Today, I wrote introduction of the second paper.
Summary:
It is in my email attachment.
Tomorrow, I will finish the introduction and continue to write other parts.
8/14/2017
8/08/2017
finish changing the paper to Fuel version
Today, I finish change the paper to Fuel version.
Summary:
I will send you an email.
Tomorrow, I will improve it if you have any instructions.
Summary:
I will send you an email.
Tomorrow, I will improve it if you have any instructions.
8/07/2017
finish the first paper
Today, I finish the first paper and write a little of the second paper.
Summary:
I will send you an email.
Tomorrow, I will select one journal for the submission of the first paper.
Summary:
I will send you an email.
Tomorrow, I will select one journal for the submission of the first paper.
8/04/2017
improve all figures and some contents of paper 1
Today, I improve all figures and some contents of paper 1.
Summary:
I will send you an email.
At weekends, I will finish improving paper 1.
Summary:
I will send you an email.
At weekends, I will finish improving paper 1.
8/03/2017
finish writing conclusions of the second paper
Today, I finish writing conclusions of the second paper.
Summary;
I will send you by an email.
Tomorrow, I will improve the first paper following your instructions.
Summary;
I will send you by an email.
Tomorrow, I will improve the first paper following your instructions.
8/02/2017
plot log data and build three models for atland well
Today, I plot log data and build three models for atland well.
Summary:
I will send you by an email.
Tomorrow, I will continue to write the second paper.
Summary:
I will send you by an email.
Tomorrow, I will continue to write the second paper.
8/01/2017
build the third model for abernathy well
Today, I compared two methods to build the third model.
Summary:
method 1: train all 8 models with log data and original dielectric data as inputs, test all 8 models with log data and predicted dielectric data as inputs.
method 2: train and test all 8 models one by one with log data as predicted dielectric data as inputs.
After comparison, it shows that method 1 has much worse accuracy than method 2 does. So method 2 should be used to build the third model.
I will send you by an email.
Tomorrow, I will start to write the second paper since I have all results of figures and tables now.
Summary:
method 1: train all 8 models with log data and original dielectric data as inputs, test all 8 models with log data and predicted dielectric data as inputs.
method 2: train and test all 8 models one by one with log data as predicted dielectric data as inputs.
After comparison, it shows that method 1 has much worse accuracy than method 2 does. So method 2 should be used to build the third model.
I will send you by an email.
Tomorrow, I will start to write the second paper since I have all results of figures and tables now.
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