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31 |
Jeong-Sun Kim and Hyung-Min Park, “A Study on the Steered-Response-Power Maps for Multiple Sound Source Localization,” Proc. Conference of the Brain Engineering Society of Korea, Feb. 2017. |
|
30 |
Jun-Min Lee, Seo-Young Lee and Hyung-Min Park, “Robust Speech Recognition Based on Dereverberation and Beamforming for Real-Recorded Data,” Proc. Conference of the Brain Engineering Society of Korea, Feb. 2017. |
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29 |
Beomjeong Kim, Junmin Lee, Junhyung Kim, Seoyoung Lee, Jun-Hak Bang and Hyung-Min Park, “Assessment of a Multi-channel Speech Enhancement Method Using Beamforming and Post-filtering in Real Indoor Environments,” Proc. Conference of the Korean Society of Speech Sciences, Nov. 2016. |
|
28 |
Haeyong Kwon and Hyung-Min Park, “CUDA Implementation of a Sound Source Localization Algorithm Based on SRP-PHAT,” Proc. Conference of the Acoustical Society of Korea, Aug. 2016. |
|
27 |
Jeong-Han Lee, Ji-Won Cho and Hyung-Min Park, “A Speech Enhancement Method Using Wiener Filters Based on Auditory Scene Analysis,” Proc. Conference of the Acoustical Society of Korea, Aug. 2016. |
|
26 |
Jung-Han Lee, Jun-Min Lee, Ji-Won Cho and Hyung-Min Park, “A Method for Computational Auditory Scene Analysis Using Voice Pitch and Activity Detection,” Proc. Conference of the Brain Engineering Society of Korea, Jun. 2016. |
|
25 |
Beomjeong Kim and Hyung-Min Park, “An Efficient Music Accompaniment Extraction Method Using Panning Processing and Median Filtering for Stereophonic Songs,” Proc. Conference of the Brain Engineering Society of Korea, Jun. 2016. |
|
24 |
Hyung-Min Park, “Deep Learning for Robust Speech Recognition,” Proc. Conference of the Brain Engineering Society of Korea, Jun. 2016. |
|
23 |
Jeong-Han Lee, Joon-Min Lee, Ji-Won Cho and Hyung-Min Park, “Auditory Scene Analysis Using Pitch and Onset/Offset Detection of Speech,” Proc. Conference of the Korean Society of Speech Sciences, May. 2016. |
|
22 |
Ran Lee, Junmin Lee and Hyung-Min Park, “Development of a Speech Recognition Device with Media Player Using Adaptive Noise Canceling,” Proc. Conference of the Brain Engineering Society of Korea, Feb. 2016. |
|
21 |
Beomjeong Kim and Hyung-Min Park, “A Method for Melody Extraction from Stereophonic Music,” Proc. Conference of the Brain Engineering Society of Korea, Feb. 2016. |
|
20 |
Hyowon Park, Junmin Lee, Ran Lee and Hyung-Min Park, “Source Localization Algorithm with Adaptive Noise Cancellation for a Voice Recognition Media Player,” Proc. Conference of the Acoustical Society of Korea, Aug. 2015. |
|
19 |
Haeyong Kwon and Hyung-Min Park, “A Method based on PNCC with robust speech recognition,” Proc. Conference of the Korean Society of Speech Sciences, May. 2015. |
|
18 |
Ho-Yong Lee, Ji-Won Cho and Hyung-Min Park, “Binary Kid-Emotion Recognition Using a Deep Belief Network and Static Low-Level-Descriptor Features,” Proc. Conference of the Brain Engineering Society of Korea, Feb. 2015 |
|
17 |
Jae-Pil Seo, Ji-Won Cho and Hyung-Min Park, “Target Speech Localization Using Model-Based Feature Enhancement in Additive Noise Environments,” Proc. Conference of the Korean Society of Speech Sciences, Nov. 2014. |
|
16 |
Ji-Won Cho, and Hyung-Min Park, “Model-Based Feature Enhancement Using Stereo Microphones for Automatic Speech Recognition in Additive Noise Environments,” Proc. Korea Signal Processing Conference, Aug 2014. |
|
15 |
Ji-Won Cho, and Hyung-Min Park, “A Study on Children’s Speech-Based Aptitude Test for Potential Ability Diagnosis Using,” Proc. Conference of the Korean Society of Speech Sciences, May 2014. |
|
14 |
Young-Hoo Kim, Won-Yong Jo, Ji-Won Cho, and Hyung-Min Park, “A study on children’s speech-based aptitude test for potential ability diagnosis in multiple intelligences,” Proc. Conference of the Korean Society of Speech Sciences, May 2013. |
|
13 |
Il-Young Jeong and Hyung-Min Park, “Music noise reduction based on normalized gradient coefficients and non-negative matrix factorization,” Proc. Conference of the Korean Society of Speech Sciences, Dec. 2012. |
|
12 |
Soram Jun and Hyung-Min Park, “A speech separation algorithm based on independent component analysis using feed-forward networks and harmonic cliques,” Proc. Korea Signal Processing Conference, Sep. 2012. |
