Standardization

[Journal Paper] [International Conference] [Press release] [Standardization]
For research results of each researcher, please refer to the personal pages of Laboratory members
and the Kyoto University Activity Database on Education and Research.

Standardization

  1. Takeshi Matsumura, Ryu Miura, Takashi Matsuda, Fumihide Kojima, Hiroshi Harada, “Confirmation regarding items proposed for 802.15.4ad” IEEE 802.15-26-0042-00-04ad, Jan. 2026
  2. Hiroshi Harada and Goro Kawabuchi, “Performance comparison of SHR for proposed SUN OFDM Low Rate (LR),” IEEE 802.15-25-0651-02-04ad, Jan. 2026
  3. Hiroshi Harada, “Summary of Discussion on Merged Baseline for SUN FSK Low Rate,” IEEE 802.15-25-0665-02-04ad, Jan. 2026
  4. Hiroshi Harada and Jaeseok Lim, “Performance comparison between Golay-based SFD and Modified M-sequencebased SFD,” IEEE 802.15-26-0037-01-04ad, Jan. 2026
  5. Hiroshi Harada, “Summary of Discussion on Merged baseline for SUN OFDM LR,” IEEE 802.15-25-0496-02-04ad, Nov. 2025
  6. Hiroshi Harada, “Summary of Discussion on Merged baseline for SUN OFDM HR,” IEEE 802.15-25-0666-01-04ad , Nov. 2025
  7. Hiroshi Harada, “Considerations for Merging FSK’s Proposals Regarding 15.ad,” IEEE 802.15-25-0655-01-04ad, Nov. 2025
  8. Hiroshi Harada and Goro Kawabuchi, “Performance comparison of payload for proposed SUN OFDM Low Rate (LR),” IEEE 802.15-25-0653-00-04ad, Nov. 2025
  9. Hiroshi Harada, “Additional Baseline Proposal for SUN OFDM High Rate (HR),” IEEE 802.15-25-0645-00-04ad, Nov. 2025
  10. Hiroshi Harada, “Summary of Discussion on Merged Baseline for SUN OFDM HR,” IEEE 802.15-25-0497-01-04ad, Sept. 2025.
  11. Hiroshi Harada, Jaeseok Lim, and Goro Kawabuchi, “Performance of CFO compensation for FSK and LR-OFDM,” IEEE 802.15-25-0495-00-04ad, Sept. 2025.
  12. Hiroshi Harada and Goro Kawabuchi, “Proposal of SUN OFDM LR for 802.15.4ad,” IEEE 802.15-25-0348-03-04ad, Aug. 2025
  13. Hiroshi Harada, “Next step to decide baseline scheme,” IEEE 802.15-25-0392-01-04ad, July 2025.
  14. Phil Beecher and Hiroshi Harada, “Proposal Status Summary,” IEEE 802.15-25-0280-04-04ad, July 2025.
  15. Hiroshi Harada and Thomas Almholt, “Merged proposal of 802.15.4 SUN OFDM HR (High Rate) for 802.15.4ad,” IEEE 802.15-25-0228-01-04ad, July 2025.
  16. Hiroshi Harada and Jaeseok Lim, “Proposal of SUN FSK LR for 802.15.4ad,” IEEE 802.15-25-0391-00-04ad, July 2025.
  17. Hiroshi Harada and Goro Kawabuchi, “Proposal of SHR for 802.15.4ad SUN OFDM LR mode based on SC-OFDM,” IEEE 802.15-25-0325-02-04ad, July 2025.
  18. Hiroshi Harada and Goro Kawabuchi , “Transmission characteristics of 802.15.4ad SUN OFDM LR based on SC-OFDM”, IEEE 802.15-25-0262-00-04ad, May 2025.
  19. Hiroshi Harada and Jaeseok Lim, “A modified SHR for 802.15.4ad Low Rate (LR),” IEEE 802.15-25-0247-01-04ad, May 2025.
  20. Hiroshi Harada and Thomas Almholt, “Merged proposal of 802.15.4 SUN OFDM HR (High Rate) for 802.15.4ad,” IEEE 802.15-25-0228-00-04ad, May 2025.
  21. Hiroshi Harada and Goro Kawabuchi, “Basic transmission characteristics of 802.15.4ad SUN OFDM LR payload and frequency hopping method between users,” IEEE 802.15-25-0158-02-04ad, Mar. 2025.
  22. Hiroshi Harada and Jaeseok Lim, “Correlation characteristics of SHR for 802.15.4ad Low Rate (LR) at the receiver and propose a modified SHR,” IEEE 802.15-25-0150-01-04ad, Mar. 2025.
  23. Hiroshi Harada and Jaeseok Lim, “Proposal of 802.15.4 SUN PHY extension for 802.15.4ad,” IEEE 802.15-25-0035-00-04ad, Jan. 2025.
  24. Hiroshi Harada, “Wi-SUN:A IoT network that has been successfully commercialized on a large scale by IEEE 802.15.4,” IEEE 802.15-25-0034-01-wng0, Jan. 2025.
  25. Hiroshi Harada, “Modification in current technical guidance document r11 regarding interference scenario,” IEEE 802.15-24-0647-02-04ad, Nov. 2024.
  26. Hiroshi Harada, “Items that should be evaluated by the proposers of the 802.15.4ad PHY,” IEEE 802.15-24-0630-01-04ad, Nov. 2024.
  27. Hiroshi Harada, “DRAFT 802.15.4 Next Generation SUN PHY Technical Guidance Document,” IEEE 802.15-24-0061-15-04ad, Nov. 2024.
  28. Hiroshi Harada and Shota Mori, “Channel Model for Evaluation of Transmission Characteristics of IEEE 802.15.4ad PHY,” IEEE 802.15-24-0614-01-04ad, Nov. 2024.
  29. Hiroshi Harada and Jaeseok Lim, “C/I calculation for Evaluation of Transmission Characteristics of IEEE 802.15.4ad PHY under Interference Noise,“ IEEE 802.15-24-0611-03-04ad, Nov. 2024.
  30. Hiroshi Harada, “Evaluation Methods for Transmission Characteristics of IEEE 802.15.4ad under Interference Noise”, IEEE 802.15-24-0512-01-04ad, 11th Nov. 2024.
  31. Hiroshi Harada and Jaeseok Lim, “Outdoor Transmission Characteristics of IEEE 802.15.4 SUN FSK in the VHF Band”, IEEE 802.15-24-0520-00-04ad, 11th Nov. 2024.
  32. Hiroshi Harada, “Evaluation Methods for Transmission Characteristics of IEEE 802.15.4ad in the Presence of Interference”, IEEE 802.15-24-0378-00-04ad, 16th July 2024.
  33. Hiroshi Harada, “Channel model proposal for IEEE 802.15.4ad”, IEEE 802.15-24-0290-02-04ad, 15th May 2024.
  34. Hiroshi Harada, “Fundamental Field Experiments of OFDMA Systems Using VHF-band in Urban Area”, IEEE 802.15-24-0287-01-04ad, 14th May 2024.
  35. Hiroshi Harada, “Channel masks of radio channels for SUN PHYs in Japan”, IEEE 802.15-24-0170-00-04ad, 12th March 2024.
  36. Hiroshi Harada, “Use cases for Next Generation SUN PHYs”, IEEE 802.15-24-0056-01-04ad, 16th Jan. 2024.
  37. Hiroshi Harada, “Use cases for Next Generation SUN”, IEEE 802.15-23-0597-00-04ad, 15th Nov. 2023.
  38. Hiroshi Harada, “Comments on Scope of the Project in the PAR”, IEEE 802.15-23-0500-00-04ad, 12th Sep. 2023.
  39. Hiroshi Harada, “Basic transmission characteristics of SUN-FSK and SUN-OFDM and future extensions”, IEEE 802.15-23-0390-02-04ad, 12th July 2023.

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