- Google Scholar (h-index: 23; ~2000 citations)
- ORCiD | PubMed | ResearchGate | Academia.edu | Publons | PapersWithCode
- Neuroscience: Sound, Hearing, Speech, Language, Time, Music, Memory
- AI: NLP, NLU, Speech Recognition, FakeNews, NER, NMT, Code Switching
Peer-reviewed publications
48. Gupta A, Sukumaran R, John K, Teki S (2021)
Hostility Detection and Covid-19 Fake News Detection in Social Media
CONSTRAINT Workshop, AAAI 2021 (non-archival) [link] [conference]
Hostility Detection and Covid-19 Fake News Detection in Social Media
CONSTRAINT Workshop, AAAI 2021 (non-archival) [link] [conference]
| 2021_hostility_detection_and_covid-19_fake_news_detection_in_social_media.pdf |
47. Brahma AK, Potluri P, Kanapaneni M, Prabhu S, Teki S (2021)
Identification of Food Quality Descriptors in Customer Chat Conversations using Named Entity Recognition
CODS-COMAD 2021 Research Track. [link]
Identification of Food Quality Descriptors in Customer Chat Conversations using Named Entity Recognition
CODS-COMAD 2021 Research Track. [link]
46. Vijjali R, Potluri P, Iyer S, Teki S (2020)
Two Stage Transformer model for Covid-19 Fake News Detection and Fact Checking
NLP for Internet Freedom Workshop co-located at COLING 2020 [link] [data] [conference]
Two Stage Transformer model for Covid-19 Fake News Detection and Fact Checking
NLP for Internet Freedom Workshop co-located at COLING 2020 [link] [data] [conference]
| 2020_two_stage_transformer_model_for_covid-19_fake_news_detection_and_fact_checking.pdf |
45. Rangan P*, Teki S* (2020) [*Equal contribution as first authors]
Exploiting Spectral Augmentation for Code-Switched Spoken Language Identification
1st Workshop on Spoken Language Technologies for Multilingual Communities, INTERSPEECH 2020 [link]
Exploiting Spectral Augmentation for Code-Switched Spoken Language Identification
1st Workshop on Spoken Language Technologies for Multilingual Communities, INTERSPEECH 2020 [link]
| 2020_exploiting_spectral_augmentation_for_code-switched_spoken_language_identification.pdf |
44. Teki S (2019)
Internationalization of NLP Models for Sensitive Content Detection in Alexa Utterances
Amazon Machine Learning Conference
Internationalization of NLP Models for Sensitive Content Detection in Alexa Utterances
Amazon Machine Learning Conference
43. King A, Teki S, Willmore BDB (2018)
Recent advances in understanding the auditory cortex
F1000 Research 7 (F1000 Faculty Rev): 1555 [link]
Recent advances in understanding the auditory cortex
F1000 Research 7 (F1000 Faculty Rev): 1555 [link]
| 2019_recent_advances_in_understanding_the_auditory_cortex.pdf |
42. Rajendran VG, Teki S*, Schnupp JWH* (2017) [* Equal contribution as senior authors]
Temporal Processing in Audition: Insights from Music
Neuroscience (Special issue on Sequence Processing) [link]
Temporal Processing in Audition: Insights from Music
Neuroscience (Special issue on Sequence Processing) [link]
| 2018_temporal_processing_in_audition_-_insights_from_music.pdf |
41. Teki S, Gu BM, Meck WH (2017)
The Persistence of Memory: How the Brain encodes Time in Memory
Current Opinion in Behavioral Sciences 17: 178-185. (Special issue on Memory in Time and Space) [link]
The Persistence of Memory: How the Brain encodes Time in Memory
Current Opinion in Behavioral Sciences 17: 178-185. (Special issue on Memory in Time and Space) [link]
| 2017_the_persistence_of_memory_-_how_the_brain_encodes_time_in_memory.pdf |
40. Woodhead ZVJ, Crinion J, Teki S, Penny W, Price CJ, Leff AP (2017)
Auditory therapy re-tunes linguistic representations in left superior temporal gyri of Wernicke’s aphasia patients
Journal of Neurology, Neurosurgery and Psychiatry 88(7): 586-594 [link]
Auditory therapy re-tunes linguistic representations in left superior temporal gyri of Wernicke’s aphasia patients
Journal of Neurology, Neurosurgery and Psychiatry 88(7): 586-594 [link]
| 2017_auditory_training_changes_temporal_lobe_connectivity_in_‘wernicke’s_aphasia’_-_a_randomised_trial.pdf |
39. Teki S, Kononowicz T (2016)
Commentary: Beta-Band Oscillations Represent Auditory Beat and Its Metrical Hierarchy in Perception and Imagery
Frontiers in Neuroscience: Auditory Cognitive Neuroscience 10: 389 [link]
(Special issue on The Evolution of Rhythm Cognition: Timing in Music and Speech)
Commentary: Beta-Band Oscillations Represent Auditory Beat and Its Metrical Hierarchy in Perception and Imagery
Frontiers in Neuroscience: Auditory Cognitive Neuroscience 10: 389 [link]
(Special issue on The Evolution of Rhythm Cognition: Timing in Music and Speech)
| 2016_commentary_-_beta-band_oscillations_represent_auditory_beat_and_its_metrical_hierarchy_in_perception_and_imagery.pdf |
38. Teki S (2016)
A citation-based analysis and review of significant papers on timing and time perception.
Frontiers in Neuroscience 10: 330 (Special issue on The Evolution of Rhythm Cognition) [link]
A citation-based analysis and review of significant papers on timing and time perception.
Frontiers in Neuroscience 10: 330 (Special issue on The Evolution of Rhythm Cognition) [link]
| 2016_a_citation-based_analysis_and_review_of_significant_papers_on_timing_and_time_perception.pdf |
37. Rajendran VG, Teki S (2016)
Periodicity versus Prediction in Sensory Perception.
Journal of Neuroscience 36(28): 7343-7345 [link]
Periodicity versus Prediction in Sensory Perception.
Journal of Neuroscience 36(28): 7343-7345 [link]
| 2016_periodicity_versus_prediction_in_sensory_perception.pdf |
36. Teki S, Barascud N, Picard S, Payne C, Griffiths TD, Chait M (2016)
Neural correlates of auditory figure-ground segregation based on temporal coherence.
Cerebral Cortex 26(9): 3369-80 [link]
Neural correlates of auditory figure-ground segregation based on temporal coherence.
Cerebral Cortex 26(9): 3369-80 [link]
| 2016_neural_correlates_of_auditory_figure-ground_segregation_based_on_temporal_coherence.pdf |
35. Teki S, Griffiths TD (2016)
Brain bases of working memory for time intervals in rhythmic sequences.
Frontiers in Neuroscience 10: 239 (Special issue on The Evolution of Rhythm Cognition) [link
Brain bases of working memory for time intervals in rhythmic sequences.
Frontiers in Neuroscience 10: 239 (Special issue on The Evolution of Rhythm Cognition) [link
| 2016_brain_bases_of_working_memory_for_time_intervals_in_rhythmic_sequences.pdf |
34. Teki S, Kumar S, Griffiths TD (2016)
Large-scale analysis of auditory segregation behavior crowdsourced via a smartphone app.
PLoS One 11(4): e0153916 [link]
Large-scale analysis of auditory segregation behavior crowdsourced via a smartphone app.
PLoS One 11(4): e0153916 [link]
| 2016_large-scale_analysis_of_auditory_segregation_behavior_crowdsourced_via_a_smartphone_app.pdf |
33. Joseph S, Teki S, Kumar S, Husain M, Griffiths TD (2016)
Resource allocation models of auditory working memory.
Brain Research 1640: 183-192 (Special issue on Auditory working memory) [link]
Resource allocation models of auditory working memory.
Brain Research 1640: 183-192 (Special issue on Auditory working memory) [link]
| 2016_resource_allocation_models_of_auditory_working_memory.pdf |
32. Helbling S, Teki S, Callaghan MF, Sedley W, Mohammadi S, Griffiths TD, Weiskopf N, Barnes GR (2015)
Structure predicts function: combining non-invasive electrophysiology with in-vivo histology.
NeuroImage 108: 377-385 [link]
Structure predicts function: combining non-invasive electrophysiology with in-vivo histology.
NeuroImage 108: 377-385 [link]
| 2015_structure_predicts_function_-_combining_non-invasive_electrophysiology_with_in-vivo_histology.pdf |
31. Teki S, Griffiths TD (2014)
Working memory for time intervals in rhythmic auditory sequences.
Frontiers in Auditory Cognitive Neuroscience 5: 1329 (Special issue on Functions of Musical Rhythm) [link]
Working memory for time intervals in rhythmic auditory sequences.
Frontiers in Auditory Cognitive Neuroscience 5: 1329 (Special issue on Functions of Musical Rhythm) [link]
| 2014_working_memory_for_time_intervals_in_auditory_rhythmic_sequences.pdf |
| 2014_beta_drives_brain_beats.pdf |
29. Kumar S, Bonnici H, Teki S, Agus TR, Pressnitzer D, Maguire EA, Griffiths TD (2014)
Representations of Specific Acoustic Patterns in the Auditory Cortex and Hippocampus.
Proceedings of the Royal Society B 281, 20141000 [link]
Representations of Specific Acoustic Patterns in the Auditory Cortex and Hippocampus.
Proceedings of the Royal Society B 281, 20141000 [link]
| 2014_representations_of_specific_acoustic_patterns_in_the_auditory_cortex_and_hippocampus.pdf |
28. Kumar S, Sedley W, Barnes GR, Teki S, Friston KJ, Griffiths TD (2014)
A brain basis for musical hallucinations.
Cortex 52: 86-97 [link]
A brain basis for musical hallucinations.
Cortex 52: 86-97 [link]
| 2014_a_brain_basis_for_musical_hallucinations.pdf |
27. Allman MJ, Teki S, Griffiths TD, Meck WH (2014)
Properties of the Internal Clock: First- and Second-Order Principles of Subjective Time.
Annual Review of Psychology 65: 743-71 [link]
Properties of the Internal Clock: First- and Second-Order Principles of Subjective Time.
Annual Review of Psychology 65: 743-71 [link]
| 2014_properties_of_the_internal_clock_-_first_and_second-order_principles_of_subjective_time.pdf |
26. Woodhead Z, Barnes GR, Penny W, Moran RJ, Teki S, Price CJ, Leff AP (2014)
Reading front to back: MEG evidence for early feedback effects during word recognition.
Cerebral Cortex 24(3): 817-25 [link]
Reading front to back: MEG evidence for early feedback effects during word recognition.
Cerebral Cortex 24(3): 817-25 [link]
| 2014_reading_front_to_back_-_meg_evidence_for_early_feedback_effects_during_word_recognition.pdf |
25. Teki S, Chait M, Kumar S, Shamma S, Griffiths TD (2013)
Segregation of complex acoustic scenes based on temporal coherence.
eLife 2: e00699 [link]
Segregation of complex acoustic scenes based on temporal coherence.
eLife 2: e00699 [link]
| 2013_segregation_of_complex_acoustic_scenes_based_on_temporal_coherence.pdf |
24. Teki S, Barnes GR, Penny W, Iverson PI, Woodhead Z, Griffiths TD, Leff AP (2013)
The right hemisphere supports but does not replace left hemisphere function in patients with persisting aphasia.
Brain 136(6): 1901-1912 [link]
The right hemisphere supports but does not replace left hemisphere function in patients with persisting aphasia.
Brain 136(6): 1901-1912 [link]
| 2013_the_right_hemisphere_supports_but_does_not_replace_left_hemisphere_auditory_function_in_patients_with_persisting_aphasia.pdf |
23. Kumar S, Joseph S, Pearson B, Teki S, Griffiths TD, Husain M (2013)
Resource allocation and prioritization in auditory working memory.
Cognitive Neuroscience 4(1): 12-20 [link]
Resource allocation and prioritization in auditory working memory.
Cognitive Neuroscience 4(1): 12-20 [link]
| 2013_resource_allocation_and_prioritization_in_auditory_working_memory.pdf |
22. Sedley W, Teki S, Kumar S, Barnes GR, Bamiou D-E, Griffiths TD (2012)
Single subject oscillatory gamma responses in tinnitus.
Brain 135(10): 3089-3100 [link]
Single subject oscillatory gamma responses in tinnitus.
Brain 135(10): 3089-3100 [link]
| 2013_single-subject_oscillatory_gamma_responses_in_tinnitus.pdf |
21. Teki S, Kumar S, von Kriegstein K, Stewart L, Lyness CR, Moore BCJ, Capleton B, Griffiths TD (2012)
Navigating the auditory scene: an expert role for the hippocampus.
Journal of Neuroscience 32(35): 12251-12257 [link]
Navigating the auditory scene: an expert role for the hippocampus.
Journal of Neuroscience 32(35): 12251-12257 [link]
| 2012_navigating_the_auditory_scene_-_an_expert_role_for_the_hippocampus.pdf |
20. Teki S, Grube M, Griffiths TD (2012)
A unified model of time perception accounts for duration-based and beat-based timing mechanisms.
Frontiers in Integrative Neuroscience 5: 90 (Special issue on Interval Timing & Time-based Decision Making) [link]
A unified model of time perception accounts for duration-based and beat-based timing mechanisms.
Frontiers in Integrative Neuroscience 5: 90 (Special issue on Interval Timing & Time-based Decision Making) [link]
| 2012_a_unified_model_of_time_perception_accounts_for_duration-based_and_beat-based_timing_mechanisms.pdf |
19. Sedley W, Teki S, Kumar S, Overath T, Barnes GR, Griffiths TD (2012)
Gamma band pitch responses in human auditory cortex measured with magnetoencephalography.
NeuroImage 59(2): 1904-1911 [link]
Gamma band pitch responses in human auditory cortex measured with magnetoencephalography.
NeuroImage 59(2): 1904-1911 [link]
| 2012_gamma_band_pitch_responses_in_auditory_cortex_measured_with_magnetoencephalography.pdf |
18. Teki S, Grube M, Kumar S, Griffiths TD (2011)
Distinct neural substrates of duration-based and beat-based auditory timing.
Journal of Neuroscience 31(10): 3805-3812 [link]
Distinct neural substrates of duration-based and beat-based auditory timing.
Journal of Neuroscience 31(10): 3805-3812 [link]
| 2011_distinct_neural_substrates_of_duration-based_and_beat-based_auditory_timing.pdf |
17. Teki S, Chait M, Kumar S, von Kriegstein K, Griffiths TD (2011)
Brain bases for auditory stimulus-driven, figure-ground segregation.
Journal of Neuroscience 31(1): 164-171 [link]
Brain bases for auditory stimulus-driven, figure-ground segregation.
Journal of Neuroscience 31(1): 164-171 [link]
| 2011_brain_bases_for_auditory_stimulus-driven_figure-ground_segregation.pdf |
16. Karayannis T, Elfant D, Huerta-Ocampo I, Teki S, Scott R, Rusakov D, Jones MV, Capogna M (2010)
Receptor desensitization shapes synaptic responses evoked by hippocampal neurogliaform cells.
Journal of Neuroscience 30(29): 9898-9909
| 2010_slow_gaba_transient_and_receptor_desensitization_shape_synaptic_responses_evoked_by_hippocampal_neurogliaform_cells.pdf |
Preprints
15. Teki S (2015)
Observations on recent progress in the field of timing and time perception.
arXiv preprint arXiv: 1512.00058
Observations on recent progress in the field of timing and time perception.
arXiv preprint arXiv: 1512.00058
| 2015_observations_on_recent_progress_in_the_field_of_timing_and_time_perception.pdf |
Conference proceedings
14. Teki S (2016)
Sampling of time intervals in rhythmic sound sequences: a Beta version.
International Journal of Psychophysiology 108, 18
13. Kruger H, Collins T, Pressnitzer D, Kang H, Teki S, Cavanagh P (2015)
Evidence for the common coding of location in auditory and visual space.
Journal of Vision 15(12): 368-368
12. Oliver-Roth G, Iverson P, Teki S, Leff AP (2014)
Non-native vowel processing as reflected by neuronal: Dynamic causal modeling of the magnetic mismatch response.
The Journal of the Acoustical Society of America 135(4): 2353-2353
11. Kumar S, Sedley W, Barnes GR, Teki S, Friston KJ, Griffiths TD (2014)
Neural bases of Musical Hallucinations.
Journal of Neurology, Neurosurgery & Psychiatry 85: e3-e3
10. Teki S, Griffiths TD (2014)
Neural basis of working memory for time intervals.
Procedia - Social and Behavioral Sciences 126: 269-270
Sampling of time intervals in rhythmic sound sequences: a Beta version.
International Journal of Psychophysiology 108, 18
13. Kruger H, Collins T, Pressnitzer D, Kang H, Teki S, Cavanagh P (2015)
Evidence for the common coding of location in auditory and visual space.
Journal of Vision 15(12): 368-368
12. Oliver-Roth G, Iverson P, Teki S, Leff AP (2014)
Non-native vowel processing as reflected by neuronal: Dynamic causal modeling of the magnetic mismatch response.
The Journal of the Acoustical Society of America 135(4): 2353-2353
11. Kumar S, Sedley W, Barnes GR, Teki S, Friston KJ, Griffiths TD (2014)
Neural bases of Musical Hallucinations.
Journal of Neurology, Neurosurgery & Psychiatry 85: e3-e3
10. Teki S, Griffiths TD (2014)
Neural basis of working memory for time intervals.
Procedia - Social and Behavioral Sciences 126: 269-270
Contributions to Scholarpedia
9. Barnes G, Hillebrand A (2010)
Magnetoencephalogram.
Scholarpedia 5:3172 [link]
8. Marreiros AC, Stephan KE, Friston KJ (2010)
Dynamic Causal Modeling.
Scholarpedia 5: 9568 [link]
7. Taube J (2009)
Head direction cells.
Scholarpedia 4: 1787 [link]
6. Balbus SA (2009)
Magnetorotational instability.
Scholarpedia 4: 2409 [link]
5. Constable RL (2009)
Computational type theory.
Scholarpedia 4: 7618 [link]
4. LeDoux JE (2008)
Amygdala.
Scholarpedia 3: 2698 [link]
3. Meszaros P (2008)
Gamma ray bursts theory.
Scholarpedia 3: 4337 [link]
2. Izhikevich M (2006)
Scholarpedia.
Scholarpedia 1:1 [link]
Magnetoencephalogram.
Scholarpedia 5:3172 [link]
8. Marreiros AC, Stephan KE, Friston KJ (2010)
Dynamic Causal Modeling.
Scholarpedia 5: 9568 [link]
7. Taube J (2009)
Head direction cells.
Scholarpedia 4: 1787 [link]
6. Balbus SA (2009)
Magnetorotational instability.
Scholarpedia 4: 2409 [link]
5. Constable RL (2009)
Computational type theory.
Scholarpedia 4: 7618 [link]
4. LeDoux JE (2008)
Amygdala.
Scholarpedia 3: 2698 [link]
3. Meszaros P (2008)
Gamma ray bursts theory.
Scholarpedia 3: 4337 [link]
2. Izhikevich M (2006)
Scholarpedia.
Scholarpedia 1:1 [link]
PhD Thesis
1. Teki S (2013)
Cognitive Analysis of Complex Acoustic Scenes.
PhD Thesis. University College London. [link]
Cognitive Analysis of Complex Acoustic Scenes.
PhD Thesis. University College London. [link]
| 2013_phd_thesis_ucl_sundeepteki.pdf |