Matlab R2009a License File Crack
Ariel Wascom
I am having problem with implementing LibSVM to MATLAB.I am using MATLAB R2009a (I also have the latest version, R2012b, but I dont use that one)I downloaded LibSVM package, libsvm-3.14 to my Windows 7 PC, which MATLAB and OCTAVE interface come together.
I did that, however, it didn't work out. I will be grateful if you help me clearly. I just read README file, but it's not clear to understand and there is no other instructions online on the internet.
For the time being, it does not matter where you put that folder. You'll have to compile the Matlab-MEX files, from the source code that resides in the matlab subfolder of your extracted libsvm package.
Now, in the ROOT/matlab folder, you should have obtained two MEX files (with the .mexw32 or .mexw64 extension). These are the files that you will use from now on. You can discard the rest, except those files (and, maybe, some other generated libraries).
So, next step would be to create a subfolder called libsvm/ under your's Matlab/toolbox folder, copy the two MEX files therein and, then, add that libsvm/ folder to the Matlab Path (not the Path of your system, but of your Matlab installation).
With the aid of @axeoth, here is the solution. I followed instruction files in matlab subfolder of extracted libsvm package. I downloaded and installed Microsoft Visual Studio 2010 and wrote 'mex -setup' on command window of MATLAB to choose a suitable compiler for mex (I use MATLAB R2012b in 32-bit PC, so I found supported compilers in this link ) After then, I followed @axeoth's instructions. I changed the name of the folder to ROOT and moved it to Documents/MATLAB. I started MATLAB and on command window, I wrote these below "one by one"
then I copied everything obtained in ROOT/matlab subfolder. I created a new folder named libsvm under MATLAB/toolbox folder and pasted everything there. and then, I added that libsvm/ folder to the Matlab Path by using "Set Path" button on MATLAB R2012b. After then I wrote "svmtrain" and "svmpredict" so I got the helps of these two commands.
For those having major compiler problems I thought I'd leave some extra information on the subject of installing compilers. This was a frustrating problem I had an ended up contacted MATLAB for help. I would have commented in the above posts but I do not have enough "rep" so here it is:
I was unable to install Microsoft Windows SDK 7.1, whether via Microsoft Visual Studio 2010 or otherwise. I found out that this was because I had a certain version of Microsoft Visual installed (version 10.0.04... was the cause of the problem for me). The work around was to uninstall Visual, install SDK 7.1 independently and then re-install Visual after. The process is written up in greater detail in the link below:
It may also be that you have the compiler installed but that it wasn't recognised until MATLAB "found" it. This happened to me after the re-install. To check if you have the correct compiler and "find" it run mex.getCompilerConfigurations('Any','Installed') to get a full list. Then do mex -setup using the SDK 7.1 choosing the C/C++ version over FORTRAN.
Using pre-built libraries for matlab that are correctly installed and in the path, I sometimes get the same error. If I type in the function name at the command-line, the function is visible and will auto-complete. However, the function will not initialize until I 'cd' into the directory with the .mexw64 library file.
In my case, two DLL's weren't showing up properly, even though they were on my system and in the path. I copied the DLL's into the windows/system32 folder and the library functions now work correctly. What's particularly strange is that the same library worked on my computer a few days ago (prior to the moving the DLL's).
If you built it with Visual Studio, it may be linked to the Visual C++ Runtime. This is a set of libraries that is not installed on Windows by default. The "redistributable" for it can be downloaded here; having your coworker install that could resolve the problem. If that doesn't work, you can use Dependency Walker to check for other unsatisfied DLL dependencies.
NaoQi-Matlab-SDK allows you to call any NaoQi module method in Matlab script.Call syntax is the same as c++, java, python or .Net. All calls are made remotelyfrom the pc with Matlab to real or simulated robot.
On Microsoft Windows, Matlab allows you to use a .Net library from within an m file. To use this approach, please first follow the instructions for installing naoqi.net. Once installed, you can use the following approach in an matlab file.
I need to locate my MATLAB installation. I find out that I need to type matlabroot at the MATLAB command prompt. As I understand MATLAB command prompt means open cmd at the root where matlab is installed. I find such root: C:\my_app\app\mcr\v717\bin. But when I run matlabroot from this directory - get 'matlab' is not recognized as an internal or external command,operable program or batch file.
You refer to a directory C:\my_app\app\mcr\v717\bin. This directory is not typical of a MATLAB installation - instead, it's typical of where you might install an application that has been created with MATLAB Compiler.
In case you're not familiar with that, MATLAB Compiler is an add-on product for MATLAB, that allows you to create standalone applications from MATLAB code. These applications are distributed along with a MATLAB runtime (the MATLAB Compiler Runtime, or MCR, which is what you see in the directory path you have), and they run without you needing to have MATLAB installed.
Can you actually start MATLAB itself, either from the Windows command line with the command matlab, or from an icon? If so then, as others have suggested, when MATLAB starts it should have its own command line. If you type matlabroot into that command line it should give you the location of the MATLAB installation.
A large amount of software available to managed Engineering Linux computers is available via environment modules. These modules allow Engineering IT to distribute large software packages without having to install the software on individual machines. They also allow Engineering Linux users access to multiple versions of popular software, such as Mathematica or MATLAB.
While you may see a software module that you may want to use listed as available, some are only available to specific research groups or instructional labs due to difference in licensing or licenses purchased by individual research groups. For instance, in the above list you see two versions of the Abaqus module. The module called "abaqus" uses the general instructional license, while "abaqus-research" uses the research license.
That's all it takes to load a module and you may immediately begin using the software. Note that you do not need to use the full module name of software/version that is displayed through module avail unless you are trying to load a specific version of the software. In the example above, 'module load mathematica' and 'module load mathematica/8.0' would mean the same thing.
Although it is not necessary to unload modules when you are no longer using the software, by doing so you can switch between multiple versions of software while keeping your environment clean and consistent.
When you issue a 'module load matlab' command the version of MATLAB that will load is indicated by the '(default)' descriptor next to it. In this case R2011a will be loaded. If you wish to use another available version, you must use the full module name. If you were to load R2013a you would use 'module load matlab/R2013a'.
If you currently have one version of a module loaded and wish to use another, you may use the shorthand 'module switch' command rather than unloading the old version's module and loading loading the new one. The syntax for this is 'module switch currentmodule newmodule'.
Some packages are installed on your system directly without the need to use modules. This includes most of the dependencies that the software modules may have, or smaller or more common packages available in the yum repositories, such as gcc and make.
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