School Area Noise Pollution Assessment Dataset

#noise recognition #environmental assessment #sound source localization #audio analysis #environmental monitoring #noise control #school planning #urban environment management
  • 500 hours
  • 1.6G
  • WAV
  • CC-BY-NC-SA 4.0
  • MOBIUSI INCMOBIUSI INC
Updated:2026-02-04

AI Analysis & Value Prop

The core advantage of this dataset lies in its high level of data quality assurance, with annotation accuracy exceeding 95%. The standardization of the recording environment and strict quality control measures ensure data consistency and completeness. Technological innovations include the use of advanced sound source localization technology and automatic speech recognition methods, which enhance the efficiency and accuracy of noise event annotation. In terms of application value, this dataset supports the development of more efficient noise monitoring and management solutions, enabling real-time identification of noise sources within scenes. Compared to existing datasets, it offers a longer time span and wider geographical coverage. The unique samples of low noise and mixed environments of complex sound sources in the dataset provide a unique perspective and resources for research and development. Additionally, the dataset is highly scalable and can be adapted to different environmental monitoring tasks by adding collection devices and expanding the data scope.

Dataset Insights

Sample Examples

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Technical Specifications

FieldTypeDescription
file_namestringFile name
durationstringDuration
audio_ratestringAudio sample rate
audio_channelstringAudio channel
noise_levelfloatRepresents the intensity of noise in the audio file, measured in decibels.
noise_typestringDescribes the main type of noise source identified in the audio such as traffic noise, human voices, construction noise, etc.
dominant_frequencyfloatThe dominant frequency of the noise in the audio signal, measured in Hertz.
audio_qualitystringEvaluation of the overall quality of the audio file such as clear, muffled, etc.
num_of_peak_soundsintThe number of peak sounds in the audio that exceed a certain noise level.
ambient_sound_levelfloatRecords the average sound level of background noise in the audio.
sound_event_countintThe number of different sound events detected in the audio.
psychoacoustic_annoyancefloatThe psychoacoustic annoyance index calculated based on the audio noise.

Compliance Statement

Authorization TypeCC-BY-NC-SA 4.0 (Attribution–NonCommercial–ShareAlike)
Commercial UseRequires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and AnonymizationNo PII, no real company names, simulated scenarios follow industry standards
Compliance SystemCompliant with China's Data Security Law / EU GDPR / supports enterprise data access logs

Frequently Asked Questions

What is the School Area Noise Pollution Assessment Dataset?
The School Area Noise Pollution Assessment Dataset focuses on analyzing and assessing noise levels in school campuses to help understand potential noise impacts.
What is the purpose of the School Area Noise Pollution Dataset?
The dataset is used to study and monitor noise pollution in campuses to enhance environmental quality and students' learning experience.
What data modalities are included in the School Area Noise Pollution Dataset?
The School Area Noise Pollution Dataset primarily includes audio data modalities.
What is the application of the School Area Noise Pollution Dataset in the environmental meteorology field?
In the environmental meteorology field, the dataset can be used to assess the impact of noise on campus environments and weather conditions.
How can the noise levels in school areas be analyzed?
By using the School Area Noise Pollution Assessment Dataset, noise levels at different locations and times can be analyzed to propose improvement measures.

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Cite this Work

@dataset{Mobiusi2026,
  title={School Area Noise Pollution Assessment Dataset},
  author={MOBIUSI INC},
  year={2026},
  url={https://www.mobiusi.com/datasets/54b57528cd2b65b5fd21970a18caf898},
  urldate={2026-02-04},
  keywords={school area noise, environmental audio dataset, noise pollution assessment, campus audio analysis},
  version={1.0}
}

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