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# What I do for a living
I currently work at <http://www.tchpc.tcd.ie/> as a systems administrator on a
[[!wikipedia high performance computing]] system. These days I'm doing
less sysadmin work and more of the *other* fun things, like supposed
research and development of *stuff*.
# What I do for fun
I play [[!google Left4Dead]]. I used to play [[urbanterror]], COD4
([[!google Call of Duty 4]]), DoW ([[!google Dawn Of War]]) and Supcom2
([[!google Supreme Commander 2]]), these games just aren't as fun as
[[!google L4D]]
# Recommended mailing lists of crap that I use and read
* [[!gmane comp.window-managers.dwm]]
* [[!gmane comp.version-control.git]]
* [[!gmane mail.spam.crm114]]
* [[!gmane mail.bogofilter.general]]
* [[!gmane user-groups.linux.ilug.general]]
# Recommended softwares that I like to use
Well this is really for my own reference really, I should move this
into a section of its own so I can just add more and more stuff to a
single page of links!
* <http://www.suckless.org/> - dwm and friends.
* <http://www.pidgin.im/>
* <http://www.silcnet.org/>
* <http://www.psyced.org/>
* <https://www.scientificlinux.org/> - or your distro of choice, I
guess linuxmint or the newer versions of debian based distros like
ubuntu aren't too bad. [[!google centos]] isn't too bad either.
* <http://www.pkgsrc.org/>
* <http://www.openssh.com>
* <http://www.chiark.greenend.org.uk/~sgtatham/putty/>
* <http://www.truecrypt.org/>
* <http://wiki.github.com/sitaramc/gitolite/>
* <http://hjemli.net/git/cgit/>
# What I've done for my studies
* B.Sc (Hons) Applied Maths and Physics
* Thesis: The Solution of Differential Recurrence Relations by
the Method of Matrix Continued Fractions and its Application to
Finding the Integral Relaxation Time for a System of Single-Domain
Ferromagnetic Particle Displaying Uniaxial Anisotropy.
* Relevant Areas Covered:
* EM/Laser theory
* Optical Telecomms
* Microwave Engineering
* Classical/Quantum Mechanics
* Functional Analysis
* Mathematical Methods? (lots of numerical/applied methods)
* M.Sc High Performance Computing
* Thesis: Case Study on the Equinox Cluster, different network
topologies for High Performance Computing.
* Relavent Areas Covered:
* Quantum Computing
* Stochastic Methods
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