Week 3

09.26.2016

Added REGEX to Excel-Parser to allow scrubbing of Data.

Added functioning list comparison prototype to Java Program.

Searching and implementation of comparison algorithms for Excel.

REGEX: "In theoretical computer science and formal language theory, a regular expression

(sometimes called a rational expression) is a sequence of characters that define

a search pattern, mainly for use in pattern matching with strings, or string matching,

i.e. "find and replace"-like operations. The concept arose in the 1950s,

when the American mathematician Stephen Kleene formalized the description of a regular

language, and came into common use with the Unix text processing utilities ed, an editor,

and grep, a filter.

In modern usage, "regular expressions" are often distinguished from the derived,

but fundamentally distinct concepts of regex[pronunciation?] or regexp,

which no longer describe a regular language."

Source: https://en.wikipedia.org/wiki/Regular_expression

09.27.2016

Created Excel-Writer to write the output into an Excel File.

Excel-Algorithms do not give the desired result.

We got new data from SCHURTER for the segmentation of the medical market. As example, one of the sources looks like this:

http://www.biospace.com/company_MedicalDevice.aspx

We extract the data from this and the other websites and intergrate the data into an Excel sheet to use in the comparison algorithm.

09.28.2016

Java Excel-Writer fully functional giving the desired output.

Added the «Jaro-Winkler distance»-algorithm to the Excel-Macro for the comparison. Example of how it works

https://sites.google.com/a/gapps.hswlu.ch/ice2016/home/1-schurter-inc/3-week/Schurter-Week3-2.png

09.29.2016

Changed format of the medical market list to also include the proper segment per customer”.

Java List-Comparison needs to be rewritten to allow usage of better and faster algorithms as well as different Industry input.

Working on the Excel-Macro and trying to find an algorithm that can be used additionally to the “Jaro-Winkler Distance” algorithm.

GUI Design, without touching the enrichment part of SPOSDES Version 2.0.

Version 2.0 is running perfectly, so we building the functionalities from Version 3.0 around Version 2.0:

https://sites.google.com/a/gapps.hswlu.ch/ice2016/home/1-schurter-inc/3-week/Schurter-Week3-3.png

09.30.2016

The structure from the Java comparison algorithm for the segmentation in EclipseNeon.

Rewrote the entire Java-Program to work with the new medical market list format.

The Heart of the SPOSDES Segmentation Algorithm where the comparison of the medical market list with the POS-data list of SCHURTER happens: