Geographical Information System (GIS)
More Info on Mnemotrix GIS Support Services
Mnemotrix Systems, Inc.,
builds and hosts Intelligent Agent software
applications using its own software development engines with accompanying
server and bandwidth afforded by a T3 backbone. We have built and integrated
this technology with advanced GIS integration to create a Smart
GeoData-Referencing System from which we can host numerous applications to
clients globally. In Israel we specialized in state-of-the-art applications
in High Resolution Archaeology and Agriculture
where it interacts with city
and urban planning, using ArcIMS to display interactive layers of Historical
Time Periods. This same approach can be applied to any
Open-Area Planning and Analysis System, and
Geological, Environmental and Natural Resources Planning and Management,
including Oil Field Management, Large-Scale Agricultural Land and
Community Development, Logistical Planning and Facilities Distribution.
Over the last 20 years we have built many types of "Intelligent Agent"
hosted databases for clients worldwide. Based on the idea of corporate and
institutional Legacy Databases these are complex "Smart" databases which
embody certain artificial intelligence qualities. We have now merged the
technology of Intelligent Agent software with GIS to create a paradigm shift
in GeoReferencing technology and spatial analysis.
Let us clarify a few technical terms.
Agent Software Applications
are custom built computer software
systems which in our case help to automate the human cognitive process of
correlating and matching groups of information to one another, based on
various criteria as designated by a researcher. These programs can search
across large amounts of textual information and automatically link data
based on more than traditional terms or key words or synonyms. These
programs can correlate chunks of information conceptually or thematically,
regardless of whether the data contains any of the initial words used by the
researcher to compel the computer to search. These profiles can be edited
based on what the researcher learns and can be made "smarter" and "smarter"
over time. These types of database and search technologies have been for
many years in a league of their own. Our approach makes use of an
equivalence engine using a semantic lattice driven by algorithms which
simulate through lexical set manipulation parallel pattern matching
funtionality based on synonym and metonym association. Searches are
speedily performed and produce lateral, intuitive results across categories,
between departments, along thematic and
conceptual lines in a way hitherto unavailable by others. Mostly compelled to
strategic applications for industry and science, they represent a new
leading edge in information science and
You can see some of our applications at
http://www.avdat.org and at
GeoReferencing is a term used in conventional GIS
(Geographical Information Systems) to denote a programming application
where a particular object or building or geologic structure is linked
within a GIS system to an exact x,y point, or coordinate, which
corresponds to a geographical location whether it be by satellite,
grid coordinate, longitude or latitude, Israel grid Old or New, or by
some other map related matrix position. The act of doing this is called
GeoReferencing, and is an inherent basis for plotting of GIS data
throughout the industry.
GeoData-Referencing is a technological blending
of a custom Intelligent Agent database system application with a spatial
mapping function resulting in the ability to intelligently search a
database of information and images and pictures, locating information or
images and pictures that are connected with other information and images
and pictures, and then being able to observe and study the data as it
relates to a mapping function spatially.
In other words, a database of information can be mined
for chunks of data related by concepts or by themes or by other complex
criteria of the user, and then each data chunk can also where appropriate
and fitting, be plotted spatially onto a map depending upon how the data is
spatially able to be plotted.
Thus you can distill patterns
not normally observable and inter-relate the material both logically
and visually. Instead of producing from a search only a linear listing
of available references, the data can be first projected spatially and
then hyperlinked based on a pre-selection by location. Obviously, there
are a multitude of new and dynamic uses for this kind of advanced
information analysis and correlation.
These technological capabilities are at the core of Mnemotrix Systems, Inc's
portfolio of services. We find this field particularly exciting since one of
the big drivers of technology in this new century is EOS (Earth Observation
Systems), replacing "defense", the technology driver of the 20th century.
The applications are endless in vastly diverse fields, including large-scale
land management, oil field management and updating, utility deployment and
documentation, community development, architectural design and city
planning, agricultural research, planning and engineering, all kinds of
civil engineering and planning projects, security and emergency planning for
military, police and fire, archaeological site management, cultural resource
management, environmental engineering and resource planning, to all sorts of
internal system applications such as civil defense emergency handling
systems, interior building planning and design, social dynamic modeling,
catastrophic weather and disease outbreak management, logistical support of
all types, many types of monitoring systems, and an almost infinite number
of contingency planning type needs.
All concepts and descriptions on this website are intellectual properties developed by Mnemotrix Systems, Inc.
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