You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Hello, following up our previous discussion with @Min-Ho-Kim,
We have a tool for predicting bugs in software written in C/C++ with machine learning algorithms using metrics of source code. Our approach uses function-level and class-level metrics such as LoC, Halstead measures, Cyclomatic complexity, Measure of aggregation, etc. Decision trees, Logistic regression, SVM, Neural networks are used for defect prediction.
You already have a module for getting metrics [1], and we propose to expand it with our functionality.
If you are interested in it we can create a pull request.
Hi @osanwe!
Your proposition looks very interesting.
Do you have any paper that describes the approach? I would like to know how it was trained, what is accuracy of the model etc.
I will send you the document that I received.
After pull-request, please review the codes.
I will give you and your co-workers reviewer permission,
so please let me know your co-workers IDs
@osanwe ,
Please do pull-request.
If you have other documents to share, please let us know.
Hello, following up our previous discussion with @Min-Ho-Kim,
We have a tool for predicting bugs in software written in C/C++ with machine learning algorithms using metrics of source code. Our approach uses function-level and class-level metrics such as LoC, Halstead measures, Cyclomatic complexity, Measure of aggregation, etc. Decision trees, Logistic regression, SVM, Neural networks are used for defect prediction.
You already have a module for getting metrics [1], and we propose to expand it with our functionality.
If you are interested in it we can create a pull request.
Thank you.
[1] https://github.com/Samsung/Dexter/tree/master/project/dexter-metrics
cc: @arogozhnikov; @lucenticus
The text was updated successfully, but these errors were encountered: