DR-NTU (Data) (Nanyang Technological University)
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Release of frustration drives corneal amyloid disaggregation by brain chaperone
No full textFinal research data for research paper "Release of frustration drives corneal amyloid disaggregation by brain chaperone
Replication Data for: Potassium Acetate-Based Treatment for Thermally Co-Evaporated Perovskite Solar Cells
No full textThis datasets contains the raw data of the publication that is summarized in the embedded origin files inside power point file
Related Data for: You Only Search Once: On Lightweight Differentiable Architecture Search for Resource-Constrained Embedded Platforms
No full textThe related data for "You Only Search Once: On Lightweight Differentiable Architecture Search for Resource-Constrained Embedded Platforms"
Replication Data for: Weighted persistent homology for biomolecular data analysis
No full textIn this paper, we systematically review weighted persistent homology (WPH) models and their applications in biomolecular data analysis. Essentially, the weight value, which reflects physical, chemical and biological properties, can be assigned to vertices (atom centers), edges (bonds), or higher order simplexes (cluster of atoms), depending on the biomolecular structure, function, and dynamics properties. Further, we propose the first localized weighted persistent homology (LWPH). Inspired by the great success of element specific persistent homology (ESPH), we do not treat biomolecules as an inseparable system like all previous weighted models, instead we decompose them into a series of local domains, which may be overlapped with each other. The general persistent homology or weighted persistent homology analysis is then applied on each of these local domains. In this way, functional properties, that are embedded in local structures, can be revealed. Our model has been applied to systematically study DNA structures. It has been found that our LWPH based features can be used to successfully discriminate the A-, B-, and Z-types of DNA. More importantly, our LWPH based principal component analysis (PCA) model can identify two configurational states of DNA structures in ion liquid environment, which can be revealed only by the complicated helical coordinate system. The great consistence with the helical-coordinate model demonstrates that our model captures local structure variations so well that it is comparable with geometric models. Moreover, geometric measurements are usually defined in local regions. For instance, the helical-coordinate system is limited to one or two basepairs. However, our LWPH can quantitatively characterize structure information in regions or domains with arbitrary sizes and shapes, where traditional geometrical measurements fail
Replication Data for: Interspecies interactions and biofilm development in a three-species biofilm model
No full textData for the figures presented in the thesis, including raw reads and images of the transposon
Replication Data for: The geologic record of extreme storm events from New Jersey, USA
No full textData including grain size, loss-on-ignition, stable carbon isotope geochemistry, and foraminifera assemblages of overwash deposits found at Cheesequake marsh, New Jersey. Additional data includes modern chronohorizons and radiocarbon ages used as input for Bchron age-depth model and survey data
Replication Data for: Multistable excitonic Stark effect
No full textRaw data files for "Multistable excitonic Stark effect
Lion City Soundscapes (LCS)
No full textThis repository contains audio-visual recordings made at the 62 locations identified by the Singapore Soundscape Site Selection Survey, as 1-minute long audio and video files. The 1-minute long files in this repository have been cropped from much longer full-length files that were initially recorded from the respective locations as "representative" sections of recordings of those locations, and are more suitable for short-term analysis of those soundscapes. A model pre-trained on the ARAUS dataset was used to crop the 1-minute sections by identifying the sections best corresponding to its ISO12913-3:2019 perceptual quadrant in the Singapore Soundscape Site Selection Survey. For further details of the exact method, please refer to our publication:
Kenneth Ooi, Jessie Goh, Hao-Weng Lin, Zhen-Ting Ong, Trevor Wong, Karn Watcharasupat, Bhan Lam, Woon-Seng Gan, Lion City Soundscapes: Modified Partitioning Around Medoids for a Perceptually Diverse Dataset of Singaporean Soundscapes, JASA Express Letters, 2024.
The original full-length files have different lengths depending on the specific recording location and range from 9-38 minutes in length, which might be more suitable for medium-term analysis of the same soundscapes. Due to memory and bandwidth limitations, only a selection of full-length files are currently accessible on this repository (the full-length binaural microphone recordings for all locations, as well as all full-length files for locations S0001, S0002, and S0041). However, preview videos of the files have been made available on YouTube (respective URLs under the youtube_link column of metadata.csv, available in this repository and also the project GitHub repository https://github.com/ntudsp/lion-city-soundscapes) and all raw files are available upon request. If you would like to download the full-length files, please ensure that your system is able to handle a download of about 1.5TB and contact us regarding the request with the email header "[LCS] Download of full-length files" for the steps to download.
The following types of files are available for each individual location (all are synchronised with each other):
19-channel wave file recorded using a ZYLIA ZM-1 3rd-order Ambisonic microphone
2-channel stereo wave file generated from the 19-channel wave file upon recording using a ZYLIA ZR-1 Portable Recorder
3-channel HDF file recorded using a B&K Type 4101-B binaural microphone (first two channels) and GRAS 146AE Free-field Microphone (last channel) connected to a HEAD Acoustics SQobold Data Acquisition System. Note that "HDF" here stands for "HEAD Data Format", and not the more standard "Hierarchical Data Format". This file can be opened with the use of software such as HEAD Companion and ArtemiS
2-channel wave file recorded using the binaural microphone, as generated from the first two channels of the HDF file
1-channel wave file recorded using the GRAS 146AE Free-field Microphone, as generated from the last channel of the HDF file
360-degree video file (in spherical, MP4 format) recorded using an Insta360 One R camera and onboard microphone. Note that no windscreen was used for the onboard microphone and the audio quality is comparatively low, so we advise coupling the audio from the binaural microphone or 3rd-order Ambisonic microphone to the video if audio-visual reproduction is desired.
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Replication Data for: iMAT: Energy-Efficient In-Memory Acceleration of Ternary Neural Networks With Sparse Dot Product
No full textThis dataset contains the simulation environment, simulation results, and post-processing data for the iMAT paper published in ISLPED 2023
Related data for: Contention Minimized Bypassing in SMART NoC
No full textThis dataset contains keycodes for the proposed algorithms in the paper