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Finite rate Innovation and its applications in electrocardiography
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Thesis -
425
Robust text-independent speaker verification in environmental noise
Published 2011“…Experimental evaluations of the proposed psychoacoustic model compensation technique conclusively demonstrate that it provides superior performance in both white and pink noise conditions, outperforming parallel model combination by 36% and max function based model compensation by 24%. …”
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Thesis -
426
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427
Hand motion detection
Published 2011“…The author will study into their technologies and compare both technologies and selection of it to include it into the author’s group project, Virtual Pink Dolphin. The hand motion detection should be able to identify hand motion done by the autism kids who was the main targeted market. …”
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Final Year Project (FYP) -
428
Creating a visual music interface via emotion detection
Published 2010Get full text
Final Year Project (FYP) -
429
Psychoacoustic model compensation for robust speaker verification in environmental noise
Published 2013“…The first database is the TIMIT database corrupted with white and pink noise and the noise estimation is fairly easy in this case. …”
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Journal Article -
430
Speech enhancement using auditory-based spectral amplitude estimators
Published 2013“…The original speech signal is subjected to three types of noises, namely, white noise, pink noise and cockpit noise. The proposed estimator is applied to the noisy speech signal to obtain the enhanced speech signal and the objective measures of speech quality such as the segmental SNR (SNRseg) and the log-likelihood-ratio (LLR) are obtained. …”
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Thesis -
431
Constructing adversarial samples against deep learning-based sensing system (part II)
Published 2020“…While previous work in defending again these malicious attacks has investigated using gradient masking to hide information of the model and audio pre-processing to reduce or distort adversarial noise, this project explores the idea of simple pink noise injection at different loudness to detect adversarial examples. …”
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Final Year Project (FYP) -
432
Single antenna power measurements based direction finding : an FRI solution
Published 2010Get full text
Final Year Project (FYP) -
433
Optimizing earbud microphone performance through the use of digital filter
Published 2022“…There exists a technique often used in live acoustic tuning of spaces like rooms and halls: To play Pink Noise, which is noise that has equal energy in every octave, and flatten frequency response. …”
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Final Year Project (FYP) -
434
Effect of hydrophobic soils on infiltration
Published 2020“…The fine sand layer was then replaced by hydrophobic fine sand to study the effect of hydrophobicity on the infiltration. …”
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Final Year Project (FYP) -
435
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436
Quantifying and analysing the non-collective bargaining benefits of NTUC
Published 2012“…The paper also made recommendations to NTUC on how informative advertising and regular review on the benefits in accordance to preference can to reduce asymmetric information and more importantly help the union to maintain a pink state of membership numbers…”
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Final Year Project (FYP) -
437
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438
Soil-water characteristic curves of hydrophobic sand
Published 2022“…In this project, the effect of hydrophobicity is investigated using fine and coarse sands. Fine sand was made hydrophobic and mixed with either fine or coarse sand such that sand mixtures of hydrophobicity 20%, 50% and 80% by mass were obtained. …”
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Final Year Project (FYP) -
439
Investigation of the contribution of bioaerosol loading to indoor PM pollution on university campus in Singapore
Published 2022“…Fine particles could be mitigated safely for occupants with an electrostatic precipitator and future work could expound on elevated fungi concentrations in an indoor environment and fine particle mitigation strategies.…”
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Final Year Project (FYP) -
440
Interpreting learned feedback patterns in large language models
Published 2024“…To test this, we train probes to estimate the feedback signal implicit in the activations of a fine-tuned LLM. We then compare these estimates to the true feedback, measuring how accurate the LFPs are to the fine-tuning feedback. …”
Conference item