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Hello, I have downloaded your file to study. I was wondering if you have looked into the dynamics options of v-rep robot KUKA LBR iiwa14.
When I was researching, I found that v-rep has a rather rudimentary setup in this regard.
If I get the robot arm linkage dynamics parameters (inertia matrix or something like that) through the URDF file, is the dynamics control strategy obtained more valuable for engineering?
I am not sure if I have uploaded the image successfully due to network reasons, if not, could you please leave an email or other contact information.
Thank you again.
The text was updated successfully, but these errors were encountered:
您好,我下载了您的文件学习。我想问一下您有没有研究过v-rep 的机器人KUKA LBR iiwa14的动力学选项。
我在研究时发现,v-rep在这方面的设置比较简陋。
这个机器人的连杆质量2kg,三个方向的惯量/质量都相等,惯量矩阵是近似对角阵。
如果我通过URDF文件获取了机械臂连杆动力学参数(惯量矩阵之类的参数),获取的动力学控制策略是不是更加有工程价值?
由于网络原因,我不确定有没有上传成功图片,如果没有的话,您能不能留一个邮箱或者其他联系方式。
再次感谢您。
Hello, I have downloaded your file to study. I was wondering if you have looked into the dynamics options of v-rep robot KUKA LBR iiwa14.
When I was researching, I found that v-rep has a rather rudimentary setup in this regard.
If I get the robot arm linkage dynamics parameters (inertia matrix or something like that) through the URDF file, is the dynamics control strategy obtained more valuable for engineering?
I am not sure if I have uploaded the image successfully due to network reasons, if not, could you please leave an email or other contact information.
Thank you again.
The text was updated successfully, but these errors were encountered: