Sponsored Content
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.
 

6 More Discussions You Might Find Interesting

1. High Performance Computing

HPC Related Links

Our directory of HPC related links is growing: Virtualization, Grid and Cloud Computing - Links Please contribute! (0 Replies)
Discussion started by: Neo
0 Replies

2. High Performance Computing

Guides for new HPC admins

In my company, it's fallen on me to serve as the admin of our new HPC cluster, a task that's very new to me. It's very important to me to lay a solid foundation and avoid any unnecessary pitfalls. So, can anyone recommend a succinct guide or list of do's-and-don'ts for adiminstering an HPC cluster?... (0 Replies)
Discussion started by: DBryan
0 Replies

3. High Performance Computing

How to check performance of your HPC cluster?

Hello Everybody, I have few queries : Do you have any idea how to check the performance of HPC cluster having mpich on top of centos 6.2? Are there any standard programs (like FFT, graphics rendering etc) to check the performance of mpi cluster with single node and multiple nodes? Can we... (4 Replies)
Discussion started by: albertspade
4 Replies

4. High Performance Computing

HPC Linpack test

Hi, I compiled Linpack with ATLAS for test. What other libraries except ATLAS can be used to test? (2 Replies)
Discussion started by: PtaQ
2 Replies

5. Homework & Coursework Questions

Class hpc project

My high school started a tech lab where students like myself can take apart computers, build circuit boards, learn to program and lots more. I got the job of building a cluster with 4 old work stations we have. This is just a trial if it works well we can get more work stations. We have one... (3 Replies)
Discussion started by: PC-2011
3 Replies

6. High Performance Computing

Helpful Ressources for HPC Admin

Hi Everyone I am new to this valuable forum and would like to ask members for some helpful resources to learn HPC administration and monitoring resources such as webinars, websites, forums, books, and moocs as I need them to get more competencies to my career. Thanks (0 Replies)
Discussion started by: akchired
0 Replies
MAKEDEV(3)						   BSD Library Functions Manual 						MAKEDEV(3)

NAME
makedev, major, minor -- device number conversion SYNOPSIS
#include <sys/types.h> dev_t makedev(int major, int minor); int major(dev_t dev); int minor(dev_t dev); DESCRIPTION
The makedev() macro allows a unique device number to be generated based on its major and minor number. The major() and minor() macros can be used to obtain the original numbers from the device number dev. In previous implementations of FreeBSD all block and character devices were uniquely identified by a pair of major and minor numbers. The major number referred to a certain device class (e.g. disks, TTYs) while the minor number identified an instance within the device class. Later versions of FreeBSD automatically generate a unique device number for each character device visible in /dev/. These numbers are not divided in device classes. On FreeBSD these macros are only used by utilities that need to exchange numbers with other operating systems that may use different encod- ings for dev_t, but also applications that present these numbers to the user in a more conventional way. RETURN VALUES
The major() macro returns a device major number that has a value between 0 and 255. The minor() macro returns a device minor number whose value can span the complete range of an int. SEE ALSO
mknod(2), devname(3), devfs(5) BSD
September 28, 2008 BSD
All times are GMT -4. The time now is 12:58 PM.
Unix & Linux Forums Content Copyright 1993-2022. All Rights Reserved.
Privacy Policy