resume-hiring-instability-plots-v1
收藏资源简介:
该数据集名为resume-hiring-instability-plots-v1,包含用于简历-招聘-不稳定性实验的Plotly图表规格。数据集共包含12种不同类型的图表,用于可视化实验中的各种分析,具体包括:不稳定性条形图、忠实度散点图、章节顺序/提示/姓名交换的细分图、姓名与扰动交互热力图、轨迹长度不稳定性图、特征存在不稳定性(r_j)图、特征位置不稳定性(pos_j)图、人口统计特征位置图,以及简历呈现顺序与推理顺序对比图。数据集规模较小,共14行数据,每行数据包含2个字段:chart_name(图表标识符,用于区分不同的图表类型)和plotly_json(完整的Plotly图表规格,以JSON字符串格式存储,可直接传递给Plotly.newPlot()函数进行渲染和可视化)。该数据集是bermaneh/resume-hiring-instability实验的最终产出物之一,其生成依赖于bermaneh/resume-hiring-instability-runs-v1、bermaneh/resume-hiring-instability-metrics-v1和bermaneh/resume-hiring-instability-per-resume-v1等输入数据集。主要应用场景是为相关实验研究提供标准化的、可复现的可视化组件,方便研究人员快速理解和分析实验中的不稳定性现象及其影响因素。
This dataset is named resume-hiring-instability-plots-v1, which contains Plotly chart specifications for resume-hiring instability experiments. It includes 12 distinct chart types for visualizing various analyses in the experiments, specifically: instability bar charts, fidelity scatter plots, segmented charts for section order, prompt, and name swapping, heatmaps of name-perturbation interactions, trajectory length instability plots, feature presence instability (r_j) plots, feature position instability (pos_j) plots, demographic feature position charts, and comparison charts between resume presentation order and inference order. The dataset has a small scale, with a total of 14 rows of data. Each row contains two fields: chart_name (a chart identifier used to differentiate between different chart types) and plotly_json (complete Plotly chart specifications stored in JSON string format, which can be directly passed to the Plotly.newPlot() function for rendering and visualization). This dataset is one of the final outputs of the bermaneh/resume-hiring-instability experiment, and its generation relies on input datasets including bermaneh/resume-hiring-instability-runs-v1, bermaneh/resume-hiring-instability-metrics-v1, and bermaneh/resume-hiring-instability-per-resume-v1. Its main application scenario is to provide standardized and reproducible visualization components for relevant experimental research, allowing researchers to quickly understand and analyze instability phenomena and their influencing factors in the experiments.




