I can only download the Knime installation package for Windows, Mac, and Linux on Knime's official website. There is no Knime installation package that supports the Arm architecture for download. Is it because Knime does not support Arm architecture?
Not to my knowledge. It would probably be best to ask this question again on the KNIME forum on the development channel at https://forum.knime.com/c/knime-development/21 - that way someone from KNIME will likely be able to provide a full answer as to whether you might be able to build from source, for example
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for a project i have been assigned, I have been given 2 robots...one has ROS and the other basically uses Windows. So my task is to develop one Graphic User Interface that can be used for both robots.
From the GUI , a user should be able to.
- Connect to the Robot
- Move and control the robot.
- Change speed...etc
I will like to ask for advice as i am about to start this project.
How can i go about this? and which has better support for my requirements?
From my research i have read people recommend QT...for cross platform developmens. Are there any other alternatives? any book recommendations?
The goal will be to have a GUI that is compatible for both systems. Any Recommendations or help is welcomed.
First you setup ROS On windows Using WSL (or any other ways to do it WSL is most stable).
after that you need achieve everything you want the GUI does on robot using ROS terminal.
after that your write the GUI. You can Choose any framework You want(You need C++ or Python for compatibility issues with ROS) but QT Framework is most used in multi platform Application and has a lot of support.
the compatibility with non-ROS is what You should Implement in your Application Like Choosing or something Like that.
PySimpleGUI is a framework built on top of tkinter that runs on the Pi. There are some example programs written to do robot remote control. There are GUI buttons designed specifically for "realtime" control of hardware that will provide immediate and constant feedback when a button is held.
It runs on Python 2.7 and 3 (recommend 3).
There is a Recipe in the Cookbook that matches your problem located here.
If you use PySimpleGUI in your project, post in the Issues area on GitHub if you have any questions and you'll get support.
I want to use TensorFlow on Windows (Win 10) with a AMD GPU.
If I google, there are a lot discussions and sources but I just couldn't figure out what's the best way to do this at the moment.
Could someone write a short installation instruction that he thinks is the best and most up-to-date way of doing so?
Tensorflow officially only supports CUDA, which is a proprietary NVIDIA technology. There is one unofficial implementation using openCL here which could work, or you could try using Google colab
Can someone walk me through a step-by-step process for installing Plone to OS X? I don't know the processes and differences in a unified installer or binary installer so I'd like to have someone walk me through the process of having it fully installed. Thanks!
Have a look at http://docs.plone.org/quickstart/
Of the two, the binary installer is best for someone who just wants to try out Plone.
The unified installer is also good for trying Plone but is better suited to those who are comfortable with command lines (though it now has a nice text-based UI to guide you with the install). The unified installer is also a good way to set up Plone for development and for production (for relatively simple configurations).
There is now an even better way to evaluate Plone, using the Vagrant/VirtualBox development/evaluation install kit.
I just tried to make myself familiar with OpenCL but totally got confused when everyone in the Internet was talking about downloading a Vendor specific OpenCL SDK. Why would I need that?
My understanding of using OpenCL was the following:
Download the OpenCL header files that are maintained by Kronos in the Khronos OpenCL Registry and make it available to your compiler.
Compile your code and link against the OpenCL.dll.
The reason why it confuses me is because I thought that OpenCL should abstract away vendor specific implementations. If I now download a Vendor specific SDK isn't then this advantage destroyed?
Can someone please make this clear?
Your understanding is absolutely correct - you do not need any vendor SDKs in order to develop or run OpenCL programs. All you need are the headers and a library to link against. The vendor SDKs provide sample code that may be useful to look at while you are learning how to use OpenCL, and they may also provide tools that can aid development.
On Windows, you will need an OpenCL.lib library to link against, which the SDKs do provide. You can download the sources for this library and build it yourself if you wish.
There is no harm from using a specific vendor's SDK however. The headers and library that they provide in the SDK should just be the stock Khronos versions that you can download yourself. This means that an OpenCL application built using one vendor's SDK will still run just fine against other vendors' devices.
Is Cygwin considered robust and safe enough to be used on enterprise applications?
Do you know Enterprise applications that were developed or using Cygwin?
If you've been using cygwin - how often did you need support? Is there a fine-support for Cygwin? how well was the support you were given?
Thank you very much.
Why on earth would you even consider cygwin towards any sort of enterprise application? Even their site directly gives multiple signs it shouldn't be used for anything critical. You can't run native linux apps and you have to rebuild your app from source if you want it to run. It won't make your apps able to use any *nix functionality like signals, ptys, etc. All it is is a slim Linux type API layer....to answer your question, I don't think anyone would want to use cygwin in an enterprise application.
Like Maz asked, why wouldn't you just run linux? What potential benefits would you ever see coming from cygwin in an enterprise environment?
The best answer to your question may be obtained from the Cygwin web site. The answers obtained there come directly from the maintainers of the Cygwin DLL and ported software.