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miniproject: viral epidemics and disease
Lakshmi Devi Priya edited this page Jul 6, 2020
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Priya
Dheeraj
- Use the communal corpus
epidemic50noCov
consisting of 50 articles. - Scrutinizing the 50 articles to know the true positives and false positives, that is, whether the articles are about viral epidemic or not.
- Using
ami search
to find whether the articles mentioned any comorbidity in a viral epidemic or not. - Sectioning the articles using
ami:section
to extract the relevant information on comorbidity. Annotating with dictionaries to create ami DataTables. - Refining and rerunning the query to get a corpus of 950 articles.
- Using relevant ML technique for the classification of data whether the articles are based on viral epidemic and the diseases/disorders that co-occur.
- A spreadsheet as well as a graph will be developed based on the comorbidity during a viral epidemic and their count.
- Development of the ML model for data classification on accuracy.
- Initially the communal corpus
epidemic50noCov
will be used. - Later a corpus of 950 articles will be created.
-
getpapers
to create the corpus of 950 articles fromEuPMC
. -
AMI
for creating and using dictionaries, sectioning. -
SPARQL
for creating dictionaries. -
KNIME
for workflow and analytics.
- The 50 articles in communal corpus
epidemic50noCov
were binary classified as true and false positives manually and a spreadsheet was developed. -
ami search
was used in the corpus of 50 articles and the html DataTables ondisease
dictionary were created. - The corpus was sectioned using
ami section
as per the reference from https://github.com/petermr/openVirus/wiki/ami:section. -
getpapers
was used to create a corpus of950
articles regarding human viral epidemics(expect COVID-19) by the syntaxgetpapers -q "viral epidemics AND human NOT COVID NOT corona virus NOT SARS-Cov-2" -o mpc -f mpc/log.txt -k 950 -x -p
. XML -949
files & PDF -902
files were created.
(in the 950 article corpus)
-
ami search
need to be used. Issue rectified(progressing). - After ami search,
ami section
is to be done. - To upload the
950
article corpus inGitHub
. - To binary classify true and false positives manually.
- To use
KNIME
software for binary classification. - To test the data classification on accuracy.
- Learning
KNIME
to use in binary classification.