Teaching:TUW - UE InfoVis WS 2007/08 - Gruppe 05 - Aufgabe 4: Difference between revisions
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==== field of appliation ==== | ==== field of appliation ==== | ||
This visualization is used in a medical environment to show the different results of blood examinations over time. It's important to highlight values, which are not in the "normal" range, so that you can recognize those values at a glance. It's possible to measure different values at every blood test. Thereby the structure of the datasets can be different for every blood test. The datasets are usually very big and are very complex to analyze. | This visualization is used in a medical environment to show the different results of blood examinations over time. It's important to highlight values, which are not in the "normal" range, so that you can recognize those values at a glance. It's possible to measure different values at every blood test. Thereby the structure of the datasets can be different for every blood test. The datasets are usually very big and are very complex to analyze. | ||
==== Datasetanalysis ==== | |||
# The measured values (Cholesterin, Glucose,...) are ordinal and continuous. Those values are numbers. The reference values "date of birth" and "date of examination" are ordinal as well, but discrete. The reference value "patient's name" is nominal and discrete (because you can only choose from 26 letters). | |||
# The dataset is multidimensional. There are many different datasets over time, thus the datasets are temporal as well. There is no hierarchy within the datasets, all measured values in one dataset are independent of each other (but the measured values are dependent over time!). | |||
Revision as of 13:00, 30 December 2007
Aufgabenstellung
Aufgabe ist das Design einer interaktiven Visualisierungsapplikation zur Darstellung und Exploration
(des zeitlichen Verlaufs) von Laborwerten einer Blutuntersuchung. BenutzerInnen, Einsatzzweck, Tasks, etc.
sollen von Euch selbst festgelegt und beschrieben werden.
Beispiele für derartige Datensätze
Target exploration
Target and dataset description
field of appliation
This visualization is used in a medical environment to show the different results of blood examinations over time. It's important to highlight values, which are not in the "normal" range, so that you can recognize those values at a glance. It's possible to measure different values at every blood test. Thereby the structure of the datasets can be different for every blood test. The datasets are usually very big and are very complex to analyze.
Datasetanalysis
- The measured values (Cholesterin, Glucose,...) are ordinal and continuous. Those values are numbers. The reference values "date of birth" and "date of examination" are ordinal as well, but discrete. The reference value "patient's name" is nominal and discrete (because you can only choose from 26 letters).
- The dataset is multidimensional. There are many different datasets over time, thus the datasets are temporal as well. There is no hierarchy within the datasets, all measured values in one dataset are independent of each other (but the measured values are dependent over time!).