Create an API from EDA or ML outcome?
$begingroup$
I have the following sample dataset (the actual dataset is over 10 million records)
Passenger Trip
0 Mark London
1 Mike Girona
2 Michael Paris
3 Max Sydney
4 Martin Amsterdam
5 Martin Barcelona
6 Martin Barcelona
7 Mark London
8 Mark Paris
9 Martin New york
10 Max Sydney
11 Max Paris
12 Max Sydney
...
...
...
And I wanted to get the destination frequently travelled by a passenger !
I was playing around in Jupyter and got the expected data with the following approach
series_px = df_px_dest.groupby('Passenger')['Trip'].apply(lambda x: x.value_counts().head(1))
df_px = series_px.to_frame()
df_px.index = df_px.index.set_names(['UName', 'DEST'])
df_px.reset_index(inplace=True)
def getNextPossibleDestByUser(pxname,df=df_px):
return df.query('UName==@pxname')['DEST'].to_string(index=False)
While the response is fine. I have few doubts now
1) What's the best way to expose the method (say in this case getNextPossibleDestByUser) as a API (pass customer name as input and get the destination as output) ?
2) Whenever the API is being called , does that mean all the 10 million records gets processed each time ? Are there anyway to optimise that ?
3) Rather than dataframe (pandas) query approach can I consider some ml models or utility functions from say scikit to solve the same problem ?
python scikit-learn pandas
$endgroup$
add a comment |
$begingroup$
I have the following sample dataset (the actual dataset is over 10 million records)
Passenger Trip
0 Mark London
1 Mike Girona
2 Michael Paris
3 Max Sydney
4 Martin Amsterdam
5 Martin Barcelona
6 Martin Barcelona
7 Mark London
8 Mark Paris
9 Martin New york
10 Max Sydney
11 Max Paris
12 Max Sydney
...
...
...
And I wanted to get the destination frequently travelled by a passenger !
I was playing around in Jupyter and got the expected data with the following approach
series_px = df_px_dest.groupby('Passenger')['Trip'].apply(lambda x: x.value_counts().head(1))
df_px = series_px.to_frame()
df_px.index = df_px.index.set_names(['UName', 'DEST'])
df_px.reset_index(inplace=True)
def getNextPossibleDestByUser(pxname,df=df_px):
return df.query('UName==@pxname')['DEST'].to_string(index=False)
While the response is fine. I have few doubts now
1) What's the best way to expose the method (say in this case getNextPossibleDestByUser) as a API (pass customer name as input and get the destination as output) ?
2) Whenever the API is being called , does that mean all the 10 million records gets processed each time ? Are there anyway to optimise that ?
3) Rather than dataframe (pandas) query approach can I consider some ml models or utility functions from say scikit to solve the same problem ?
python scikit-learn pandas
$endgroup$
add a comment |
$begingroup$
I have the following sample dataset (the actual dataset is over 10 million records)
Passenger Trip
0 Mark London
1 Mike Girona
2 Michael Paris
3 Max Sydney
4 Martin Amsterdam
5 Martin Barcelona
6 Martin Barcelona
7 Mark London
8 Mark Paris
9 Martin New york
10 Max Sydney
11 Max Paris
12 Max Sydney
...
...
...
And I wanted to get the destination frequently travelled by a passenger !
I was playing around in Jupyter and got the expected data with the following approach
series_px = df_px_dest.groupby('Passenger')['Trip'].apply(lambda x: x.value_counts().head(1))
df_px = series_px.to_frame()
df_px.index = df_px.index.set_names(['UName', 'DEST'])
df_px.reset_index(inplace=True)
def getNextPossibleDestByUser(pxname,df=df_px):
return df.query('UName==@pxname')['DEST'].to_string(index=False)
While the response is fine. I have few doubts now
1) What's the best way to expose the method (say in this case getNextPossibleDestByUser) as a API (pass customer name as input and get the destination as output) ?
2) Whenever the API is being called , does that mean all the 10 million records gets processed each time ? Are there anyway to optimise that ?
3) Rather than dataframe (pandas) query approach can I consider some ml models or utility functions from say scikit to solve the same problem ?
python scikit-learn pandas
$endgroup$
I have the following sample dataset (the actual dataset is over 10 million records)
Passenger Trip
0 Mark London
1 Mike Girona
2 Michael Paris
3 Max Sydney
4 Martin Amsterdam
5 Martin Barcelona
6 Martin Barcelona
7 Mark London
8 Mark Paris
9 Martin New york
10 Max Sydney
11 Max Paris
12 Max Sydney
...
...
...
And I wanted to get the destination frequently travelled by a passenger !
I was playing around in Jupyter and got the expected data with the following approach
series_px = df_px_dest.groupby('Passenger')['Trip'].apply(lambda x: x.value_counts().head(1))
df_px = series_px.to_frame()
df_px.index = df_px.index.set_names(['UName', 'DEST'])
df_px.reset_index(inplace=True)
def getNextPossibleDestByUser(pxname,df=df_px):
return df.query('UName==@pxname')['DEST'].to_string(index=False)
While the response is fine. I have few doubts now
1) What's the best way to expose the method (say in this case getNextPossibleDestByUser) as a API (pass customer name as input and get the destination as output) ?
2) Whenever the API is being called , does that mean all the 10 million records gets processed each time ? Are there anyway to optimise that ?
3) Rather than dataframe (pandas) query approach can I consider some ml models or utility functions from say scikit to solve the same problem ?
python scikit-learn pandas
python scikit-learn pandas
asked 49 secs ago
MaddyMaddy
464
464
add a comment |
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