Last Modified : November 19, 2009, at 03:14 PM
Journal Club
(redirected from Main.Research)
Fall 2009 meeting time is: Thur 10:30am-12:30am, 2169 BI. The papers we read are either at: Djvu, papers or auditorymodels.org.
2009 Schedule
| Date | Presenter | Paper Abrev Title | Author (year) | FMT | Presentation |
|---|---|---|---|---|---|
| MM/DD/09 | Name | Abrev Title | Author (year) | djvu | doc |
| ASSP | Roger | Basilar Membrane Responses to Noise at a Basal Site of the Chinchilla Cochlea: Quasi-Linear Filtering | Ruggero EtAl (2009) | djvu | |
| TBD | Anjali+Woojae | Phonological Universals, UIUC Presentation Nov 5, 2009 | Ohala (2009) | ppt | |
| 12/?/09 | Anjali+Woojae | Absorption of reliable spectral characteristics in auditory perception | Kiefte & Kluender (2008) | ||
| 12/?/09 | OHC Basics | Power Efficiency of Outer Hair Cell Somatic Electromotility | RabbittEtAl09 | djvu | |
| 12/?/09 | Andrea | Modulation processing in the IC | Nelson+Carney (2007) | djvu | |
| 12/?/09 | Riya+Roger | Allen–Fahey and related exp's support predominance of cochlear slow-wave emissions | SheraEtAl07.pdf | ||
| 12/?/09 | Andrea | Fast motile resp OHC: Cellular basis of the CA | Ashmore (1987) | djvu | |
| 11/?/09 | Andrea+Jont | 3D model of current flow in a cochlear model and the mechanism of the CA | Ashmore (2009) | ||
| 11/?/09 | Riya | Masking growth in HI ears | Nelson & Schroder (1997) | djvu | |
| 11/?/09 | Andrea | Cochlear and neural model | Heinz et al (2001) | djvu | Repeat 9/17/09 |
| 11/?/09 | Bob | Greenberg 1998: Speaking in shorthand: ... | Greenberg (1998) | djvu | |
| 11/5/09 | Chong+Riya+Feipeng | Loudness its definition, interpretation and calculation | Fletcher+Munson (1933) | djvu | |
| 10/29/09/ | Chong | AI frequency importance functions | Duggirala etal (1988) | djvu | |
| 10/22/09 | Riya+Roger | The Auditory Masking of One Pure Tone by Another and Its Probable Relation to the Dynamics of the Inner Ear | Wegel+Lane (1924) | djvu | |
| TBD | Feipeng | Time-Warp–Invariant Neuronal Processing | Gütig1, Sompolinsky (2009) | PLoS | |
| 10/15/09 | Andrea+Roger | "Speech Recognition in Noise: Est. Effects of Compressive BM NL," | Dubno etal(2007) | djvu | |
| 10/15/09 | Andrea+Jont+Riya | "Basilar Membrane Nonlinearity and Its Influence on AN Rate-intensity Functions" | G. Yates | djvu | |
| ASAP | Abhinauv | Cue-enhancement and intelligibility of nonsense material in noise | Hazan, Simpson (1987) | ||
| ASAP | TBD | Delgutte V: Vowles in noise | Delgutte+Kiang (1984) | djvu | |
| ASAP | TBD | Delgutte IV: Dynamic Consonants | Delgutte+Kiang (1984) | djvu | |
| 11/5/2009 | Bob | Delgutte III: Voiceless Fricatives | Delgutte+Kiang (1984) | djvu | |
| ASAP | TBD | Delgutte II: Processing schemes for Vowels | Delgutte+Kiang (1984) | djvu | |
| ASAP | TBD | Delgutte I: Vowels | Delgutte+Kiang (1984) | djvu | |
| ASAP | TBD | Greenberg IV:Ear-club presentation | (2007) | ppt | |
| ASAP | Feipeng+Woojae | Greenberg III: Multi-Tier Theory | (2006) | djvu | |
| ASAP | TBD | Greenberg+Arai II: What are the Essential cues for understanding Spoken Language? | (2006) | djvu | |
| ASAP | Feipeng+Bob | Greenberg+Arai I: Speech and Modulation | (2001) | djvu | |
| ASAP | Kramer | Dau V: Envelope Modulation processing and spectral masking | Dau+Derleth (2000a) | djvu | |
| ASAP | TBD | Dau IV: NB noise modulation detection | (1999b) | djvu | |
| ASAP | Riya | Dau III: CMR and modulation filterbank | (1999a) | djvu |
| Date | Presenter | Paper Abrev Title | Format | Presentation | |
|---|---|---|---|---|---|
| 10/15/09 | Roger+Andrea | Delgutte I: Vowels | Delgutte+Kiang (1984) djvu | DelgutteKiang84I | |
| 9/27/09 | Mike Kramer | A quantitatve model of signal processing in the auditory system; Dau & Puschell (I, II) (1996) | I, II | 9/27/09 | |
| 9/24/09 | Feipeng+Jont | Cochlear and neural model | Heinz (2009) Zliany&Bruce (2006) | 9/25 | |
| 9/17/09 | Andrea+Roger+Jont | Review: Outer Hair Cell Motility | Ashmore.08 | Need more | |
| 9/10/9/ | Anjali Riya | Predicting consonant confusions ... | Dubno & Levitt 81 | done? | |
| 9/3/9 | Woojae & Bob | Speech recognition threshold in noise: Effects of hearing loss, frequency response, and speech materials | Van Tasell DJ & Yanz JL (1987) | ||
| 8/27/09 | Riya, Feipeng | Speech and envelope cues | VanTasell, Soli, Kerby Widen (1987) | ||
| 8/20/09 | Jont | The Modulation Transfer Function for Speech Intelligibility | Plos+audio, Elliot+Theunissn (2009) | ||
| 8/6/09 | Woojae | Speech perception in gated noise | Lee & Kewley-Port (2009) | ||
| 7/23/09 | Feipeng & Roger | Masking release in CI speech processing | N. Li and Loizou (2009) | LiLoizou09 | |
| 7/16/09 | Riya and Woojae | new HI data analysis | - | ||
| 7/2/09 | Feipeng | A novel signal-processing strategy for hearing-aid design: neurocompensation | Bondi et al (2004) | BondiEtAl04? | |
| 7/2/09 | Roger | Cochlear macromechanics: Time domain solutions | Allen & Sondhi (1979) | AllenSondhi79 | |
| 6/25/09 | Bob | Phoneme restoration | Baskent, Edwards (2009) | - | |
| 6/18/09 | Roger | A Bio-Inspired Active Radio-Frequency Silicon Cochlea: 1) This shows why the cochlear spectrum analysis algorithm is O(N) vs. O(NlogN) in an FFT or vs. O(N2) in an analog filter bank, making it the fastest spectrum analysis algorithm known, 2) and gives the first-principles method on how to make rational discrete-transmission-lines have sharp-rolloff slopes with low group delay, similar to the biological cochlea. | Sarpeshkar et al (2009) | - | |
| 6/11/09 | Anjali | Information entropy of humpback whale songs | Suzuki, Buck, Tyack (2006) | - | |
| 6/4/09 | Woojae | Relations between frequency selectivity, temporal fine-structure processing, and speech reception in impaired hearing | Strelcyk & Dau (2009) | - | |
| 5/27/09 | All | Recent concepts and challenges in hearing research | Dau (2009) (ppt) | - | |
| 5/20/09 | Abhinauv | Stop consonant discrimination based on human audition | Searle et al (1979) | - | |
| 5/20/09 | Roger | Factors Governing the Intelligibility of Speech Sounds (continued) | French & Steinberg (1947) | - | |
| 5/13/09 | No meeting - final exams | - | |||
| 5/6/09 | Andrea, Feipeng | A pulse ribbon model of monaural phase perception | Patterson (1987) | - | |
| 4/29/09 | Roger | Factors Governing the Intelligibility of Speech Sounds | French & Steinberg (1947) | - | |
| 4/27/09 | Woojae | Comparison of frequency selectivity and consonant recognition among hearing-impaired and masked normal-hearing listeners. | Dubno & Schaefer (1992) | - | |
| 4/15/09 | TBD | A signal-to-noise ratio model for the speech-reception threshold of the hearing impaired. J Speech Hear Res 29:146-154 | Plomp R (1986) | - | |
| 4/8/09 | Woojae | Cortical evoked potentials using naturally produced speech sounds | Tremblay et al (2003) | slice Δ | |
| 4/1/09 | Feipeng | Temporal Features of Speech in the Auditory System: Normal and Dyslexic Children and an Animal Model | Abrams PhD Thesis (2008) | - | |
| 3/18/09 | Riya | The effects of high presentation levels on consonant feature transmission | Hornsby et al (2005) | - | |
| 3/11/09 | Riya, Abhinauv, & Anjali | Consonant confusions in patients with sensorineural hearing loss | Bilger & Wang (1976) | Summary Part 2 | |
| 3/4/09 | Len | SHS presentation practice (Allen & Li away at AAS 2009) | - | - | |
| 2/25/09 | Woojae, Len, & Michael | ANOVA analysis; SINFA | - | - | |
| 2/18/09 | Riya, Abhinauv, & Anjali | Consonant confusions in patients with sensorineural hearing loss | Bilger & Wang (1976) | Summary Part 1 | |
| 2/11/09 | TBD | Consonant confusions in noise: a study of perceptual features | Wang & Bilger (1973), Bilger & Wang (1973) | - | |
| 2/4/09 | Woojae & Anjali, with help from Jont & Feipeng | Simulating hearing impaired ears with the addition of masking noise | Zurek & Delhorne (1987) | - | |
| 1/27/09 | Woojae & Anjali, with help from Jont & Feipeng | Simulating hearing impaired ears with the addition of masking noise | Zurek & Delhorne (1987) | - | |
| 1/22/09 | Roger, Andrea, & Jont | Wiener-kernel analysis of basilar-membrane responses to noise in the chinchilla cochlea | Recio-Spinoso, Narayan, Ruggero (2008) | - |
Journal Club Archives
Papers on Hold
- Reflectance Keefe and Simmons (2003)
- Central processing Engineer & Kilgard (2008)
- Lulich et al (2007) A role for the second subglottal resonance in lexical access
- Kryter (1962a), (1962b)
- Papers on: speech perception, feature extraction, event detection, psychophysics, cochlear modeling, etc., by authors including Dubno, Kamm, Greenberg, Alwan, Grant, Heil, Delgutte, Shera, Neely, ...
- Reading List:
- Rhode JASA papers on the cochlea
- NL cochlear modeling document by JBA
- Dead Regions in the Cochlea Moore (2001)
kapok Archives
- GEAR GEAR's good stuff
- DjVu Projects DjVu
- Morse and Feshback Vol I djvu
Suggestions From Judy
Sandeep and Jont,
Here are four papers related to the SRT that might be useful:
- Plomp (1986) reported SRT values for low-pass filtered speech (his Fig 7), which demonstrates the relationship between the SRT and speech bandwidth. Similar results were reported in the original paper describing the HINT (Nilsson et al., 1994).
- Van Tasell and Yanz (1987) shows a strong relation between SRT and high-frequency hearing using spectrally shaped speech.
- Results of Smoorenburg (1992) show a strong relation between SRT and thresholds at 2.0 and 4.0 kHz with a large sample size.
References:
- Nilsson M, Soli S, Sullivan JA (1994) Development of the Hearing In Noise Test for the measurement of speech reception thresholds in quiet and in noise. J Acoust Soc Am 95:1085-1099.
- Plomp R (1986) A signal-to-noise ratio model for the speech-reception threshold of the hearing impaired. J Speech Hear Res 29:146-154.
- Smoorenburg GF (1992) Speech reception in quiet and in noisy conditions by individuals with noise-induced hearing loss in relation to their tone audiogram. J Acoust Soc Am 91:421-437.
- Van Tasell DJ, Yanz JL (1987). Speech recognition threshold in noise: Effects of hearing loss, frequency response, and speech materials. J Speech Hear Res 30:377-386.
Best of luck,
Judy