A-1. A study of 150-GHz CMOS active power divider with cross coupling capacitors
○Leshan Xu (Hiroshima University)

A-2. A 60-GHz Transformer-Based Bi-Directional PA-LNA Supporting 5G n263-band Applications
○Junqing Liu (Tokyo Institute of Technology)

A-3. Low Computational Cost Unequal Interval Mirror Kirchhoff Approximation for Predicting Shadowing Effect
○Zhou Derun (Tokyo Institute of Technology)

A-4. A Self-Locked Duty Cycle Control Cell with 40% Tuning Range for Clock Distribution Network
○Zhang Yi(Tokyo Institute of Technology)

A-5. Overview of All Digital Phase-Locked Loop design
○Liu Zezheng (Tokyo Institute of Technology)

A-6. A 24–71-GHz Dual-Mode Mixer with Harmonic-Selection Technique for Multi-Band 5G NR
○Xu Dongfan (Tokyo Institute of Technology)

A-7. Barcode detection and decoding with SSD and 2-D FFT
○Yuyao Li (Keio University)

A-8. Visually Secure Deep Joint Source Channel Coding with Model Sharing and Learning
○Yuyang Fu(The University of Electro-Communications)

A-9. Drone image sensor communication by LED propeller light-trails
○Cao Chenyu (Nagoya University)

A-10. QoE Optimization for Virtual Reality Services in Multi-RIS-Assisted Terahertz Wireless Networks
○Ma Yuyin (Muroran Institute of Technology)

A-11. Phase modulation driven by FPGA for laser linewith tuning
○Zheng Chen (Waseda University)

A-12. Fully Synthesizable Digital PLL
○Waleed Madany (Tokyo Institute of Technology)

A-13. A multimodal dataset of eye tracking and other physiological measures
○Kevin Kristofer Kosasih (Kyoto University of Advanced Science)

A-14. Possibility of BSC evaluation using high-frequency annular arrays
○Jungtaek Choi(Chiba University)

A-15. Evaluation of frequency-modulated continuous-wave LiDAR employing sweeping nonlinearity compensation with an FP etalon
○Muhammd Suhail Bin Ahamad Sharifuddin (Shimane University)

A-16. Introduction to Lookup Table Modular Reduction
○Anawin Opasatian (The University of Tokyo)

A-17. Study on multi-frequency sharing using MACKEY A-type structure
○Hayato Ide (Kanazawa Institute of Technology)

A-18. Study on the matrix solver for plasma dispersion relations
○Takeru Kondo(Kanazawa university)

A-19. Study on circularly polarized antennas mounted on smart phone for NTN systems
○Shingo Nakamura (Kanazawa Institute of Technology)

A-20. Outphasing angle variation of various class-operations on outphasing amplifiers
○Daisuke Yasunobu (Kagoshima University)

A-21. Ultra-Low Latency Control Processing for Autonomous Navigation Robots Using FPGA
○Yuto Shiota (Kumamoto University)

A-22. mmWave Blockage Prediction using Pseudo-LiDAR Signature for V2I Communications
○Shinsuke Bannai (The University of Electro-Communications)

A-23. Evaluation of Electrical Parameters for 3D IC Stacking with Through-Silicon Vias (TSV)
○Akane Sugio (Kumamoto University)

A-24. Transmission Parameters Selection Method Using Reinforcement Learning for Improving Energy Efficiency in Massive IoT Systems
○Ryota Ariyoshi (The University of Electro-Communications)

A-25. Future power grid for effective use of renewable energy
○Takato Ieki (Keio University)

A-26. Prioritized Job Offloading in Cloudlet System for Smart City
○Yuki Yokota (Shibaura Institute of Technology)

A-27. Cross layer TCP Congestion Control for Integrating Local 5G and Low Earth Orbit Satellite Communications
○Akane Suzuki (The University of Tokyo)

A-28. Tailoring 5G Performance: Controlling Base Stations for Use Cases and Radio Environments
○Koki Horita(The University of Tokyo)

B-1. A Multi-Phase Frequency Synthesizer with Injection-Locking Ring Oscillator
○Daxu Zhang (Tokyo Institute of Technology), Yuncheng Zhang (Tokyo Institute of Technology), Hongye Huang (Tokyo Institute of Technology), Dingxin Xu (Tokyo Institute of Technology), Atsushi Shirane (Tokyo Institute of Technology), Kenichi Okada (Tokyo Institute of Technology)

B-2. A 60-GHz CMOS Transmission Line Based Bi-directional Variable Gain Amplifier
○Yilun Chen (Tokyo Institute of Technology)

B-3. A 39-GHz Compact Low-Error CMOS Passive Phase Shifter for 5G NR Applications
○Minghao Fan (Tokyo Institute of Technology)

B-4. A 180-370-GHz Wide-Bandwidth Marchand Balun with Lateral Ground Wall
○Zhen Yan(Hiroshima University)

B-5. Verification of high-frequency ultrasound amplitude envelope statistic evaluation accuracy in multi-component medium
○Tingzhen Zhang (Chiba University)

B-6. A Comparator-based Gain Boosted PD Design for 32kHz Reference Oversampling PLL
○Wang Wenqian (Tokyo Institute of Technology)

B-7. Non-orthogonal signaling in integrated sensing and communications
○Zekun Hong (The University of Tokyo)

B-8. A Compact 28GHz Bi-Directional Power-Combined Antenna Interface in WLCSP Achieving 18Gb/s for 5G and B5G Phased-Array Transceivers
○Tang Minzhe(Tokyo Institude of Technology)

B-9. Research on license plate recognition algorithms in different scenarios based on deep learning
○He Siyuan (Kanagawa Institute of Technology)

B-10. Precise Measurement and application of MZ modulators
○Huang Qingchuan (Waseda University)

B-11. Investigation of High-Performance Photodetector
○Yaofeng Yi (Waseda University)

B-12. Reducing city’s crampedness with taxi carpooling optimization
○Louédec Glenn(Keio University)

B-13. Detection method of circuit-level intentional alteration focused on variation in circuit characteristics
○Izzy Nha(Kobe university)

B-14. Python Powered- Personal Voice Assistant
○Altanzaya Nomin-Erdene(National Institute of Technology, Kumamoto College )

B-15. Angular-Domain Parameter Matching Utilizing Clustering Technique for Grid-Based Wireless Channel Emulation
○Auksarapak Kietkajornrit(Tokyo Institute of Technology)

B-16. Noise reduction of rocket experimental electromagnetic data using waveform clustering and image inpainting
○Ray Morita (Kanazawa University)

B-17. Paddle-typed Propulsion Model and Generation: Lessons from Shrimp's Pleopods
○Kazuki Takeshita (University of Miyazaki)

B-18. Development of Imaging Technology for Detecting Object Concealed by Dielectric Slab Using FMCW Radar
○Kaito Ichijo(Tokyo Institute of Technology)

B-19. Evaluation of the electrical characterisics of TSVs and bumps and design of TEG devices for the evaluation
○Kotaro Sonoda (Kumamoto University)

B-20. Reducing Overfitting in Distributed Learning with Deep Joint Source Channel Coding
○Issa Matsumura (The University of Electro-Communications)

B-21. An Autonomous and Distributed Transmission Parameters Selection Method Using Deep Reinforcement Learning in Mobile LoRa Networks
○Seiya Sugiyama (The University of Electro-Communications)

B-22. Lightweight Countermeasures to Power Analysis Attacks by Injecting Noise to Cryptographic Circuits
○Yui Koyanagi (Fukuoka University)

B-23. Call Admission Control for Three Types of Calls in Emergencies
○Sota Narikiyo (Shibaura Institute of Technology)

B-24. V-chirp Synchronous Next Generation LPWA Communication Scheme for Beyond5G
○Kishin Kambayashi (The University of Tokyo)

B-25. A Study on Modeling of IoT Traffic Using Phase-Type Distribution
○Yuta Tachikawa (Kanazawa Institute of Technology)

B-26. 5G Network Slicing using APN for Low Latency and Low Jitter Communications
○Ryuta Yajima (The University of Tokyo)

B-27. Low-Power Design of High-Speed Analog Circuits for Chip-to-Chip Signal Transmission in 3D Stacked Devices
○Kakeru Fuchino (Kumamoto University)

B-28. Wide-area Wearable Sensing Through 5G Sidelink
○Makoto Nomura (The University of Tokyo)

B-29. Technology roadmapping to develop smart medical logistics solution for Thailand hospitals
○Ganda Boonsothonsatit (King Mongkut's University of Technology Thonburi)