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Alternatively, you can issue this command:

The SUSE FTP server always has a so-called kernel of the day, which is the latest test kernel, with versions available for each supported architecture. This is available at ftp://ftp.suse.com/pub/ projects/kernel/kotd/. It goes without saying that these kernels should be used only with caution because they have not been officially released and are provided for testing purposes.

( /local/site/bin /local/bin /local/jdkl.l.6/bin /local/bin/Xll /local/qt/bin /local/kde/bin /local/gnu/bin /local/bin/Xll /usr/bin/Xll /usr/bin /bin

This runs the make command in /usr/src/linux while referring to the current directory to find the module code. You will then find that the module has been built and installed as:

3. For each training pattern p (a) do the feedforward phase to calculate y j,p (V j = 1, , J) and (V * = !,. .,#) (b) compute output error signals 0 k,p and hidden layer error signals then adjust weights wkj and vji (backpropagation of errors)

If you install a new kernel, you will need to rebuild these modules, whether or not you build the new kernel from source.

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Third-party commercial software that requires low-level kernel support is sometimes run only on or with particular kernel versions. In the worst case this is because the vendor ships binary-only kernel modules, but even when a module source is shipped that needs to be built against the running kernel, it can be limited to very specific kernel versions. This can be a real problem, particularly when a kernel update is recommended by SUSE (for example, for security reasons) and vendors are slow to respond. The problem can be worse if you are trying to run two such pieces of software at the same time. Consider the following example of this kind of problem in a production environment: A customer needed to run a piece of proprietary software allowing multipath access to storage area network (SAN) storage and at the same time needed to run a third-party clustering solution with kernel modules for its filesystem. Although both of these products supported the version of SLES that the customer was running, when you looked at the small print, things were more difficult because only one version of the kernel package among the various updates provided by SUSE worked with both products. And that kernel version was not the latest and had been officially superceded because of a security patch. These problems will persist until all third-party vendors gain a better understanding of the dynamics of Linux and realize that releasing their code in a more flexible and open way does not necessarily prevent them from making money from their products. When certain third-party modules load, you will see a message of the form:

# # # # # #

Warning: loading <module file> will taint the kernel: non-GPL license Proprietary. [...] See <http://www.tux.org/lkml/#export-tainted> for information about tainted modules Module <module file> loaded, with warnings

5. Test stopping criteria: if no stopping criterion is satisfied, go to step 2. Stopping criteria usually includes: Stop when a maximum number of epochs has been exceeded. Stop when the mean squared error (MSE) on the training set,

This indicates that a module with a non-GPL license is being loaded into the kernel. This warning is not simply about software ideology: When proprietary (and particularly binaryonly) modules are loaded, little can be done to debug any problems they may cause.

set TERM for "at" batches in non-interactive shells tcsh wants to write something to stdout , but I can't see what => term has to be set even though its irrelevant )

In the 2.6 kernel, kernel modules have filenames ending with .ko (rather than .o as in 2.4). To check what modules are loaded:

if (! $ TERM) setenv TERM vt 100; if (! $ term) set term = vt 100 ; if (! $ prompt) exit O;

root@bible: ~ # lsmod Module nls_cp437 vfat fat usb_storage nls_iso8859_1 udf nls_utf8 [...] Size 6016 14208 43584 60096 4352 85380 2304 Used by 0 0 1 vfat 0 2 0 0

^P=l ^k=l(lk,p ~ k,p)

Dependencies between modules are indicated in the last column of the output. To load a module manually, you use the following:

# # End for non-interactive shells (batch etc. ) #

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