This website contains source code distributed as freeware. The intellectual property of the source code is shown here to belong to Carlo Ciulla (cxc2728@NJIT.edu).

The website has been updated in the Year 2015 with the most recent freeware

(see text in White)

References:

[1]

Carlo Ciulla"Improved Signal and Image Interpolation in Biomedical Applications: The Case of Magnetic Resonance Imaging (MRI)." Medical Information Science Reference - IGI Global Publisher - March 2009; ISBN: 978 - 160566202 - 2.

[2]

Carlo Ciulla"Signal Resilient to Interpolation: An Exploration on the Approximation Properties of the Mathematical Functions” - CreateSpace Publisher - June 2012;." pp. 1 - 336, ISBN: 978-1477567487.

Disclaimer:

The website here named www.sourcecodewebsite.com [1] does not intend to convey the meaning of profit making for what pertains to the content provided. --->>> Instead, when the content is downloaded, the user(s) are kindly invited to donate money to charity organizations involved in helping people in need of food and water.<<<---

Years 2013-2015 publications related to Human Brain Research

*Sub-pixel Efficacy
Region - Complete Set of:*

*Executables, Source code and JAVA Graphical User Interface *

**f***or
the calculation of the Intensity-Curvature Functional***
and the Intensity-Curvature Measure**

*Signal Resilient to
Interpolation - Complete Set of: *

*Source code,
Executables in 1D, 2D and 3D*

**f***or
the calculation of the Classic-Curvature, the Intensity-Curvature Functional*

*and the Signal
Resilient to Interpolation *** **

*Signal Resilient to
Interpolation - Complete Set of: *

*2D Executables
with JAVA GUI*

**f***or
the calculation of the Classic-Curvature, the ***
Resilient Curvature, **

**
the Intensity-Curvature Functional and the Signal
Resilient to Interpolation **

*List of C++ ***2013**
programs *usable for the calculation of the
Intensity-Curvature Functional *

*Project Title: Bivariate Linear
(Bivariate Linear SRE-based Interpolation):*

*Project Title: Trivariate Linear
(Trivariate Linear SRE-based Interpolation):*

*Project Title: parametric Quadratic
B-Spline*

*(parametric Quadratic B-Spline SRE-based
Interpolation):*

*Project Title: Cubic B-Spline (Cubic
B-Spline SRE-based Interpolation):*

*Project Title: Cubic Lagrange (Cubic
Lagrange polynomial SRE-based Interpolation):*

*Project Title: Sinc Function Odd (Sinc
Function SRE-based Interpolation):*

*List of Computer Science Applications
available for download and included in the book:*

*Carlo Ciulla*
“Computer Science Signal
Processing Applications in Higher Learning” -

CreateSpace Publisher - June 2012; pp. 1 - 308, ISBN: 978-1477567524.

*Carlo Ciulla "*Signal Resilient to
Interpolation: An Exploration on the Approximation Properties

of the Mathematical Functions”

CreateSpace Publisher - June 2012; pp. 1 - 336, ISBN: 978-1477567487.