliable and Hybrid Multi-path Routing Protocol for Multi-Interface Tactical Ad Hoc Networks , IEEE MILCOM 2010 , pp.1531 -1536 (Nov, 2010)<\/li>\n
                                  6. \uac15\uc9c4\uc11d, \ub178\ubcd1\ud76c, Development of tangible user interface for linking context modeling and 3D map in smartphone , 2010 International Congress on Ultra Modern Telecommunications and Control System and Workshops , pp.1 -6 (Oct, 2010)<\/li>\n
                                  7. \uae40\uc885\uc6b1, \ud64d\ub9cc\ud45c, \uac15\uc11d\uc778, \ub178\ubcd1\ud76c, \uc774\uc131\uc6b1, Autonomous defense against Flooding-based Denial of Service of a SIP system , Applications and Technology Conference (LISAT), 2010 Long Island Systems , pp.1 -7 (May, 2010)<\/li>\n
                                  8. \uae40\ubcf4\uc131, \ub178\ubcd1\ud76c, \uad6c\ud61c\ub9bc, \uae40\uad11\uc218, \uae40\uc720\uc120, \uc9c4\uc885\uc0bc, Tactical network design and simulator with Wireless Mesh Network-based Backbone architecture , IEEE LISAT’2010 , pp.1 -5 (May, 2010)<\/li>\n
                                  9. \uc815\uc885\uad00, \ub178\ubcd1\ud76c, \ub958\uae30\uc5f4, Mission-critical packet transfer with explicit path selection in WMN-based tactical networks , IEEE WTS’2010 , Vol.1 , No.1 , pp.1 -5 (Apr, 2010)<\/li>\n<\/ol>\n

                                    2009<\/h2>\n
                                      \n
                                    1. \ub178\ubcd1\ud76c, Tactical Network Design and Simulator with Wireless Mesh Network-based Backbone Architecture , CEWIT 2009 , Vol.1 , No.1 , pp.1 -1 (Oct, 2009)<\/li>\n
                                    2. \ud558\uc0c1\uc6a9, \ub178\ubcd1\ud76c, \uac15\uc0c1\uc6b1, \uae40\uc9c4\ucca0, Korean Public Sector Plan for the Enhancement of IPTV Service , IEEE ISCIT 2009 , Vol.1 , No.1 , pp.284 -289 (Sep, 2009)<\/li>\n
                                    3. \ub178\ubcd1\ud76c, \uad6c\ud61c\ub9bc, \uae40\uc0c1\uc5b8, \uae40\uc720\uc120, \ubc15\uc601\uadfc, Data Delivery with end-to-end QoS Guarantee in Tactical Network Interconnected with Wireless Ad-hoc Network and Heterogeneous Networks , IEEE ICACT’2009 , Vol.2009 , No.1 , pp.804 -809 (Feb, 2009)<\/li>\n
                                    4. \ub178\ubcd1\ud76c, \ud64d\uae30\ud0dc, Service Differentiation with the Adjustment of Remaining Backoff Time in IEEE 802.11 Wireless LAN , IEEE ICACT’2009 , Vol.2009 , No.1 , pp.1863 -1866 (Feb, 2009)<\/li>\n<\/ol>\n

                                      2008<\/h2>\n
                                        \n
                                      1. \ub178\ubcd1\ud76c, \uae40\uc815\uc6b1, \ub958\uc81c\ud0dd, \ud64d\ub9cc\ud45c, \uae40\ud658\uad6d, Analysis and Its Solution on Security Threats in SIP-based Mobility Support Environment , IEEE Innovations’08 , Vol.5 , No.1 , pp.1 -5 (Dec, 2008)<\/li>\n
                                      2. \ub178\ubcd1\ud76c, \uc774\uc815\ud6c8, \uc815\uc131\ub85d, An Optimized Node-Disjoint Multi-path Routing Protocol for Multimedia Data Transmission over Wireless Sensor Networks , International Workshop on Adaptation in Wireless Sensor Networks(AWSN) 2008 , Vol.1 , No.1 , pp.958 -963 (Dec, 2008)<\/li>\n
                                      3. \ub178\ubcd1\ud76c, \ub958\uc81c\ud0dd, \uc815\ud604\ucca0, \ucc28\ud604\uc218, \uae40\uc815\uc6b1, Detection of SIP De-Registration and Call-Disruption Attacks Using a Retransmission Mechanism and a Countermeasure Scheme , SITIS ‘2008 , Vol.4 , No.1 , pp.650 -656 (Nov, 2008)<\/li>\n
                                      4. \ub178\ubcd1\ud76c, \uae40\uc885\uc6b1, \ub958\uc81c\ud0dd, \ud64d\ub9cc\ud45c, On the Threat to SIP-based Applications and Corresponding Counteract Mechanisms , 2008 International Conference cutting Edge Wireless and Information Technology , Vol.1 , No.1 , pp.42 -42 (Oct, 2008)<\/li>\n
                                      5. \ub178\ubcd1\ud76c, \uad6c\ud61c\ub9bc, \uae40\uc7ac\ud604, End-to-end QoS Architecture for Ubiquitous Military Tactical Networks in AJOU-TNRC , CEWIT 2008 , Vol.1 , No.1 , pp.44 -44 (Oct, 2008)<\/li>\n
                                      6. \ub178\ubcd1\ud76c, \uae40\uc120\ud638, Classification of Patterns of Distributed Global-Scale Network Attacks in Highspeed Backbone Networks , ICESIT’2008 , Vol.1 , No.1 , pp.29 -33 (Feb, 2008)<\/li>\n<\/ol>\n

                                        2007<\/h2>\n
                                          \n
                                        1. \ub178\ubcd1\ud76c, \uae40\ud6a8\uc21c, \ub958\uc81c\ud0dd, Sensor Backbone Network: New Paradigm to Deploy Sensor Networks and Application , International Conference on Next-Generation Computing 2007 , Vol.1 , No.1 , pp.1 -5 (Nov, 2007)<\/li>\n
                                        2. \ub178\ubcd1\ud76c, \uad6c\ud61c\ub9bc, \uc774\uc815\ud6c8, A Cross-Layer based Channel Adaptation using Frame Skipping for Real-time Video Transmission , 4th Conference on New Exploratory Technologies , Vol.1 , No.1 , pp.799 -804 (Oct, 2007)<\/li>\n
                                        3. \ub178\ubcd1\ud76c, \uae40\ud6a8\uc21c, Data Prefetching Using Cross Layer-based Estimation of Integrated Message Handover Time for Seamless Mobile Multimedia Services , 4th Conference on New Exploratory Technologies , Vol.1 , No.1 , pp.813 -817 (Oct, 2007)<\/li>\n
                                        4. \ub178\ubcd1\ud76c, \uae40\uae30\ud615, \uc54c\ub9ac \ud558\ub9c8\ub4dc, \uc815\uc11d, Multiple Routers-based Architecture for IPv6-Based Wireless Sensor Netowrks(6LoWPANs) , 4th Conference on New Exploratory Technologies , Vol.1 , No.1 , pp.805 -808 (Oct, 2007)<\/li>\n
                                        5. \ub178\ubcd1\ud76c, \uae40\ud6a8\uc21c, Reliable and Secure Authentication Protocol without Master Clock Information in Mobile IPv6 Route Optimization , ITC-CSCC 2007 , Vol.2 , No.1 , pp.879 -880 (Jul, 2007)<\/li>\n<\/ol>\n

                                          2005<\/h2>\n
                                            \n
                                          1. \ub178\ubcd1\ud76c, \uae40\uc740\uc9c4, \uc720\uc2b9\ud654, Security Issues and Architecture for Protecting Privacy in RFID-based Service , CEWIT’2005 , Vol.1 , pp.37 (Dec, 2005)<\/li>\n
                                          2. \uae40\uae30\ud615, Yasir Malik, \ub178\ubcd1\ud76c, \uc11c\ud604\uace4, Design of JXTA Super Peer Network over Wired and Wireless Network , Next Generation PC 2005 International Conference , Vol.1 , No.1 , pp.176 -181 (Nov, 2005)<\/li>\n
                                          3. \ub178\ubcd1\ud76c, \uae40\uae30\ud615, \uae40\uc120\ud638, \uae40\uc740\uc9c4, \uc720\uc2b9\ud654, Security Issues of RFID-Based Services , Next Generation PC 2005 International Conference , Vol.1 , pp.69 -73 (Nov, 2005)<\/li>\n
                                          4. \uc720\uc2b9\ud654, \uae40\ud76c\uc815, \ub178\ubcd1\ud76c, \uc774\uc6a9\ud658, Tree-Based Classification Algorithm of Unique Item ID for the Global RFID Network , Next Generation PC 2005 International Conference , Vol.1 , pp.33 -37 (Nov, 2005)<\/li>\n<\/ol>\n

                                            2004<\/h2>\n
                                              \n
                                            1. \ub178\ubcd1\ud76c, \uc720\uc2b9\ud654, \ucd5c\uc6d0\uc900, A Modified Randomized Tree Walking Scheme for RFID Tag Security , CEWIT 2004 , Vol.1 , No.1 , pp.57 -57 (Nov, 2004)<\/li>\n
                                            2. \uc720\uc2b9\ud654, \uace0\ud604\ubd09, \ub178\ubcd1\ud76c, A Router Advertisement Interval Adjustment Scheme Ti Improve Handoff Performance in Mobile IPv6 Environments , ICIS2004 , Vol.1 , No.1 , pp.282 -287 (Aug, 2004)<\/li>\n
                                            3. \ub178\ubcd1\ud76c, \uae40\uc120\ud638, \uc720\uc2b9\ud654, \ubc15\uc6a9\ub300, An Efficient Motion Vector Estimation For Frame Skipping-Based Video Transcoding , ICIS 2004 , Vol.2004 , No.1 , pp.288 -292 (Aug, 2004)<\/li>\n
                                            4. \uc720\uc2b9\ud654, \ub178\ubcd1\ud76c, \uc774\ud5a5\ud0dd, \uc870\uc6a9\ud604, An Adaptive Cluster Head Election Algorithm in Wireless Microsensor Networks , ICIS 2004 , Vol.2004 , No.1 , pp.242 -247 (Aug, 2004)<\/li>\n
                                            5. \uc720\uc2b9\ud654, \uace0\ud604\ubd09, \ub178\ubcd1\ud76c, \ubc15\uc740\uc815, Multi-code Naming Service Architecture for the Global RFID Network , ICIS 2004 , Vol.1 , No.1 , pp.105 -110 (Aug, 2004)<\/li>\n
                                            6. \ub178\ubcd1\ud76c, \uc720\uc2b9\ud654, \uc774\uc6a9\ud658, Traffic Characterization And Control Of Network Attacks With Spoofed IP Addresses On the Internet Backbone Links , SCI2004(8th World Multi-Conference on Systemics, Cybernetics and Informatics) , Vol.3 , No.1 , pp.379 -383 (Jul, 2004)<\/li>\n
                                            7. \ub178\ubcd1\ud76c, \uc720\uc2b9\ud654, \uc804\uc6a9\uc7ac, \uae40\uc9c4\uc218, Traffic Characterization Of Nework Attack Flows On the Internet Backbone Links , Internet Computing 2004 (IC’2004) , Vol.1 , No.1 , pp.335 -338 (Jun, 2004)<\/li>\n
                                            8. \ub178\ubcd1\ud76c, \uc720\uc2b9\ud654, \ucd5c\uc6d0\uc900, \ubbfc\uc2b9\uc6b1, Measures For Detecting Network Attacks At The Aggregate Traffic Level On High-Speed Internet Backbone Links , SAM’2004 , Vol.1 , No.1 , pp.173 -176 (Jun, 2004)<\/li>\n
                                            9. \ub178\ubcd1\ud76c, \uace0\ud604\ubd09, \uc720\uc2b9\ud654, \ubc15\uc885\ud601, A Network Element Management System for Managing H.323 Gatekeepers , The 6th International Conference on Advanced Communication Technology , Vol.1 , No.2 , pp.782 -785 (Feb, 2004)<\/li>\n<\/ol>\n

                                              2003<\/h2>\n
                                                \n
                                              1. \ub178\ubcd1\ud76c, \uc2e0\uc0c1\ucca0, An Empirical Study On Characteristics of Feedback Information For Streaming Real-Time Multimedia in the Internet , Internet Computing’03 , Vol.1 , pp.272 -277 (Jun, 2003)<\/li>\n<\/ol>\n

                                                2002<\/h2>\n
                                                  \n
                                                1. \ub178\ubcd1\ud76c, \uae40\ud76c\ub300, \uc720\uc2b9\ud654, Online RTP Packet Classification For The Real-Time Multimedia Traffic Management In the Internet , ICIS 2002(International Conference On Computer and Information Science) , Vol.1 , No.1 , pp.523 -528 (Aug, 2002)<\/li>\n<\/ol>","protected":false},"excerpt":{"rendered":"

                                                  2026 \ub178\ubcd1\ud76c, KHALID MAIRA, MOHSIN AHMED RAZA, ALI JEHAD, \uace0\uc601\ubc30, Attention Scaling in BiLSTM-Transformer Networks for Efficient IoT Intrusion Detection, 2026 IEEE International Conference on Consumer Electronics (ICCE) (Feb, 2026) 2025 MOHSIN AHMED RAZA, KHALID MAIRA, ALI JEHAD, Houbing Herbert Song, \ub178\ubcd1\ud76c, Lightweight Deep Learning for Secure Driver Behavior Recognition in AIoT-Based Intelligent Transportation Systems, … <\/p>\n

                                                  Read more “International Conference”<\/span><\/a><\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":[],"categories":[1],"tags":[],"_links":{"self":[{"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=\/wp\/v2\/posts\/56"}],"collection":[{"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=\/wp\/v2\/posts"}],"about":[{"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=\/wp\/v2\/types\/post"}],"author":[{"embeddable":true,"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=%2Fwp%2Fv2%2Fcomments&post=56"}],"version-history":[{"count":58,"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=\/wp\/v2\/posts\/56\/revisions"}],"predecessor-version":[{"id":1709,"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=\/wp\/v2\/posts\/56\/revisions\/1709"}],"wp:attachment":[{"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=%2Fwp%2Fv2%2Fmedia&parent=56"}],"wp:term":[{"taxonomy":"category","embeddable":true,"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=%2Fwp%2Fv2%2Fcategories&post=56"},{"taxonomy":"post_tag","embeddable":true,"href":"https:\/\/mmcn.ajou.ac.kr\/wp_mmcn\/index.php?rest_route=%2Fwp%2Fv2%2Ftags&post=56"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}