Research:

 

 

 

 Mission:

“To extend the frontiers of signal processing research and system design to improve

   the quality of life by developing novel methods and viable solutions to real-life

   problems.”
“We continue to strive for perfection in the audio, acoustics, and speech signal

   processing research and development for biomedical and commercial applications. “

          Visit our websites:

Research Lab Website:   http://www.utdallas.edu/ssprl/

 

Research Lab, Dedicated NIH-NIDCD Supported Hearing Aid Project: 

 

                                        http://www.utdallas.edu/ssprl/hearing-aid-project

 

 

 

 

  Digital Signal Processing and system design areas:

 

 

 

 

 

 

 

 

 

  Noise & Interference cancellation, active noise control, speech enhancement.

 

 

 

 

  Signal detection and estimation, Blind source separation, De-reverberation,

   

 

 

 

 

  Blind deconvolution and System identification.

 

 

 

 

  MIMO signal analysis, spectrum estimation, and modeling.

 

 

 

 

  Adaptive signal processing, sensor arrays, microphone and loudspeaker arrays.

 

 

 

 

  Source separation, localization and tracking,

  Direction Of Arrival (DOA) Estimation

 MIMO Digital filtering and intelligent system design.

  Remote sensing and signal control.

 

 

 

 

 

 

 

 

 

      Application areas:

 

 

 

 

 

Hearing study, Hearing aid.  

 

 

 

 

  Audio, Acoustic, Speech Enhancement signal processing, Real-time algorithm 

     and system developments.

  Portable digital technology; smartphones, tablets, laptops.

 

 

 

 

  Biomedical signal processing (e.g. Hearing Aids, ECG, EEG).

 

 

 

 

  Optical, High-speed signal processing, Electric machines.

 

 

 

 

  Security, Commercial.

 

 

 

 

 

 

 

 

 

 

 

 

Research Funding:    Total > $3.53M.

 

·         NIH, NIH-NIDCD, DoD, Dept. of VA, UT Southwestern Medical Center, TxMRC.

 

·         Biomedical and Commercial Industry:   National Instruments, Texas- Instruments, FirstCo, Speech Privacy Systems, Texas Health Systems.

 

 

 

 

Recent Research Acitivities 

 

A.  Research Funding received: 

 

*  Total of   ~ $3.5M

*  Sources: NIH,  Private Industry,  DOD, Dept. of VA, Texas Health System

 

B.  PhD/MS Completion:

 

(1)  Soudeh Ardestani Khoubrouy, (PhD, graduated in 2014). 

(2)  Anshuman Ganguly, (MS-graduated 2014). PhD Graduated 2018.

(3)  Chandan Reddy, (MS-graduated 2015). PhD Graduated 2018, 

(4)  Yiya Hao, (MS in 2015), PhD Graduated 2018.

(5)  Yu Rao (MS, graduated in 2015)

(6)  V. S. Hari Krishna,(MS, graduated in 2014).

(7)  Allen Cho,  Current MS student (2016)

(8)  Vahid Montazeri (MS, graduated in 2013).

(9)   Alan A. Wisler, (MS, graduated in 2012)

(10)  Prashanth Kasbekar, (MS, graduated in 2012).

(11)  Abdullah Kucuk (MS-Graduated 2018, PhD, graduation expected in 2020)

(12)  Serkan Tokgoz  ( MS-Graduated 2018, PhD, graduation expected in 2020)

(13)  Ziyan Zou  ( MS-graduated 2018)

(14)  Nikhil Shankar   ( MS-Graduated 2018, PhD, graduation expected in 2020)

(15)  Gautam Shreedhar-Bhat  ( MS-Graduated 2018, PhD, graduation expected in 2020)

(16)  Parth Mishra ( MS- Graduated 2018)

(17)  Kashyap Patel (MS graduation expected 2019, PhD graduation expected 2022)

(18) Anton Kovalyov ( MS, PhD)

 

C.  Research team;  Student Supervision, Support: 

 

(1)  Chandan Reddy

(2)   Soudeh Ardestani Khoubrouy (graduated) 

(3)   Anshuman Ganguly

(4)   Ziyan Zou, 

(5)   Abdullah Kucuk,

(6)   Nikhil Shankar,

(7)   Parth Mishra ,

(8)   Gautam Shreedhar (MS),

(9)   Yiya Hao

(10) Serkan Tokgoz

(11)  Yu Rao (Graduated)

(12)  V. S. Hari Krishna (Graduated)

(13)  Allen Cho (Graduated)

(14)  Vahid Montazeri (Graduated)

(15)  Alan A. Wisler (Graduated)

(16)  Prashanth Kasbekar (Graduated)

(17)  Tyler Caldwell  (PhD , Audiology, Project Co-supervision)

(18) Elizabeth Buell (PhD , Audiology, Project Co-supervision)

(19) Audrey Taylor (PhD,  Audiology, Project Co-supervision)

(20) Jinkyu Park

(21)  Chetan H. Vahanesa (Graduated)

(22) Fatemeh Saki (PhD, Project Co-supervision)

(23) Abhishek Sehgal (PhD, Project Co-supervision)

(24) Virginia Taylor (PhD,  Audiology, Project Co-supervision)

(25) Kashyap Patel ( MS, PhD)

(26) Anton Kovalyov ( MS, PhD)

(27) Holden Hernandez ( MS)

 

D.  Research Collaboration:  

 

* Callier Center, School of BBS at UTD, TX, USA.

* Electrical Engineering Department at UTD, TX, USA.

* Applied Research Center (ARC) at UTD, TX, USA.

* School of Art and Technology, at UTD,TX, USA.

* Private industry in Dallas, TX, USA.

* Bioengineering Department at UT-Arlington, TX, USA.  

* Texas Health Resources-Texas Harris Methodist Hospital in Fort Worth, TX, USA.

* Texas Health Resources-Dallas Heart Center, Dallas, TX, USA.

* Neuroimaging Research Lab at the UT-Southwestern Medical Center (UTSW), Dallas, TX,    USA.

* Department of Electronics and Signal Processing at Kansai University, Osaka, Japan.

 

E.  Publications:

 

    Over 200+ Technical papers / Publications.

 

F.  National/International Recognition:

Press  Releases:

 

a)   UTD News about the NIH-NIDCD research funding and smartphone project

       for hearing aid, (2015-2017, and 2016-2021).

b)   IEEE Signal Processing Magazine article on hearing aid project using

       Smartphone (Jan 2016).

 

Best Paper Award:

 

(2)  Improving Sound Localization for Hearing Aid Devices Using Smartphone Assisted

       Technology, Anshuman Ganguly, Chandan Reddy, Yiya Hao, Issa Panahi,

       2016 IEEE International Workshop on Signal Processing Systems (SiPS), Oct. 2016, pp:165-170

·         This paper won the Bob Owens Best Student Paper Award at IEEE SiPS 2016 and Springer US”.

(1) Bao H., Panahi I., A Perceptually Motivated Active Noise Control Design and Its Psychoacoustic Analysis,

ETRI Journal, Volume 35, Number 5, October 2013, pp: 859-868.

·         Recognized/Awarded as the Best Journal Paper of 2013 by the Electronics and

      Telecommunication Research Institute (ETRI) Korea.

 

G.  Professional Society and Activities,  

 

1)      Member of Editorial Board, Track and Session organizer and Chair, and Associate

      Editor of IEEE EMBS Conferences (EMBC) since 2011.

 

2)  Associate Editor & Chair of Signal and Image Processing Track of the IEEE

      Industrial Electronics Conference (IECON2014), (2014).

 

3)   Founder and Vice-Chair of the IEEE-Dallas Chapter of Engineering in Medicine

      and Biology Society  (EMBS), (2006-Present)

 

4)   Vice-Chair and Chair of the IEEE-Dallas Chapter of Signal Processing Society (2004-present).

 

H. Invited Talks/Seminars

 

  (1)  Invited Research Scholar and Speaker at the University of Cambridge, Cambridge, UK, July

         2016.

  (2)  Invited Research Scholar and Speaker at the Imperial College of London, London, UK, July

         2016.

  (3)  Invited Research Scholar and Speaker at the Centre Tecnològic de Telecomunicacions de

        Catalunya, the Technical University of Catalonia (UPC), Barcelona, Spain, July 2016.

  (4)  Invited presentation at the Inter. Hearing Aid Conference (IHCON), Aug. 2016.

            (5)   Invited Speaker/presentation at the Speech Privacy Systems Inc., Dallas, TX, Feb 2016.

             (6)    IEEE EMBC2016, Orlando , Florida.

(7)   IEEE ISPA Conference, Trieste, Italy (2013)

(8)   Kansai University, Osaka, Japan (2015)

(9)   University of Minnesota, Minneapolis, Minnesota, USA (2016, 2018)

(10)  University of Houston, Houston, TX, USA (2015)

(11)  Georgia Institute of Technology, Atlanta, GA, USA (2016)

 

 

 

I.  Research,Original Investigation Recognition/Awards:

 

·         Certificate of Recognition, Awarded in Recognition of Inventive Contribution to The University of Texas at Dallas between Sep. 2012- Aug. 31 2013,  (March 2014),  UTD.

·         Paper of the Year Award 2013, (Jan 2014), Electronic & Telecommunication Research Institute (ETRI), South Korea (2014).

 

J.  Research & Development in Signal Processing:

 

A balance of theory and experimental signal processing research for Biomedical and

Commercial real-time applications, such as Hearing Aids, Digital technology/smartphone,

MRI rooms, Office spaces.

 

   Theoretical part of research involves:

 

-          Single and multi-channel Speech enhancement (Quality and Intelligibility improvements),

-          Deep learning, Neural Net, and machine learning,

-          Single-channel and multi-channel signal estimation, modeling, and blind source separation; PCA, ICA, IVA,

-          Noise classification, noise suppression, de-reverberation, echo cancellation,

-          Single-channel and multi-channel Adaptive Active Noise control/reduction,

-          fMRI room adaptive active noise reduction and speech enhancement,

-          Linear uniform, and non-linear non-uniform microphone arrays, beamforming , and DOA estimation,

-          Remote signal and noise control using parametric/directional both regular and ultrasound loudspeakers,

-          Sound masking for public & office spaces.

 

Practical / Experimental part of the research involves system designs:

 

- Portable digital technology; smartphones, tablets, laptops,

- Digital circuitry, digital communication,

- Microphone arrays (wired and wireless)

- Loudspeaker arrays (regular, ultrasound/directional)