シン ジュンピル

シン ジュンピル SHIN Jungpil

縮娩

侭奉
コンピュ`タ尖垢僥親/秤鵐轡好謄猾Р翠T
縮娩
E-Mail
jpshin@u-aizu.ac.jp
Webサイト
http://www.u-aizu.ac.jp/~jpshin

縮圄

毅輝親朕 - 寄僥
プログラミングC, プログラミングJAVA, 繁垢岑嬬
毅輝親朕 - 寄僥垪
Human Action Pattern Processing

冩梢

冩梢蛍勸
岑秤I尖
ヒュ`マンインタフェ`ス式びインタラクション
岑嬬秤麪
パタ`ンJR, 猟忖JR, 鮫I尖, コンピュ`タビジョン, ヒュ`マン?コンピュ`タ?インタラクション, C亠僥, 舞U鴫纂蛍裂
待s
1999定3埖 湘巒寄僥寄僥垪システム秤鷽苫а仂真鳶涸烹鴬平┨ぱВ 1999定4埖 木鴬氏嗄老寄愈_木鴬氏忽縞嚔赤-和墮|郊利 彈縮娩 2004定4埖 貧彈縮娩 2019定10埖 縮娩
F壓の冩梢n}
Human computer interaction, Non-touch interface, Human gesture recognition, Automatic control, Parkinson¨s disease diagnosis, ADHD diagnosis, User authentication, Machine intelligence, Handwriting analysis, recognition and synthesis.
冩梢坪否キ`ワ`ド
Machine learning, Artificial intelligence, Human computer interaction, Gesture recognition, Pen-based interaction system, Real-time system, Handwriting recognition, Neurological disease analysis
侭奉僥氏
IEEE (Senior member), ACM, IEICE, KISS, KIPS

パ`ソナルデ`タ

箸龍
Photograph, Tour
徨工r旗の
Artist
これからの朕
World Tour
恙嘔の
Do you see a man skilled in his work? He will stand before kings; He will not stand before obscure men. (Proverbs22:29)
柎i
"The Wisdom of the Enneagram: The Complete Guide to Psychological and Spiritual Growth for the Nine Personality," Don Richard Riso, Russ Hudson. "Guns, Germs and Steel: A Short History of Everybody for the Last 13,000 Years" Jared Diamond
僥伏へのメッセ`ジ
What should you do at the university? 1. Learn the way how to think (Knowledge and Wisdom). 2. Establish the point of view. 3. Prepare for your occupation.
その麿
Enneagram Leader Certification (9 types of Personality)

麼な冩梢

y議返隈を喘いて繁のPEを庁Mした猟忖を伏撹する返隈

云k苧は、サンプルとして繁がいた}方の猟忖からその蒙罿鮟y議に渇竃することにより、PEの來を笋┐弔帖?の猟忖を返でくHの謹來まで紗龍した猟忖を、謹方伏撹することが辛嬬な猟忖伏撹プログラムを戻工します。

書までの冩梢では參和のような慌宥の}泣渊腟磽がありました。
?の猟忖を返でくHの謹來を、1つのモデルで燕Fできない
圻云のPEの來をS隔しながら、謹な返き猟忖を伏撹する室gについては念箭がない

云k苧により和の泣が辛嬬となります。
? ?の猟忖を返でくHの謹來を1つのモデルで燕Fすることができる
? 富方の圻云猟忖デ`タから、返きの謹來を笋┐仁鍔屬鯢撹することができる
? 圻云PEの來をS隔しながら、謹方の返き猟忖を伏撹することができる

この冩梢をる

パタ`ンJR、ヒュ`マン?コンピュ`タ`?インタラクション、コンピュ`タビジョン, 鮫I尖, Machine Intelligence,

パタ`ンJR、鮫I尖、コンピュ`タビジョンのアルゴリズムやアプリケ`ションの_kを佩っています。除定ペンタブレット?KINECT?Leap Motionを喘いた猟忖JR?ジェスチャ`JR?P宀J^、返きフォント伏撹、P宀J^、俸兆J^、谷Pのシミュレ`ション、鮫碧などの冩梢を佩っています。

この冩梢をる

}方のカメラによる啌颪痢犬弔覆々 ゛レい腎gでも徭嘛頚Eが辛嬬に゛

Oカメラによる徭嘛頚Eの}泣
Oカメラでは繁gまたは麗悶の咾をOするのが児云議なC嬬であるが、Oされた繁gが啌颪琳个任匹里茲Δ塀U揃で卞咾靴討い襪を委燐することは砿尖宀の碧並として火されている。

}方カメラの啌颪痢犬弔覆々がn}
レい腎gを謹方のOカメラで蛍護Oする栽、Oカメラでとられた繁の卞喀U揃を委燐することはカメラgの啌颪痢犬弔覆々と冱う是yな}を宇えている。朕により砿尖するシステムではカメラの岬方の渊隋rgの崙泙燐n}が育う。

}方カメラによるレ譴臨嘛頚E
? パタ`ンのJRによる卞嗅紊臨Re
? 卞嗅紊臨嘛頚E
? なる了崔から謹方のカメラで顔唹される啌颪らO鵑臨頚Eの徭啝かつ互來嬬晒を朕議にする。

この冩梢をる

麼な广?猟

[1] J. Shin, H. Sakoe, "Stroke Correspondence Search Method for Stroke-Order and Stroke-Number Free On-Line Character Recognition --- Multilayer Cube Search,'' The Institute of Electronics, Information and Communication Engineers (IEICE) Trans. Inf. & Syst. [SCI], vol. J82-D-II, No. 2, pp. 230-239, Feb. 1999.

[2] J. Shin, M. M. Ali, Y. Katayama, H. Sakoe, "Stroke Order Free On-line Character Recognition Algorithm using Inter-Stroke Information,'' The Institute of Electronics, Information and Communication Engineers (IEICE) Trans. Inf. & Syst. [SCI], vol. J82-D-II, No. 3, pp. 382-389, Mar. 1999.

[3] J. Shin, "Optimal Stroke-Correspondence Search Method for On-Line Character Recognition," Pattern Recognition Letters (Elsevier Science) [SCI], Vol. 23, pp. 601-608, 2002.

[4] J. Shin, "Stroke Order- and Number-Free On-Line Character Recognition Using Intra- and Inter-Stroke Information," International Journal of Knowledge-Based Intelligent Engineering Systems, Vol.6, No. 2, pp. 72-79, April, 2002.

[5] J. Shin, "On-Line Cursive Hangul Recognition that Uses DP Matching To Detect Key Segmentation Points," The Journal of the Pattern Recognition Society (Elsevier Science) [SCI], Vol.37, No. 11, pp. 2101-2112, Nov., 2004.

[6] J. Shin, K. Suzuki, A. Hasegawa, "Handwritten Chinese Character Font Generation Based on Stroke Correspondence," International Journal of Computer Processing of Oriental Languages [SCI], Vol. 18, No. 3, pp. 211-226, Sept. 2005 (Awarded a best paper from 2004 Conference on Chinese Language Computing.).

[7] W. Chang, J. Shin, "Dynamic Positional Warping: Dynamic Time Warping for Online Handwriting," International Journal of Pattern Recognition and Artificial Intelligence (IJPRAI) [SCI], Vol.23, No.5, pp. 967-986, July. 2009.

[8] W. Chang, J. Shin, "A Statistical Handwriting Model for Style-Preserving and Variable Character Synthesis," International Journal of Document Analysis and Recognition (IJDAR) [SCI], Vol. 15, No.1, pp. 1-19, March. 2012.

[9] J. Shin, T. Okuyama, "Detection of Alcohol Intoxicated via Online handwritten Signature," Pattern Recognition Letters [SCI], Vol. 35, pp. 101-104, Jan. 2014,

[10] H. Liao, C. Lu, J. Shin, "The incorporation of GPS and IP Cameras for People Tracking," GPS Solutions [SCI], Vol 16, Issue 4, pp. 425-437, 2012.

[11] T. Murata, J. Shin, ^Hand Gesture and Character Recognition Based on Kinect Sensor, ̄International Journal of Distributed Sensor Networks [SCI], Vol. 2014, Article ID 278460, July 2014.?

[12] C. Chen, J. Shin, W. Tsaur, C. Gong, L. Zhao, "A SaaS-Model-Based Approach to an Environment Monitoring System," Journal of Internet Technology, (ISSN 1607-9264), [SCI], Vol. 18, No. 2, pp. 347-359, Mar. 2017.?

[13] J. Shin, K. Maruyama, C. Kim, "Signature Verification Based on Inter-Stroke and Intra-Stroke Information", ACM Applied Computing Review (SIGAPP), Vol. 17, No. 1, pp. 26-34, March, 2017.?

[14] H. Mun, S. Hong, J. Shin, "A Novel Secure and Efficient Hash Function with Extra Padding against Rainbow Table Attacks", Cluster Computing (Springer) [SCI], pp. 1-13, May, 2017.?

[15] S. Jan, Y. Lee, J. Shin, I. Koo, "Sensor Fault Classification Based on Support Vector Machine and Statistical Time-Domain Features," IEEE Access [SCI], Vol. 5, pp. 8682-8690, May, 2017. Impact factor : 4.098.?

[16] J. Shin, C. Kim, "Non-touch Character Input System Based on Hand Tapping Gestures Using Kinect Sensor", IEEE Access [SCI], Vol. 5, pp. 10496-10505, May, 2017. Impact factor : 4.098.?

[17] C. Chen, J. Shin, Y. Tsai, A. Castiglione, F.o Palmieri,^Securing information exchange in VANETs by using pairing-based cryptography," the International Journal of Foundations of Computer Science [SCI], June, 2017.