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Special Forums UNIX and Linux Applications High Performance Computing How can an EE major looking to get into HPC bolster their CS foundation? Post 302910330 by figaro on Wednesday 23rd of July 2014 03:44:54 PM
Old 07-23-2014
Watching some youtube videos on supercomputing is always a good way to follow the current trends.
Most of our client base uses C# for computing large scale calculation applications. But for the true heavy-duty computations there is really no alternative to C++ on Linux, including from a career perspective. So you will probably delve into g++ and possibly also clang for the extra debugging messages.
A solid understanding of how databases operate and a ready knowledge of how database performance can be increased is also required.
Finally, if you have an nVidia GPU card, there is CUDA for parallelising your application. Else - going really high end - you may have a coprocessor from Intel, such as the Xeon Phi. That in turn requires its own Intel compiler / debugger, which also readily supports parallelism.
 

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lsdev(1M)																 lsdev(1M)

NAME
lsdev - list device drivers in the system SYNOPSIS
driver | class] block_major] char_major] major] [major ...] DESCRIPTION
The command lists, one pair per line, the major device numbers and driver names of device drivers configured into the system and available for invocation via special files. A in either the block or character column means that a major number does not exist for that type. If no arguments are specified, lists all drivers configured into the system. If the option is specified, will not print a heading. This option may be useful when the output of will be used by another program. The and options are used to select specific device drivers for output. If more than one option is specified, all drivers that match the criteria specified by those options will be listed. These search options are divided into two types: name search keys (the and options) and major number search keys (the and options). If both types of options are present, only entries that match both types are printed. The same type of option may appear more than once on the command line with each occurrence providing an ORing effect of that search type. The and options may not be specified at the same time. The ability to process major arguments is provided for compatibility and functions like the option. Options List device drivers that match class. List device drivers with the name driver. List device drivers with a block major number of block_major. List device drivers with a character major number of char_major. List device drivers with either a character major number or block major equal to major. DIAGNOSTICS
The and options may not be specified at the same time. A major number is malformed or out of range. EXAMPLES
To output entries for all drivers in the class: To output entries that are in the class that have either a block or character major number of To get the character major number of into a shell environment variable: WARNINGS
Some device drivers available from the system may be intended for use by other drivers. Attempting to use them directly from a special file may produce unexpected results. A driver may be listed even when the hardware requiring the driver is not present. Attempts to access a driver without the corresponding hardware will fail. only lists drivers that are configured into the currently executing kernel. For a complete list of available drivers, please run (see sam(1M). DEPENDENCIES
Since relies on the device driver information provided in a routine, may not list drivers installed by other means. AUTHOR
was developed by HP. SEE ALSO
sam(1M). Section 7 entries related to specific device drivers. lsdev(1M)
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