Radar Systems
Toolbox
The Radar Systems
Toolbox is the development name for an integrated suite of
packages providing a large number of tools for analyzing radar systems.
With it a broad range of analyses can be performed: from simple
determinations of the values of key radar and environmental parameters,
to sophisticated numerical, analytical, and graphical investigations
into algorithms and system design tradeoffs.
As with all programs written in Mathematica,
the Radar Systems Toolbox is fully
extendable. Its design philosophy is that its functionality should
not constrain the user. Thus, functions are provided that are both
high and low level, and users will not be limited as their needs
change and develop over time. And of course the full power of Mathematica's
technical computation envorinment stands behind the package, allowing
simultaneous numerical and analytical technical computing along
with the creation of publication quality documentation and reporting
in executable documents.
The links below point to web pages
with some examples of the functions contained in each area. At the
current time this documentation serves to show a portion of the
package's capabilities. For readers without a working knowledge
of Mathematica
this will serve to give a sense of the current scope of the Radar
Systems Toolbox: those who are already familiar with Mathematica
will clearly see the plasticity and bredth of the Toolbox's design.
The final release of the Radar
Systems Toolbox will contain extensive detailed documentation
along with executable code that will serve as starting points for
users' specific system analyses. As with all Mathematica
packages, the documentation will be integrated into and accessible
through Mathematica's on-line Help Browser--all code in the
documentation will be in executable form.
The documentation for the Radar
Systems Toolbox will also comprise a practical introduction
to the programming methodologies and syntax of Mathematica;
hence, it will serve as an invaluable pedagogical tool for quickly
getting up and running with both the Radar
Systems Toolbox and Mathematica.
Scientific
Arts is looking for investment or partnership to
bring the Radar Systems Toolbox
to market. Non-exclusive royalty-free rights to the use of the
Radar Systems Toolbox can be negotiated
in return for suitable levels of support. Other potential contract
terms will also be considered. Contact
Scientific Arts directly for further
discussion. |
The Radar Systems Toolbox is the first
in a series of detailed and highly useful packages aimed at the
realistic needs of engineers, analysts, R&D departments, and
managers. Follow-on products will include the Wireless
Systems Toolbox and others.
Package Name
|
Brief Description
|
Development
Status
|
|
Antennas.m is a package that defines
functions for antenna gain patterns as well as other properties. |
Modest Functionality: Continuing development |
|
Common.m is a package containing
functions for use across the various Radar packages as well
as various utility functions. |
Significant Functionality: Continuing development |
|
CrossSections.m is a package that
provides analytical and numerical calculations for radar cross
sections and related functions. |
Initial Functionality |
|
Detection.m is a package that computes
detection probability, false alarm
probability, detection threshold, and other quantities for various
radar target fluctuation models." |
Significant Functionality: Continuing development |
|
PadeMethod.m is a package with code
to generate Pade Approximants for the functions tl[q] that are
needed for spherical earth diffraction calculations. |
Finished |
|
Propagation.m is a package performs
propagation calculations for Radar applications. It also supplies
other propagation related functions. |
Significant Functionality: Continuing development |
|
QFunction.m is a package that defines
the Marcum generalized Q-function and some associated functions.
|
Significant Functionality: Continuing development |
|
RadarGeometry.m is a package that
contains functions that give information about geometrical aspects
of radar configurations. |
Significant Functionality: Continuing development |
|
RadarGraphics.m provides graphical
functions for the Radar package. |
Ongoing |
|
RadarRangeEquation.m is a package
with various forms of the radar range equation. |
Basic Functionality |
|
StandardAtmospheres.m
is a package that provides functions defining the US 1976 Standard
Atmosphere and other Standard Atmospheres: both generalized
atmospheres and ones that are summaries of localized data sets. |
Significant Functionality: Continuing development |
|
TroposphericAttenuation.m is a package
that provides tropospheric attenuation models due to Oxygen
and H2O absorption, rain, particulates, etc. |
Significant Functionality: Continuing development |
|