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| Who are Pacific ESI? | |
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| Established in 1983, Pacific Engineering Systems International,
or Pacific ESI, are consultants specializing in the effective application
of computers to engineering analysis and information management system.
We offer a unique blend of computing, engineering, management and system
skills to assist you with the design and development and implementation
of your computer system.
We can assist at any stage, from the conceptual planning, right through to the maintenance of a working system. Precious time and money can be wasted on poor system design or inappropriate analysis techniques. At Pacific ESI, we find that our advice has helped clients to maximize productivity whilst minimizing their cost. As part of ESI's network of companies, with offices world-wide, we are able to obtain additional support for your project via access to state of the art technology from Europe, the Americas, and Asia. There are several departments within the company, each with their own speciality, but all intricately tied together to maximize the benefit of their particular field of expertise. Software and Hardware Systems: Pacific ESI is
there to help you, the technical computing professional, with our
range of high performance and leading edge computing solutions. Our
speciality is the upgrading of systems, whether this be to extract
higher performance or enable greater capacity, to extend the life
of a system, or simply to obtain more cost effective solutions. With a wealth of both programming expertise and real
world experience at using other's and our own software, and a capability
in systems integration second to none, Pacific ESI has the knowledge
and skills to help solve your technical computing problems. However,
at Pacific ESI, we never lose sight of the people based input that needs
to go into any computerised system for proper functionality. In many problems, if the hardware is not satisfactory, given software will simply not perform. Then again, if the information is not managed correctly, a technical problem becomes a nightmare to solve. An economic data system with incorrect mathematical modelling will simply not produce the correct results. Where information has comes from sources outside ones own domain and the communications aspect has been incorrectly handled, any results are probably worthless. Pacific ESI has the expertise to overview the problem
from its many perspectives and bring the right combinations of people
and resources together to solve the problem at hand. If the pieces of
a puzzle do not fit together, you have not solved it. Whether the data is a graphical or pictorial image, financial
transactions and accounts, shape and behaviour pattern data from engineering
analyses or CAD applications, more and more we are seeing RDBMS technology
being used here and Pacific ESI has been at the forefront of this technology.
It has produced several large applications using this technology. It
carries the source for its two prime databases, UNIFY & DAMES, for
highly responsive and detailed support and consulting activity in the
use of these tools, has also been actively involved in consulting in
several of the other more popular databases. This applies from such areas as simple and effective
screen and menu based interactive systems which lead non technical users
through a task, business graphics for concise and precise display of
masses of numbers, display of engineering and technical data for visual
verification, through to CAD applications and multiwindowing applications
which can simply not be done any other way due to the sheer volume of
information that has to be presented and accessed concurrently to be
comprehensible. This spills over into artificial intelligence programming
with languages such as Lisp and Prolog, the so called fifth generation
languages, and an even more important reliance on effective database
handling and accurate data modelling - again going back to some of the
areas just referred to earlier. This consideration arises in project scheduling and other operations research problems, statistical and probabilistic econometric and financial models, increasingly complex taxation and monetary return accounting calculations, complex engineering dynamics calculations, high technology and composite materials modelling, even the mathematics of rules for the visual representation of data, to name a few. All the time never loosing sight of the practical end result! |
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