five

EA-PN-TEC: EEG Evoked activity and psychoacoustic monitoring of pink noise exposure|脑电图研究数据集|心理声学监测数据集

收藏
Mendeley Data2024-03-27 更新2024-06-27 收录
脑电图研究
心理声学监测
下载链接:
https://data.mendeley.com/datasets/63m5gy9n5h
下载链接
链接失效反馈
资源简介:
Context Before being interpreted by the human brain, sound is affected by many physical factors, particularly the response of audio systems such as headphones which are variables that are not considered in many studies concerning acoustic therapies. Objective To identify changes in electroencephalographic (EEG) transient neural and psychoacoustic responses due to long-term exposure to pink noise, altered by the frequency responses of three headphone models. Design Data is a continuation of the study in "Related links". The EEG activity of participants was recorded while performing a five-alternative forced-choice psychoacoustic discrimination test on a computer before and 30 days after exposure to pink noise. The psychoacoustic test consisted of listening to a combination of three modified pink noise sounds according to headphone models: ATVIO, SHURE and APPLE. Afterward, participants were assigned to a headphone group and underwent a period of daily exposure for 20 minutes listening to pink noise according to the headphone model. Finally, participants were scheduled for a final recording session following the same procedure as the previous one. Content EEG data in GDF format of 24 individuals answering a forced-choice psychoacoustic test in two sessions. Data is divided into three groups: ATVIO (7 files), SHURE (10 files), and APPLE (7 files). Sample rate: 250 Hz. An excel spreadsheet named Answers_RT with the answers and reaction times (RT) per question and participant is provided for each session. Answers_RT worksheets: -info: explanation of sound scenarios. -Answers S1: Answers for the first EEG recording session. The first row shows the ID of every participant. Rows 2-37 have the individual answers for each scenario of the experimental paradigm. Correct answers are coded as 1, incorrect answers as 0, and nan shows questions without answers. Row 38 has the total correct answers per participant. The maximum score is 36. -Answers SF: It has the same structure as S1. The only difference is that the results correspond to the last session. -Reaction times S1 and SF: Same structure as Answers S1 and SF. The values on rows 2-37 correspond to the individual reaction times to the scenarios. Values are in seconds. Participants.txt: Text file with ID of recordings, heart rate, sex of subjects and groups. Stimulation_codes.txt: Text file with stimulation codes registered in GDF files. Codes refer to 1) instructions before listening to sounds, 2) play and stop of sounds (ATVIO, SHURE, and APPLE), 3) questions, and 4) answers. Instruments: Folder containing sounds used to explain psychoacoustic concepts and relate them to physical acoustic features. Channels.txt: Text file providing the name of the electrodes and the position in theta/phi-coordinates (second and third column, respectively).
创建时间:
2024-01-23
用户留言
有没有相关的论文或文献参考?
这个数据集是基于什么背景创建的?
数据集的作者是谁?
能帮我联系到这个数据集的作者吗?
这个数据集如何下载?
点击留言
数据主题
具身智能
数据集  4099个
机构  8个
大模型
数据集  439个
机构  10个
无人机
数据集  37个
机构  6个
指令微调
数据集  36个
机构  6个
蛋白质结构
数据集  50个
机构  8个
空间智能
数据集  21个
机构  5个
5,000+
优质数据集
54 个
任务类型
进入经典数据集
热门数据集

Figshare

Figshare是一个在线数据共享平台,允许研究人员上传和共享各种类型的研究成果,包括数据集、论文、图像、视频等。它旨在促进科学研究的开放性和可重复性。

figshare.com 收录

中国区域地面气象要素驱动数据集 v2.0(1951-2024)

中国区域地面气象要素驱动数据集(China Meteorological Forcing Data,以下简称 CMFD)是为支撑中国区域陆面、水文、生态等领域研究而研发的一套高精度、高分辨率、长时间序列数据产品。本页面发布的 CMFD 2.0 包含了近地面气温、气压、比湿、全风速、向下短波辐射通量、向下长波辐射通量、降水率等气象要素,时间分辨率为 3 小时,水平空间分辨率为 0.1°,时间长度为 74 年(1951~2024 年),覆盖了 70°E~140°E,15°N~55°N 空间范围内的陆地区域。CMFD 2.0 融合了欧洲中期天气预报中心 ERA5 再分析数据与气象台站观测数据,并在辐射、降水数据产品中集成了采用人工智能技术制作的 ISCCP-ITP-CNN 和 TPHiPr 数据产品,其数据精度较 CMFD 的上一代产品有显著提升。 CMFD 历经十余年的发展,其间发布了多个重要版本。2019 年发布的 CMFD 1.6 是完全采用传统数据融合技术制作的最后一个 CMFD 版本,而本次发布的 CMFD 2.0 则是 CMFD 转向人工智能技术制作的首个版本。此版本与 1.6 版具有相同的时空分辨率和基础变量集,但在其它诸多方面存在大幅改进。除集成了采用人工智能技术制作的辐射和降水数据外,在制作 CMFD 2.0 的过程中,研发团队尽可能采用单一来源的再分析数据作为输入并引入气象台站迁址信息,显著缓解了 CMFD 1.6 中因多源数据拼接和气象台站迁址而产生的虚假气候突变。同时,CMFD 2.0 数据的时间长度从 CMFD 1.6 的 40 年大幅扩展到了 74 年,并将继续向后延伸。CMFD 2.0 的网格空间范围虽然与 CMFD 1.6 相同,但其有效数据扩展到了中国之外,能够更好地支持跨境区域研究。为方便用户使用,CMFD 2.0 还在基础变量集之外提供了若干衍生变量,包括近地面相对湿度、雨雪分离降水产品等。此外,CMFD 2.0 摒弃了 CMFD 1.6 中通过 scale_factor 和 add_offset 参数将实型数据化为整型数据的压缩技术,转而直接将实型数据压缩存储于 NetCDF4 格式文件中,从而消除了用户使用数据时进行解压换算的困扰。 本数据集原定版本号为 1.7,但鉴于本数据集从输入数据到研制技术都较上一代数据产品有了大幅的改变,故将其版本号重新定义为 2.0。CMFD 2.0 的数据内容与此前宣传的 CMFD 1.7 基本一致,仅对 1983 年 7 月以后的向下短/长波辐射通量数据进行了更新,以修正其长期趋势存在的问题。

国家青藏高原科学数据中心 收录

Google Scholar

Google Scholar是一个学术搜索引擎,旨在检索学术文献、论文、书籍、摘要和文章等。它涵盖了广泛的学科领域,包括自然科学、社会科学、艺术和人文学科。用户可以通过关键词搜索、作者姓名、出版物名称等方式查找相关学术资源。

scholar.google.com 收录

ActivityNet Captions

The ActivityNet Captions dataset is built on ActivityNet v1.3 which includes 20k YouTube untrimmed videos with 100k caption annotations. The videos are 120 seconds long on average. Most of the videos contain over 3 annotated events with corresponding start/end time and human-written sentences, which contain 13.5 words on average. The number of videos in train/validation/test split is 10024/4926/5044, respectively.

Papers with Code 收录

AgiBot World

为了进一步推动通用具身智能领域研究进展,让高质量机器人数据触手可及,作为上海模塑申城语料普惠计划中的一份子,智元机器人携手上海人工智能实验室、国家地方共建人形机器人创新中心以及上海库帕思,重磅发布全球首个基于全域真实场景、全能硬件平台、全程质量把控的百万真机数据集开源项目 AgiBot World。这一里程碑式的开源项目,旨在构建国际领先的开源技术底座,标志着具身智能领域 「ImageNet 时刻」已到来。AgiBot World 是全球首个基于全域真实场景、全能硬件平台、全程质量把控的大规模机器人数据集。相比于 Google 开源的 Open X-Embodiment 数据集,AgiBot World 的长程数据规模高出 10 倍,场景范围覆盖面扩大 100 倍,数据质量从实验室级上升到工业级标准。AgiBot World 数据集收录了八十余种日常生活中的多样化技能,从抓取、放置、推、拉等基础操作,到搅拌、折叠、熨烫等精细长程、双臂协同复杂交互,几乎涵盖了日常生活所需的绝大多数动作需求。

github 收录