How Frontier Computers Work

Well, if I can't get the pros to go to the Computer section of AER, I'll bring it to the pros in the main forum. Here's a concept for Frontier computers I came up with earlier. If there's anything that looks wrong, rip it apart. I'm looking to make something that works for everyone and is simple to utilize. Here we will be discussing simply how the computers work, which sets the ground work for computer programming and repair.<br /><br /><font face="arial,helvetica,sans-serif" size="2"><b>COMPUTERS</b><br /><br /></font><div align="justify"><font face="arial,helvetica,sans-serif" size="2">Computers in the
Frontier are much more efficient than the computers used today.
Frontier computers using organic binary base (known as stage 1
computing) are able to replace large strings of decimal calculations
(stage 2) with simpler algebraic strings (stage 3) and even
three-dimensional vector logic (stage 4). This allows them to be
programmed with greater accuracy. Additionally, the original operating
language platforms have been replaced by pure logical enthymemes (stage
5) designed by Vrusk engineers, allowing specific calculations and
integers to be bypassed. Finally, memory compression is maximized by
both atomic vibration and quantum displacement in a phased
three-dimensional holographic memory chip, allowing even the smallest
of chips inside a chronocom to contain complex programs, processing
terabites of information in microseconds.</font><br /><br /><font face="arial,helvetica,sans-serif" size="2">Despite these advances
in computing, whole computers are often dedicated to single super programs
for highly efficient design. Small computers are then linked together
to form super processing bundles such as bodycomps, vecomps, and
micropedias. These small computers containing single super programs are known as progits.</font><br /><br /><font face="arial,helvetica,sans-serif" size="2">There
are multiple ways in which a
computer can be stored. The larger the computer, the more difficult it
is to track, maintain, and repair the vast number of super processors
and memory allocations. As a result, each size of computer must be
repaired by a more highly experienced computer expert. A computer can
be a bodycomp (Level 1), a
portacomp or specialized computer (Level 2), a deskcomp (Level 3), a
server (Level 4), a
mainframe (Level 5), or a supercomp (Level 6). Level 1 and 2 computers come with built in monitors and ports, but no printing capability. Level 3 or higher computers come with a separate monitor, access ports, and
scanner/printer. Additional components can be purchased at increased
cost.</font></div>