机器人涂胶轨迹规划数据

资源来源：机器人涂胶工艺编程软件，对同一测试工件进行多策略涂胶轨迹规划。 背景：涂胶轨迹规划影响粘结和导热性能，需验证多种规划方法的有效性。 意义：对应 “涂胶轨迹规划方法≥3 种” 考核指标，优化涂胶工艺效果。 产生方法：用 C++ 在 VisualStudio 开发编程软件，开发多种轨迹规划算法，输出路径代码，结合仿真和试验对比效果。 主要内容：数据集说明文件、机器人涂胶轨迹代码数据文件、机器人涂胶轨迹方案图表文件。 体量：558MB。Resource Source: Developed based on robotic dispensing process programming software, which conducts multi-strategy dispensing trajectory planning for the same test workpiece. Background: Dispensing trajectory planning affects bonding and thermal conductivity performance, thus requiring verification of the effectiveness of multiple planning methods. Significance: Meets the assessment indicator of "no fewer than 3 types of dispensing trajectory planning methods", and optimizes the effects of dispensing processes. Dataset Generation Method: The programming software was developed using C++ in VisualStudio, integrating multiple trajectory planning algorithms to output path codes, with its performance compared via simulation and experiments. Main Contents: Dataset description documents, robotic dispensing trajectory code data files, and robotic dispensing trajectory scheme chart files. Dataset Size: 558 MB.

搜集汇总

背景与挑战

背景概述

该数据集源于机器人涂胶工艺编程软件，旨在通过开发多种轨迹规划算法来验证其对粘结和导热性能的影响，以优化涂胶工艺。数据集包含轨迹代码、方案图表等文件，总规模为558MB。