IEICE Technical Reports (Domestic)

2023

1. Minghe Mao, Riku Takahashi, Noa Sato, Minseok Kim, “Outdoor THz Channel Measurement at 300GHz for Ultra-High Data-Rate Wireless Access in An Open Square,” IEICE Technical Report, AP2023-162, Jan. 2024 (invited)
2. Togo Ikegami, Masamune Sato, Koularp Thongsavanh, Minseok Kim, “Multi-Link 8×8 MIMO Measurement System Construction and Evaluation Experiment,” IEICE Technical Report, AP2023-156, Dec. 14, 2023 (in Japanese)
   池上十五・佐藤正宗・トンサヴァン クーラープ・金　ミンソク, “マルチリンク8×8MIMO測定系の構築と評価実験,” 信学技報, AP2023-156, 2023年12月
3. Minseok Kim, Minghe Mao, Riku Takahashi, Noa Sato, “Multipath Cluster Channel Measurement for 300-GHz Short-Range Ultra-High Data-Rate Wireless Access Scenarios,” IEICE Technical Report, AP2023-141, Nov. 16, 2023 (invited)
4. Yupeng Wang, Minseok Kim, “Investigation of Non-Contact Simultaneous Estimation Method for Heartbeat and Respiration Using Millimeter-Wave Radios,” IEICE Technical Report, AP2023-104, Oct. 19, 2023.
5. Koularp Thongsavanh, Togo Ikegami, Minseok Kim, “Preliminary Study of AOA-Based Indoor Localization Methods Using Distributed MIMO Sensors,” IEICE Technical Report, AP2023-91, Oct. 19, 2023.
6. Yang Miao, Minseok Kim, Chiachia Kang, Naoya Suzuki, Junichi Takada, “MmWave Human Body Scattering and Blockage Measurement Using Dual-Band Distributed Beamforming,” IEICE Technical Report, AP2023-73, Sept. 1, 2023.
7. Minseok Kim, Hibiki Tsukada, Naoya Suzuki, Riku Takahashi, “Millimeter Wave Channel Sounding and Site-Specific Channel Model Development — Towards Precision Channel Emulation In Specific Environments –,” IEICE Technical Report, AP2023-53, Jul. 2023 (in Japanese) (Tutorial)
   金　ミンソク, 塚田　響, 鈴木直也, 高橋莉玖, “ミリ波帯電波伝搬測定及びサイトスペシフィックチャネルモデルの開発 ～ 特定環境における高精度チャネルエミュレーションに向けて ～ ,” 信学技報, AP2023-53, 2023年7月 (チュートリアル)
8. Naoya Suzuki, Hibiki Tsukada, Riku Takahashi, Minseok Kim, “Millimeter-Wave Urban Cellular Multipath Cluster Channel Analysis And Spatial Consistency Evaluation,” IEICE Technical Report, AP2023-51, Jul. 2023 (in Japanese) (invited)
   鈴木直也, 塚田　響, 高橋莉玖, 金　ミンソク, “市街地環境におけるミリ波帯多重波クラスタ特性の解析及び空間一貫性の評価,” 信学技報, AP2023-51, 2023年7月 (依頼講演)
9. Riku Takahashi, Anirban Ghosh, Minseok Kim, “Double-Directional Channel Measurement and Path Loss Characteristics in an Indoor Corridor Scenario at 300 GHz,” IEICE Technical Report, AP2023-50, Jul. 2023 (in Japanese) (invited)
   高橋莉玖, アニルバン ゴッシュ, 金　ミンソク, “廊下環境における300 GHz帯双方向チャネル測定および伝搬損失特性,” 信学技報, AP2023-50, 2023年7月 (依頼講演)
10. Togo Ikegami, Minseok Kim, “Development of an Antenna Switching MIMO Channel Sounder with Software Defined Radio,” IEICE Technical Report, AP2023-30, Jul. 2023 (in Japanese) (invited)
    池上十五, 金　ミンソク, “ソフトウェア無線機を用いたアンテナスイッチング方式MIMOチャネルサウンダの開発,” 信学技報, AP2023-30, 2023年7月 (依頼講演)

2022

1. Minseok Kim, Tsukada Hibiki, Riku Takahashi, Naoya Suzuki, Hino Issei, Hirokazu Sawada, Takeshi Matsumura, “Development of Sub-6 GHz Double-Directional Radio Channel Sounder and Urban Cellular Channel Measurement Results,” IEICE Technical Report, AP2022-225, Feb. 2023 (in Japanese)
   金ミンソク, 塚田響, 高橋莉玖, 鈴木直也, 日野一世, 沢田弘和, 松村　武, “Sub-6 GHz帯双角度チャネルサウンダの開発及び市街地環境におけるチャネル測定結果,” 信学技報, AP2022-225, 2023年2月
2. Kosuke Shibata, Riku Takahashi, Anirban Ghosh, Minseok Kim, “Experimental Investigation of Reflection Property of Interior Wall Materials at 300 GHz,” IEICE Technical Report, AP2022-189, Jan. 2023 (in Japanese)
   柴田航輔・高橋莉玖・ゴッシュ アニルバン・金　ミンソク, 300 GHz帯インテリア壁面材の反射特性の実験的検討, 信学技報, AP2022-189, 2023年1月
3. Hibiki Tsukada, Naoya Suzuki, Riku Takahashi, Minseok Kim, “Millimeter-Wave Statistical Channel Properties and Frequency Dependence in a Specific Urban Macrocell Environment,” IEICE Technical Report, AP2022-147, Nov. 2022 (in Japanese)
   塚田　響・鈴木直也・高橋莉玖・金　ミンソク,特定市街地マクロセル環境におけるミリ波帯チャネル統計特性および周波数依存性の考察 , 信学技報, AP2022-147, 2022年11月
4. Minseok Kim・Anirban Ghosh・Riku Takahashi・Kousuke Shibata, Indoor Multipath Cluster Channel Characteristics at 60 and 300 GHz, IEICE Technical Report, AP2022-148, Nov. 2022.
5. Riku Takahashi, Kosuke Shibata, Anirban Ghosh, Minseok Kim, “Double-Directional Channel Characteristics in a Conference Room Environment at 300 GHz,” IEICE Technical Report, AP2022-93, Oct. 2022 (in Japanese)
   高橋莉玖・柴田航輔・アニルバン ゴッシュ・金　ミンソク, 会議室環境における300 GHz帯双角度チャネル特性, 信学技報, AP2022-93, 2022年10月
6. Naoya Suzuki, Hibiki Tsukada, Riku Takahashi, Minseok Kim, “Investigation of Frequency Dependency of Multipath Clusters Through Simultaneous Channel Measurements at 24 and 60 GHz,” IEICE Technical Report, AP2022-113, Oct. 2022 (in Japanese)
   鈴木直也・塚田　響・高橋莉玖・金　ミンソク, 24 GHz及び60 GHz帯伝搬チャネル同時測定によるマルチパスクラスタの周波数依存性の考察, 信学技報, AP2022-113, 2022年10月
7. Togo Ikegami, Minseok Kim, “Development of a Passive Localization System using Distributed MIMO Sensors,” IEICE Technical Report, AP2022-127, Oct. 2022 (in Japanese)
   池上十五・金　ミンソク, 分散MIMOセンサを用いたパッシブ測位システム構築の机上検討 , 信学技報, AP2022-127, 2022年10月
8. Aniruddha Chandra・Minseok Kim・Anirban Ghosh・Jan. M. Kelner・Ales Prokes・David G. Michelson, Millimeter Wave Vehicular Communication: From Channel Sounding to Standardization, IEICE Technical Report, AP2022-53, Jul. 2022
9. Togo Ikegami, Minseok Kim, Performance Evaluation of Passive Indoor Localization Exploiting Multipath Propagation, IEICE Technical Report, AP2022-52, Jul. 2022 (in Japanese)
   池上十五・金　ミンソク, 多重波伝搬を用いたパッシブ型屋内測位法の性能評価 信学技報, AP2022-52, Jul. 2022
10. Naoya Suzuki, Hibiki Tsukada, Riku Takahashi, Minseok Kim, Scattering Processes of Millimeter Wave Multipath Clusters in Urban Macro Cellular Environments, IEICE Technical Report, AP2022-45, Jul. 2022 (in Japanese) (invited)
    鈴木直也・塚田　響・高橋莉玖・金　ミンソク,市街地マクロセル環境におけるミリ波帯多重波クラスタの発生メカニズム, 信学技報，AP2022-45, Jul. 2022 (依頼講演)
11. Hibiki Tsukada, Keiichiro Kumakura, Naoya Suzuki, Riku Takahashi, Minseok Kim, Hirokazu Sawada, Takeshi Matsumura, “Millimeter-Wave Cluster Channel Characterization in Urban Macro Celluar Access Environment,” IEICE Technical Report, AP2022-33, Jun. 2022 (in Japanese)
    塚田　響・鈴木直也・高橋莉玖・金　ミンソク, 沢田浩和, 松村武, 市街地マクロセル環境におけるミリ波帯クラスタチャネル特性, 信学技報，AP2022-33, Jun. 2022
12. Riku Takahashi, Hibiki Tsukada, Minseok Kim, “Development of Cluster Channel Model Evaluation System and Fast Fading Measurement Results,” IEICE Technical Report, AP2022-7, 2022 (in Japanese)
    高橋莉玖・塚田　響・金　ミンソク, クラスタチャネルモデルの検証システムの構築及びミリ波帯高速フェージング測定結果, IEICE Technical Report, AP2022-7, Apr. 2022

2021

1. Hibiki Tsukada, Keiichiro Kumakura, Naoya Suzuki, Riku Takahashi, Minseok Kim, Hirokazu Sawada, Takeshi Matsumura, “Development of 24- and 60-GHz Dual-Band Double-Directional Channel Sounder,” IEICE Technical Report, AP2021-158, Feb. 2022 (in Japanese)
   塚田　響・熊倉啓一朗・鈴木直也・高橋莉玖・金　ミンソク, 沢田浩和, 松村武, 24GHz及び60GHz帯デュアルバンド双角度チャネルサウンダの開発, IEICE Technical Report, AP2021-158, Feb. 17, 2022.
2. Yuto Miyake, Minseok Kim, Togo Ikegami, Keiichiro Kumakura, Tsukada Hibiki, “Experimental Investigation of Device-free Localization Using Millimeter-wave Radio System,” IEICE Technical Report, AP2021-154, Jan. 2022 (in Japanese)
   三宅祐人・金　ミンソク・池上十五・熊倉啓一朗・塚田　響, ミリ波帯無線システムを用いたデバイスフリー測位法の実験的検証, IEICE Technical Report, AP2021-154, Jan. 21, 2022.
3. Keiichiro Kumakura, Hibiki Tsukada, Shuaiqin Tang, Naoya Suzuki, Riku Takahashi, Minseok Kim, “Millimeter-Wave Propagation Process Investigation and Channel Model Parameter Extraction in Open Square Small Cell Access Environment,” IEICE Technical Report, AP2021-155, Jan. 2022 (in Japanese)
   熊倉啓一朗・塚田　響・唐　率欽・鈴木直也・高橋莉玖・金　ミンソク, “広場小セルアクセス環境におけるミリ波帯電波伝搬メカニズムの解明とチャネルモデルパラメータの抽出,” IEICE Technical Report, AP2021-155, Jan. 21, 2022.
4. Inocent Calist, Zhiqiang Li, Minseok Kim, Channel Parameter Estimation by using Environmental Features, IEICE Technical Report, AP2021-106, Nov. 2021
5. Development and Evaluation of Millimeter-Wave Cluster Channel Models, Hibiki Tsukada, Keiichiro Kumakura, Shuaiqin Tang, Minseok Kim, IEICE Technical Report, AP2021-69, Oct. 2021 (in Japanese)
   塚田　響・唐　率欽・熊倉啓一朗・金　ミンソク, ミリ波クラスタチャネルモデルの開発と評価, 信学技報 AP2021-69, 2021年10月
6. Minseok Kim, Keiichiro Kumakura, Shuaiqin Tang, Hibiki Tsukada, Multipath Cluster Characteristics in Outdoor Open Square Access Environments at 60 GHz, IEICE Technical Report, AP2021-61, Sept. 2021 (in Japanese)
   金　ミンソク・熊倉啓一朗・唐　率欽・塚田　響, 60 GHz帯屋外広場アクセス環境における多重波クラスタ特性, 信学技報 AP2021-61, 2021年9月
7. Jun-ichi Takada, Nopphon Keerativoranan, Takahiro Hayashi, Minseok Kim, Yukiko Kishiki, Wataru Okamura, Kentaro Saito, Tetsuro Imai, Miyuki Hirose, Hirokazu Sawada, Takeshi Matsumura, On the Radio Propagation Modeling for Advanced Wireless Emulator Based on Cyber Physical Fusion, IEICE Technical Report, SRW2021-23, Aug. 2021 (in Japanese) (invited)
   高田潤一・Nopphon Keerativoranan・林　高弘・金　ミンソク・吉敷由起子・岡村　航・齋藤健太郎・今井哲朗・廣瀬　幸・沢田浩和・松村　武, サイバーフィジカル融合によるワイヤレスエミュレータのための電波伝搬モデル, 信学技報 SRW2021-23, 2021年8月 (依頼講演)
8. Kensuke Matsui, Tadahide Kunitachi, Minseok Kim, In-Vehicle Channel Comparison between Ray-Tracing Simulation and Propagation Path Parameter Estimation from Experimental Measurement, IEICE Technical Report, AP2021-24, Jul. 2021 (in Japanese) (invited)
   松井研輔, 國立忠秀, 金　ミンソク, 60GHz帯における自動車内レイトレーシングシミュレーションと実測からの伝搬パラメータ推定の比較, 信学技報AP2021-24, 2021年7月 (依頼講演)
9. Hibiki Tsukada, Keiichiro Kumakura, Tang Shuaiqin, Minseok Kim, Intra-Cluster Characteristics of Millimeter-Wave Channel Models in Various Office Scenarios, IEICE Technical Report, AP2021-25, Jul. 2021 (in Japanese) (invited)
   塚田　響, 熊倉啓一朗, 唐　率欽, 金　ミンソク, 様々なオフィス環境におけるミリ波クラスタチャネルモデルのイントラクラスタ特性, 信学技報AP2021-25, 2021年7月 (依頼講演)
   
10. Keiichiro Kumakura, Shuaiqin Tang, Hibiki Tsukada, Minseok Kim, “Millimeter-Wave Propagation Channel Characteristics in Various Scenarios of Office Environment,” IEICE Technical Report, AP2021-15, May 2021 (in Japanese).
    熊倉啓一朗・唐　率欽・塚田　響・金, ミンソク, 様々なオフィスシナリオにおけるミリ波伝搬チャネル特性, 信学技報AP2021-15, 2021年5月

2020

1. Satoshi Yamakawa, Minseok Kim, Kensuke Matsui, Yuya Kaneko, Tadahide Kunitachi, “Millimeter-Wave Cluster Channel Model for Intra-Vehicle Access Links,” IEICE Technical Report, AP2020-132, Mar. 2021 (in Japanese).
   山川慧士 ・ 金　ミンソク・ 松井研輔 ・ 金子裕哉 ・ 國立忠秀, 乗用車内におけるミリ波クラスタチャネルモデル , 信学技報AP2020-132, 2021年3月
2. Masahiro Mitta, Minseok Kim, “Development of Machine Learning Based Spatiotemporal Channel Parameter Prediction,” IEICE Technical Report, AP2020-121, Feb. 2021 (in Japanese).
   三田雅大・金　ミンソク, 機械学習を用いた時空間伝搬チャネルパラメータの予測法の検討, 信学技報AP2020-121, 2021年2月
3. Hajime Shimbo, Satoshi Yamakawa, Satoru Kishimoto, Minseok Kim, “Performance Evaluation Using Millimeter-Wave Intra-Cluster Channel Model for Indoor Access Links,” IEICE Technical Report, AP2020-95, Nov. 2020 (in Japanese).
   新保　啓・山川慧士・岸本　悟・金　ミンソク, ミリ波Intra-Clusterチャネルモデルを用いた屋内伝送性能評価, 信学技報AP2020-95, 2020年11月
4. Yuto Miyake, Minseok Kim, Takeshi Tasaki, Satoshi Yamakawa, Jun-ichi Takada, “Millimeter-Wave Multi-Path Parameter Estimation using Beam-Steering Channel Sounder,” IEICE Technical Report, AP2020-38, Sept. 2020 (in Japanese).
   三宅祐人・金　ミンソク・田嵜威司・山川慧士・高田潤一, ミリ波帯無線システムを用いた環境形状イメージング法の実験的検証 , 信学技報AP2020-38, 2020年9月.
5. Keiichiro Kumakura, Shuaiqin Tang, Minseok Kim, “Millimeter-Wave Multi-Path Parameter Estimation using Beam-Steering Channel Sounder,” IEICE Technical Report, AP2020-37, Sept. 2020 (in Japanese).
   熊倉啓一朗・唐　率欽・金, ミンソク, ビームステアリング型チャネルサウンダを用いたミリ波帯伝搬チャネルパラメータ推定, 信学技報AP2020-37, 2020年9月.  
6. Keiichiro Kumakura, Shuaiqin Tang, Minseok Kim, “Development of Beam-Steering Based Millimeter-Wave Double-Directional Channel Sounder and Multi-Path Estimation Measurement,” IEICE Technical Report, AP2020-20, Jul. 2020 (in Japanese) .
   熊倉啓一朗・唐率欽・金ミンソク, ビームステアリング型ミリ波帯双角度チャネルサウンダの構築と到来波推定, 信学技報AP2020-20, 2020年7月.

2019

1. Shuaiqin Tang, Keiichiro Kumakura, Hideaki Momose, Minseok Kim, “Millimeter-Wave Radio Channel Sounder using Analog Beamformers,” IEICE Technical Report, SRW2019-62, Mar. 2020.
   
2. Yuto Miyake, Minseok Kim, Jun-ichi Takada, “Multi-path Identification based on Environmental Imaging Technique using Millimeter-wave Radio Systems,” IEICE Technical Report, SRW2019-63, Mar. 2020 (in Japanese)
   三宅祐人，金ミンソク，高田潤一，“ミリ波帯無線通信システムを用いた環境形状イメージングによる反射経路同定法,” 信学技報, vol. 119, no. 450, SRW2019-63, pp. 21-26, 2020 年3 月.
3. Masahiro Mitta, Minseok Kim, “Wearable Body Motion Classification System using Low-Cost Wireless Sensor Network,” IEICE Technical Report, RISING 2019, Nov. 2019 (in Japanese) (invited).
   三田雅大・金　ミンソク, 安価な無線センサーネットワークを用いたウェアラブル人体動作同定システム, 信学技報, RISNG2019, 2019年11月 (依頼講演)
4. Minseok Kim, Satoru Kishimoto, Keita Akasaka, “Measurement of Diffused Scattering on Rough-Surface Walls and Intra-Cluster Modeling at Millimeter-Wave band,” IEICE Technical Report, AP2019-136, Nov. 2019 (invited).
   金 ミンソク, 岸本 悟, 赤坂 啓太, ミリ波帯における粗い壁面による拡散散乱の測定とイントラクラスタモデル, 信学技報, AP2019-136, 2019年11月 (依頼講演)
5. Satoru Kishimoto, Satoshi Yamakawa, Minseok Kim, “Development of Radio Propagation Channel Model for Millimeter-Wave Indoor Multi-Gigabit Access Links,” IEICE Technical Report, AP2019-34, Jul. 2019 (in Japanese) (invited).
   岸本　悟・山川慧士・金　ミンソク, ミリ波帯屋内超高速無線アクセス回線における電波伝搬路モデルの開発, 信学技報, AP2019-34, 2019年7月 (依頼講演)
6. Takeshi Tasaki, Satoshi Yamakawa, Minseok Kim, “Experimental Evaluation of Millimeter-wave Multi-path Radio Tomographic Imaging (RTI) via Indoor Channel Measurements,” IEICE Technical Report, AP2019-26, Jul. 2019 (in Japanese) (invited).
   田嵜威司・山川　慧・金　ミンソク, ミリ波帯屋内電波伝搬実験による多重波トモグラフィーイメージング（RTI）法の検証, 信学技報, AP2019-26, 2019年7月 (依頼講演)
7. Hideaki Momose, Satoru Yasukawa, Minseok Kim, “Development of MIMO Channel Sounder using Commercial Off-The-Shelf Wireless LANs,” IEICE Technical Report, AP2019-25, Jul. 2019 (in Japanese).
   百瀬 秀亮, 安川 悟, 金 ミンソク, 市販の無線LANを用いたMIMOチャネルサウンダの構築, 信学技報, AP2019-25, 2019年7月
   
8. Yuki Ichikawa, Masahiro Mitta, Minseok Kim, “Development of Real-time Body Motion Identification System using Radio Channel Characteristics in Wireless BAN” IEICE Technical Report, MICT2019-7, May 2019 (in Japanese).

2018

1. Yuki Ichikawa, Minseok Kim, “Investigation of Feature Reduction for Body Motion Identification using Radio Channel Characteristics in Wireless BAN” IEICE Technical Report, MICT2018-4, May 2018.

2017

1. Hiroaki Magara, Minseok Kim, “Monitoring of Heart and Respiration Rates Using Millimeter Wave Propagation Channel Responses” IEICE Technical Report, MICT2017-55, Mar. 2018.
   
2. Minseok Kim, Tatsuki Iwata, Shigenobu Sasaki, Jun-ichi Takada, “Millimeter Wave Indoor Channel Characterization using High Resolution Multipath Parameter Estimation” IEICE Technical Report, SRW2017-82, Mar. 2018 (invited).

2016

1. Takanobu Nishiyama, Shigenobu Sasaki, Minseok Kim, “ Impact of Phase Noise in Multidimensional TCM/OFDM Wireless Communications ,” IEICE Technical Report, SRW2016-69, Mar. 2017 (in Japanese).
   
2. Kento Umeki, Minseok Kim, Shigenobu Sasaki, “Mm-Wave Channel Model Considering Surrounding Wall Reflection For Outdoor Open Area Access Environments,” IEICE Technical Report, SRW2016-97, Mar. 2017 (in Japanese).
   
3. Yuki Ichikawa, Minseok Kim, “An Investigation of Body Motion Identification Method using Radio Channel Characteristics for BAN Context-Aware Communications,” IEICE Technical Report, MICT2016-74, Jan. 2017 (in Japanese).
4. Takuto Kurose, Tatsuki Iwata, Kurokawa Yusuke, Minseok Kim, Shigenobu Sasaki, “Developement of Channel Sounder at 2.4 GHz using Software Radio Periperal,” IEICE Technical Report, SR2016-64, Oct. 2016 (in Japanese).
5. Takeshi Yamasuge, Shigenobu Sasaki, Minseok Kim, “A Study on Signal Level Estimation for Spectrum Sensing in Cognitive Radio,” IEICE Technical Report, SRW2016-33, Aug. 2016 (in Japanese).
6. Tianyang Min, Kentaro Saito, Jun-ichi Takada, Minseok Kim, “Channel Sounding in 2.4GHz and 60GHz band for Multi-band Wireless LAN System,” IEICE Technical Report, SRW2016-39, Aug. 2016.
7. Tatsuki Iwata, Minseok Kim, Kento Umeki, Karma Wangchuk, Jun-ichi Takada, and Shigenobu Sasaki, “Investigation of the Mm-Wave Propagation Mechanism in an Outdoor Access Environment,” IEICE Technical Report, AP2016-66, Jul. 2016 (Japanese).
8. Kentaro Saito, Jun-ichi Takada, and Minseok Kim, “11GHz-band MIMO Channel Propagation Parameters Characteristics in an Outdoor Street Micro-Cell Environment,” IEICE Technical Report, AP2016-65, Jul. 2016 (Japanese).
9. Minseok Kim, Shigenobu Sasaki, “Trend of Channel Model Development for High-frequency Use and IEEE802.11ay Channel Model” IEICE Technical Report, SRW2016-26, Jun. 2016 (invited).

2015

1. Panawit Hanpinitsak, Kentaro Saito, Junichi Takada, Minseok Kim, Lawrence Materum, “Novel Geometry-based Multipath Clustering and Cluster Tracking for Double Directional Channel Modeling” The 602nd URSI-F Meeting, Mar. 2016.
   
2. Kento Umeki, Tatsuki Iwata, Minseok Kim, Karma Wangchuk, Jun-ichi Takada, Shigenobu Sasaki, “Mm-Wave Channel Characteristics For Outdoor Open Area Access Environments,” IEICE Technical Report, SRW2015-54, Mar. 2016 (Japanese).
   
3. Hiroaki Nishimaki, Shigenobu Sasaki, Minseok Kim, Ioannis Krikidis, “A study on relay transmission system was introduced the Energy Harvesting,” IEICE Technical Report, SRW2015-92, Mar. 2016 (Japanese).
   
4. Takeshi Yamasuge, Shigenobu Sasaki, Minseok Kim, “A study on low-level signal estimation in the spectrum sensing,” IEICE Technical Report, SR2015-109, Mar. 2016 (Japanese).
5. Minseok Kim, Jun-ichi Takada, Satoshi Suyama, “Stochastic Channel Model for Residential Microcellular Environements at 11GHz,” IEICE Technical Report, AP2015-130, Nov. 2015 (invited).
6. Kentaro Saito, Jun-ichi Takada, Minseok Kim, “Characteristics Evaluation of Dense Multipath Component in 11GHz-band Indoor Environment,” IEICE Technical Report, AP2015-138, Nov. 2015 (Japanese) (invited).
7. Karma Wangchuk, Minseok Kim, Kento Umeki, Tatsuki Iwata, Kentaro Saito, Jun-ichi Takada, “Directional Characteristics of Millimeter Wave Propagation Channel in Outdoor Urban Picocell,” IEICE Technical Report, AP2015-238, Nov. 2015 (invited).
8. Takuto Uchida, Shigenobu Sasaki, Minseok Kim, “USRP prototyping of Multidimensional TCM/OFDM Communication Systems,” IEICE Technical Report, SR2015-54, Oct. 2015.
9. Shigenobu Sasaki, Ryota Hoshino, Minseok Kim, “Performance of Spectrum Management in Wireless LAN over White Space,” IEICE Technical Report, SR2015-42, Jul. 2015.
10. Minseok Kim, Kento Umeki, Karma Wangchuk, Jun-ichi Takada, Shigenobu Sasaki, “Polarimetric Mm-Wave Channel Measurement and Characterization in a Small Cell Office Environment,” IEICE Technical Report, SR2015-20, Jul. 2015.
11. Takuto Uchida, Shigenobu Sasaki, Minseok Kim, “Performance of Multidimensional TCM/OFDM in the IEEE 802.22 WRAN,” IEICE Technical Report, SRW2015-8, Jun. 2015.

2014

1. Karma Wangchuk, Pham Kinh Hung, Minseok Kim, Jun-ichi Takada, “mmWave Channel Sounding for Future Heterogeneous Cellular Networks -System development and preliminary measurement analysis-,” IEICE Technical Report, SRW2014-52, Mar. 2015.
   
2. Tianyang Min, Minseok Kim, Junichi Takada, “Development of Channel Sounder using GNU Radio/USRP: Timing Synchronization and Phase Alignment,” IEICE Technical Report, SR2014131, Mar. 2015.
3. Shizhi Zhang, Minseok Kim, Jun-ichi Takada, “11 GHz Indoor MIMO Channel Parameter Estimation Using Gradient Method,” IEICE Technical Report, MW2014-162, Dec. 2014.
4. Minseok Kim, Jun-ichi Takada, Jiyun Shen, Yasuhiro Oda, Satoshi Suyama, “11GHz Directional Wideband Channel Measurements in Residential Microcellular Environments,” IEICE Technical Report, AP2014-71, Nov. 2014 (invited).
5. Yang Miao, Jun-ichi Takada, Haneda Katsuyuki, Minseok Kim, “Antenna de-embedding and antenna-channel recombination of MIMO system: feasibility investigation in spherical wave domain,” IEICE Technical Report, AP2014-71, Jul. 2014.
6. Minseok Kim, Jun-ichi Takada, Yuyuan Chang, Jiyun Shen, Yasuhiro Oda, “Characteristics of Urban Cellular Radio Channels at 11 GHz,” IEICE Technical Report, AP2014-50, Jul. 2014.
7. Sho Kobayashi, Minseok Kim, and Jun-ichi Takada, “Evaluation of Diversity Effect of UWB BAN Coordinator in Indoor Environment,” IEICE Technical Report, MICT2014-13, May 2014.
8. Karma Wangchuk, Minseok Kim, and Jun-ichi Takada, “Cooperative Relaying and Outage Performance in Narrowband Wireless Body Area Network,” IEICE Technical Report, MICT2014-1, May 2014.
9. TianYang Min, Minseok Kim, and Jun-ichi Takada, “Development of MIMO Channel Sounder using GNU Radio/USRP,” IEICE Technical Report, SR2014-8, May 2014.

2013

1. Khagendra Belbase, Minseok Kim, and Jun-ichi Takada, “Comparative Study of Measurement and Simulation to Identify the Dominant Propagation Mechanisms in Indoor Multipath Channels at 11 GHz,” URSI-F Japanese Committee Meeting, no. 583, Mar. 2014.
   
2. Van Hue Pham, Minseok Kim, and Jun-ichi Takada, “Cluster-Based Indoor Radio Channel Characterization at 11GHz,” IEICE Technical Report, AP2013-200, Mar. 2014.
   
3. Minseok Kim, and Jun-ichi Takada, “Polarimetric Path Gain Calculation Using Uniform Circular Arrays with Directional Antenna Elements in Multipath Environments,” IEICE Technical Report, AP2013-166, Jan. 2014.
4. Rieko Tsuji, Minseok Kim, and Jun-ichi Takada, “Identification of non-specular scattering objects and mechanisms in microcelluar environments at 11 GHz,” IEICE Technical Report, MW2013159, pp. 47-52, Dec. 2013.
5. Yang Miao, Katsuyuki Haneda, Minseok Kim, and Jun-ichi Takada, “A statistical model for double directional channel model in spherical wave domain,” URSI-F Japanese Committee Meeting, no. 580, Dec. 2013.
6. Sho Kobayashi, Minseok Kim, and Jun-ichi Takada, “Investigation of Diversity Gain of BAN Coordinator with Multiple Antennas,” IEICE Technical Committee Meeting on Medical ICT, Nov. 2013.
7. Sho Kobayashi, Minseok Kim, and Jun-ichi Takada, “Development of measurement system for Body Area Network by UWB,” IEICE Technical Report, MICT2013-19, Jul. 2013.
8. Yuyuan Chang, Van Hue Pham, Minseok Kim, Jiyun Shen, Yasuhiro Oda, and Jun-ichi Takada, “Results of Field Measurement with Wideband MIMO Sounder at 11 GHz for Macrocell Environments,” IEICE Technical Report, RCS2013-2, pp.7-12, Apr. 2013.

2012

1. Yuyuan Chang, Yohei Konishi, Minseok Kim, Jiyun Shen, Yasuhiro Oda, and Jun-ichi Takada, “Analysis of Field Measurement with Wideband MIMO Sounder at 11 GHz Frequency,” IEICE Technical Report, AP2012-153, pp. 167-172, Jan. 2013.
2. Karma Wangchu, Minseok Kim, and Jun-ichi Takada, “On-body Multilink Radio Channel Measurement for Cooperative Transmission,” IEICE Technical Report, MICT2012-12, Nagoya, Oct. 2012.
3. Sho Kobayashi, Minseok Kim, and Jun-ichi Takada, “Development of measurement system for Body Area Network by UWB,” IEICE Technical Report, MW2012-111, Utsunomiya, Oct. 2012.
4. Jun-ichi Naganawa, Minseok Kim, and Jun-ichi Takada, “Path Loss Simulation for Body Area Network using FDTD Method,” IEICE Technical Report, MW2012-110, Utsunomiya, Oct. 2012.
5. Yanran Liu, Minseok Kim, Jun-ichi Takada, Takahiro Kishi, Junko Suzuki, and Satoshi Suzuki, “Contact-less Heartbeat Detection Technique by using Microwave,” IEICE Technical Report, MICT2012-3, Tokyo, Jun. 2012.
6. Jun-ichi Naganawa, Minseok Kim, Jun-ichi Takada, “Development of BAN Simulation Environment using FDTD method on multi-GPUs,” IEICE Technical Report, MICT2012-5, Tokyo, Jun. 2012.
7. Yohei Konishi, Yuyuan Chang, Minseok Kim, Yuta Maruichi, Pham Hue Van, and Jun-ichi Takada, “Multi-link Indoor MIMO Measurements at 11 GHz using Scalable Wideband Channel Sounder,” IEICE Technical Report, vol. 112, no. 132, RCS2012-90, pp. 91-95, July 2012.
8. Minseok Kim, Yuta Maruichi, Jun-ichi Takada, “Frequency-dependent I/Q Imbalance Compensation for Wideband Quadrature Modulator using Sub-band Circuit Parameter Estimation,” IEICE Technical Report, SR2012-2, Yokohama, May 2012.
9. Minseok Kim, Yohei Konishi, Yuyuan Chang, Jun-ichi Takada, “Development of Wideband Scalable 24×24 MIMO Channel Sounder at 11 GHz,” IEICE Technical Report, RCS2012-28, Tokyo, May 2012.

2011

1. Yuta Maruichi, Yohei Konishi, Minseok Kim, Jun-ichi Takada, “Wideband IQ Imbalance Compensation Technique for Quadrature Modulator,” IEICE Technical Report, MW2011-110, Tokyo, Oct. 2011.
2. Azril Haniz, Md. Abdur Rahman, Minseok Kim and Jun-ichi Takada, “Automatic Modulation Classification Based on Cyclostationarity for Software Radios,” IEICE Technical Report, SR201139, Yokosuka, Jul. 2011.
3. Yohei Konishi, Pham Hue Van, Yuta Maruichi, Minseok Kim, Mir Ghoraishi, Jun-ichi Takada, “11GHz MIMO Channel Sounder using Software Radio Architecture,” IEICE Technical Report, SR2011-28, Yokosuka, Jul. 2011.

2010

1. Yohei Konishi, Minseok Kim, Mir Ghoraishi, Junichi Takada, Satoshi Suyama, Hiroshi Suzuki, “Channel Sounding Technique using Software Defined Radio Architecture,” IEICE Technical Report, SR2010-100, Yokohama, Mar. 2011.
   
2. Takahiro Aoyagi, Minseok Kim, Jun-ichi Takada, Kiyoshi Hamaguchi, Ryuji Kohno, “Numerical Simulations for Wearable BAN Propagation Channel during Various Human Movements and Diversity Strategy,” IEICE Technical Report, MICT2010-21, Yokohama, Jan. 2011.
   
3. Iswandi, Minseok Kim, Jun-ichi Takada, Takahiro Aoyagi, “Simulation of Dynamic BAN Channel for Navel to Arm Links Based on Antenna Motion,” IEICE Technical Report, MICT2010-22, Yokohama, Jan. 2011.
4. Md. Abdur Rahman, Azril Haniz, Santosh Khadka, Iswandi, Mutsawashe Gahadza, Minseok Kim and Jun-ichi Takada, “Design and Implementation of Emergency Radio Information Sistem,” IEICE Technical Report, SR2010-34, Kyoto, Jul. 2010.
5. Minseok Kim, “Prototyping and Evaluation of Software Defined Radio using GNU Radio-USRP,” IEICE Technical Report, SR2010-25, Kyoto, Jul. 2010 (invited panel discussion).
6. Iswandi, Minseok Kim, Jun-ichi Takada, “Analysis of Antenna Motion Dependency on BAN Channels,” IEICE Technical Report, IEICE Technical Report, MICT2010-7, Osaka, Apr. 2010.

Before 2010

1. Kenji Nakai, Jun-ichi Takada, Minseok Kim, Dashti Marzieh, Tommi Laitinen, “Double-directional channel representation by use of vector spherical harmonics,” IEICE Technical Report, MW2009198, Kyoto, Mar. 2010.
   
2. Minseok Kim and Jun-ichi Takada, “Spectrum Sensing Techniques for Cognitive Radios,” IEICE Technical Report, SR2009-92, Yokosuka, Mar. 2010 (invited).
   
3. Yuuki Terao, Minseok Kim, Iswandi and Jun-ichi Takada, “On antenna de-embedding in BAN channels Measurement of reflection coefficient and radiation pattern of on-body antenna,” IEICE Technical Report, MICT2009-27, Kyushu, Jan. 2010 (in Japanese).
   
4. Iswandi, Minseok Kim, Yuuki Terao and Jun-ichi Takada, “Three Dimensional Motion Analysis of Antennas on Body for BAN Channel Modeling,” IEICE Technical Report, MICT2009-26, Kyusyu, Japan, Jan. 2010.
5. Md. Abdur Rahman, Santosh Khadka, Iswandi, Mutsawashe Gahadza, Azril Haniz, Minseok Kim and Jun-ichi Takada, “Development of Spectrum Sensing System with GNU Radio and USRP to Detect Emergency Radios,” IEICE Technical Report, SR2009-57, Sendai, Oct. 2009.
6. Design Using SPT Terms and Its Application to Implementing SDR Receivers,” IEICE Technical Report, SR2009-31, Tokyo, Jul. 2009 (in Japanese).
7. Choonghoon Bae, Takayuki Moteki, Minseok Kim, Koichi Ichige, Hiroyuki Arai, “FIR Filter Design Using SPT Terms and Its Application to Implementing SDR Receivers,” IEICE Technical Report, SR2009-31, Tokyo, Jul. 2009 (in Japanese).
8. Md. Abdur Rahman, Santosh Khadka, Iswandi, Mutsawashe Gahadza, Azril Haniz, Minseok Kim and Jun-ichi Takada, “Design and implementation of a Cognitive Radio Based Emergency Sensor Network in Disaster Area,” IEICE Technical Report, SR2009-27, Tokyo, Jul. 2009.
9. Minseok Kim, Jun-ichi Naganawa, Jun-ichi Takada, “Multichannel Spectrum Sensing using Polyphase DFT Filter Bank for Opportunistic Cognitive Radios,” IEICE Technical Report, SR2009-19, Niigata, May 2009 (invited).
10. Choonghoon Bae, Takayuki Moteki, Minseok Kim, Koichi Ichige, Hiroyuki Arai, “SPT TermBased Digital Filter Implementation Technique and Its Application to Software Defined Radio,” IEICE Technical Report, SIP2008-201, Kifu, Mar. 2009 (in Japanese).
11. Jun-ichi Naganawa, Minseok Kim, Jun-ichi Takada, “Spectrum Sensing Technique using polyphase DFT Filter Bank for Cognitive Radios,” IEICE Technical Report, SR2008-101, Yokosuka, Mar. 2009.
12. Mutsawashe Gahadha, Minseok Kim, Jun-ichi Takada, “Implementation of a Channel Sounder using GNURadio Opensource SDR Platform,” IEICE Technical Report, SR2008-94, Yokosuka, Mar. 2009.
13. Yuuki Terao, Minseok Kim and Jun-ichi Takada, “Dynamic BAN Channel Measurement using Network Analyzer in UHF,” IEICE Technical Report, MICT2009-8, Tokyo, Apr. 2009 (in Japanese).
14. Yuuki Terao, Minseok Kim and Jun-ichi Takada, “Dynamic BAN Channel Measurement using Network Analyzer in UHF,” IEICE Technical Report, MW2008-190, Tokyo, Feb. 2009 (in Japanese).
15. Sabita Maharjan, Minseok Kim, Jun-ichi Takada, “Practical Detection Issues of Spectrum Sensing for Cognitive Radio System,” IEICE Technical Report, SR2008-85, Kyoto, Jan. 2009.
16. Minseok Kim, Yuuki Terao, Jun-ichi Takada, “Statistical Property of Path Gain in Dynamic BAN Channel,” IEICE Technical Report, MICT2008-19, Kyoto, Jan. 2009.
17. Kimtho Po, Minseok Kim, Jun-ichi Takada, “Study on Energy Detector with Diversity Receptions,” IEICE Technical Report, SR2008-65, Okinawa, Oct. 2008.
18. Minseok Kim, Raku Ryo, Kimtho Po, Sabita Maharjan, Jun-ichi Takada, “Development of Spectrum Sensing Evaluation System,” IEICE Technical Report, SR2008-35, NICT, Koganei, Tokyo, Jul. 2008.
19. Kimtho Po, Jun-ichi Takada, Minseok Kim, “Performance Evaluation of a Cooperative Sensing based on Energy and Cyclic Detection,” IEICE Technical Report, SR2008-5, Yokohama National Univ., JAPAN, May 2008.
20. Minseok Kim, Hiroyuki Arai, “Low-profile Loop-element Inverted-F Wire Antenna for Dualmode Operation,” IEICE Technical Report, AP2007-154 , Okinawa, JAPAN, Jan. 2008.
21. Takayuki Moteki, Minseok Kim, Koichi Ichige, Hiroyuki Arai, “Almost Fully Digital Receiver Implementation using Direct RF-to-Digital Conversion,” The 21st Workshop on Circuits and Systems in Karuizawa, Nagano, JAPAN, Apr. 2008 (in Japanese).
22. Minseok Kim, Jun-ichi Takada, Tetsuo Ando and Ryuji Soma, “Development of Real-Time Propagation Measurement System for Electric Toll Collecting System,” IEICE Technical Report, SR2007-82, Nagano, JAPAN, Jan. 2008 (in Japanese).
23. Kimtho Po, Jun-ichi Takada, Minseok Kim, “Performance Evaluation of Cyclic Detector in Cognitive Radio,” IEICE Technical Report, SR2007-53, Hiroshima international univ., JAPAN, Nov. 2007.
24. Takayuki Moteki, Minseok Kim, Koichi Ichige, Hiroyuki Arai, “Fully Digital Receiver Implementation using Direct RF-to-Digital Conversion,” IEICE Technical Report, SR2007-30, YRP, JAPAN, July 2007.
25. Hirokazu Oba, Minseok Kim, Ryotaro Tamaki and Hiroyuki Arai, “Adaptive Impedance Matching System using FPGA Processor of Efficient Control Algorithm,” IEICE Technical Report, AP2006149, Taoyuan, Taiwan, Mar. 2007.
26. Yoshiaki Yokoyama, Minseok Kim and Hiroyuki Arai, “Performance comparison of LMS, RLS and QRD-RLS algorithm by FPGA Implementation,” IEICE Technical Report, AP2006-51, Hiroshima, JAPAN, July 2006.
27. Minseok Kim, Koichi Ichige and Hiroyuki Arai, “16-element DOA estimation system,” IEICE Technical Report, SR2005-43, YRP, JAPAN, July 2005.
28. Minseok Kim, Koichi Ichige and Hiroyuki Arai, “Performance Evaluation of fast DOA Estimator and DOA-based Beamforming,” IEICE Technical Report, AP2004-18, Iwate Univ., JAPAN, May 2004 (in Japanese).
29. Naoya Matsumoto, Minseok Kim, Koichi Ichige and Hiroyuki Arai “FPGA Implementation of MMSE Adaptive Array Antenna using RLS algorithm,” IEICE Technical Report, AP2003-210, Kanazawa Univ., JAPAN, June 2003 (in Japanese).
30. Shintaro Muramatsu, Minseok Kim, Koichi Ichige and Hiroyuki Arai, “A Prototype Transmitter Using FPGA and Adaptive Antenna Array for High-Speed Mobile Communication System,” IEICE Technical Report, Wireless Communication Workshop, AP2003-14, YRP, JAPAN, Mar. 2003.
31. Minseok Kim, Koichi Ichige, Hiroyuki Arai and Koichi Tsunekawa,”Adaptive Array Antenna Experimental System based on FPGAs and its evaluation through implementation of MRC beamformer,” IEICE Technical Report, AP2002-38, Tokyo, JAPAN, June. 2002.
32. Minseok Kim, Koichi Ichige and Hiroyuki Arai, “FPGA-Based DSP Implementation of Simple MRC Digital Beamforming Antenna,” IEICE Technical Report, AP2001-49, Kitami Institute of Technology, Hokkaido, JAPAN, Jul. 2001.