Software

MATHHUB

A powerful mathematics tool
A robust plotting software
A robust plotting software as well as a powerful mathematics tool
Programming with Matlab compatible syntax
Differential equations, Matrix, Vector, Polynomial, Linear Algebra, Integral,
Find Derivative, Geometric, Calculus, Unit, Constants
Quick plotting of data files regardless of format
No need to set up parameters before plotting
Display XY,Polar,Contour, and 3D plots simultaneously in one page
Plot mathematical functions, and slove mathematical problems
Easy script-style programming feature with library
Useful Fourier transform and Radon transform simulations
Enhanced performance for data files with user-defined format
Compatible with MS Word,PowerPoint(simply using Copy / Paste)
Support for DOS batch files, Windows OS.
Link Budget

MATHCAL

The best Pocket PC Calculator
Excellent Graphics
Display Key-in Commands
Complete Mathematical Tool Key
Excellent for high school and college students, as well as professional engineers & scientist

Professional Edition

Include all features in Allwave MathCal Standard Edition
Plot: Plots 2D and 3D functions
Differentiation: Solves differential equations
Integration & Derivative: Takes the integral of a function over [a, b], and finds derivatives.
Matrix: Performs matrix operations. Add, subtract, multiply, or divide matrices and functions of matrices. Also Finds Determinants, Eigenvalues, Eigenvectors, Transpose, Conjugate, Adjoint, and Inverse Matrix.
Vector: Performs vector operations and vector transformations. Add, subtract, scalar product, or cross product vectors and functions of vectors.
Equation: Solves equations and finds roots of polynomials
Geometry: Finds perimeters, areas, and volumes of geometric objects. Include more than 80 functions.
Calculus: Performs calculus and analytic geometry; provides solutions for most calculus problems
Statistic: Performs list operations: min, max, range, mean, median, mode,variance, and standard deviation; Calculates regression models: linear, logarithmic, exponential (y=ae^bx and y=a*b^x), power, quadratic, cubic, and quartic.
Unit: More than 330 unit conversions
Complex Number: Calculate expressions with complex numbers, functions of complex are available too, such like sqrt(-10), asin, etc.
Expressions: Lengthy algebraic expressions
Library: Define your own formulars as much as you want. And you can assign it to the user-defined buttons
Programming: Allows you to write programs involving mathematical computations programmable by user
Number Base: Allows you to work with numbers of base N (decimal, binary, hexadecimal)
History: keeps your last 25 entries, and can also recall your history values to the main display
Constants: Accesses math constants, physical constants and chemical periodic table.
Function: Special functions such as Gamma, Beta, Error, Bessel, Hankel, Lengendre, etc.
Conversions: For Amplitude/Phase, dB/dB-1, and Radians/Degrees
etc.

Standard Edition

Operations: +, -, x, ÷, +/-, 1/x, √, 3√, y√x, x^2, x^3, x^y, 10^x, PI, log, ln, e^x
Trigonometric, inverse, hyperbolic: sin, cos, tan, cot, sec, csc, asin, acos, atan, acot, asec, acsc, sinh, cosh, tanh, coth, sech, csch, asinh, acosh, atanh, acoth, asech, acsch.
Expressions: Lengthy algebraic expressions
Number Base: Allows you to work with numbers of base N (decimal, binary, hexadecimal)
Factorials, Permutations, and Combinatorials: X!, nCr, nPr
Backspace and brackets: Backspace to edit mistakes, brackets to frame your expressions correctly
Unit: More than 330 unit conversions
Complex Number: Calculate expressions with complex numbers, functions of complex are available too, such like sqrt(-10), asin, etc.
History: keeps your last 25 entries, and can also recall your history values to the main display
Copy/paste: Use ctrl-c/ctrl-v to copy/paste from/to clipboard
Matrix: Performs matrix operations. Finds Determinants, Eigenvalues, Eigenvectors, Transpose, Conjugate, Adjoint, and Inverse Matrix.
Vector: Performs vector transformations. For coordinates of Rectangular/Spherical/Cylindrical, and Radians/Degrees
Geometry: Finds perimeters, areas, and volumes of geometric objects. Include Rect, Parallelogram, Triangle, Trapezoid, Circle, Parallelepiped, Cylinder, Sphere.
Constants: Accesses physical constants and special constants
Function: Special functions such as Gamma, Beta, Error, Bessel, Hankel, Lengendre, etc.
Precision: Specify decimal.
Conversions: Amplitude/Phase, dB/dB-1, and Radians/Degrees
etc.

MAPHUB

MapHub allows users to display maps and perform various operations on them. Over one hundred maps are included, from the popular Mercator and Elliptical maps to the rarer ABC and XYZ maps. Users can add cities, calculate distances, trace country or continent lines, superimpose user-defined contours, create interrupted maps, and perform various other functions. In addition, users can import digital maps and other data files and export maps and map data to external files for use in other programs.

Features included:
Over one hundred maps are provided, more than any comparable product worldwide. You can add cities to your maps: cities that come with the software and cities that you import from external data files. You can compute and display distances between arbitrary points and cities You can trace country or continent lines or any other shape, and save these trace lines to a file. You can import data from a data file to superimpose contours onto satellite maps. You can add pre-defined graphic objects (lines, triangles, rectangles, hexagons, ellipses, etc.) onto your maps. You can add break points and create interrupted maps to eliminate distortion. You can compare two or more maps in the same window.

FiMA

Allwave Corporation announces a new release on May 1, 2014 of software package FiMA^®, v.1.0, for the simulation and implementation of electromagnetic holography.

Summary

FiMA^® provides exact, closed-form solutions, based upon Allwave’s proprietary Field Mapping Algorithm, to the problems of electromagnetic holography based upon near zone data acquired on any one of following surfaces: a) plane, b) sphere, c) cylinder, d) enclosing rectangular box, or e) enclosing cylinder. This software package serves as a powerful design and simulation tool for both analytic and measured data. Users from a broad spectrum of scientific communities will be gratified to discover here a considerable utility across a wide range of applications, such as microwave holography, imaging, inverse scattering, near zone field reconstruction and 3D visualization, materials testing, antenna diagnosis, synthesis, and design, ISAR, EMI/EMC, and EM wave propagation in general.

FiMA^® Supports a Wide Range of Applications wherein it

Antenna diagnosis/synthesis/design

Determines exact source region fields directly from near-field data, as an aid to antenna surface or feed element diagnostics, as well as synthesis/design.

Closed-form near-to-near, near-to-far, and far-to-near field transforms

Provides near-field to near-field transformations from five different surfaces to any surface; near-field to far-field from five surfaces; and far-field to near-field over any arbitrary surface, including probe corrections and data enhancement through Nyquist sampling.

Microwave photography: a snapshot of microwaves

Invokes exact solutions so as to enable a single slice of near-field data to unfold into a full 3D visualization of electromagnetic wave propagation.

Microwave imaging

Provides a powerful tool for single-frequency microwave imaging.

RCS & ISAR

Determines the geometry of aircraft based on one slice of single-frequency near-field data, altogether free from wide-band requirements.

Materials measurement

Determines material properties from either transmitted or reflected near-field data.

EMC/EMI detection

Identifies noise and interference sources via one slice of near-field data.

Wave diffraction phenomena

Obtains diffraction fields around objects from a given slice of near-field data: it’s real!

Shaping

Allwave Corporation is poised to announce a new release on October 1, 2017 of software package Shaping^®, v.1.0, a reflector shaping design tool for meeting arbitrary far-field pattern requirements.

Shaping^® consists of two software packages, one for antenna design, another for antenna simulation.

Antenna Design Package

The antenna design package provides exact, closed-form solutions for surface profiles of reflectors fed by a single horn antenna. It serves as a powerful design tool for shaped reflector antennas responding to arbitrary far-field pattern requirements. The solution is direct and exact, with no optimization algorithms or recursive iteration schemes involved. The software tool generates hundreds of reflector surface grid point data per minute of real time on a laptop PC.

Antenna Simulation Package

The antenna simulation package provides effective electromagnetic analysis simulations for reflector antennas. The surface of the reflectors can be of arbitrary geometry, and the simulation tool generates accurate electromagnetic fields in both near and far regions.

Examples of Shaping^® for the Design of Contour Beam Antennas

Three shaped reflectors, each with a single feed, provide beam coverage following both border and coastline of the continental USA, Latin America, and China respectively.