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RAPIDS ML, NVIDIA NEWS DETAIL

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News and technical insightsNews and Insights ITZKXY enterprise networking and AI infrastructure support2025-01-06

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# Calculate statistics from training data

   base_median = train_df[base_feature].median()

   Q1 = train_df[base_feature].quantile(0.25)

   Q3 = train_df[base_feature].quantile(0.75)

   IQR = Q3 - Q1

   lower_bound = Q1 - 1.5 * IQR

   upper_bound = Q3 + 1.5 * IQR

# Process base feature

       df_processed['magical'] = df['magical'].fillna(base_median).clip(lower_bound, upper_bound)

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# Calculate robust target encodings for high-cardinality categorical variables

   cat_encodings = {}

   global_mean = train_df['y'].mean()

 

   for col in ['trickortreat', 'kingofhalloween']:

       # Group by category and calculate stats

       cat_stats = (train_df.groupby(col)['y']

                   .agg(['mean', 'count'])

                   .reset_index())

 

       # Only keep categories that appear more than once

       frequent_cats = cat_stats[cat_stats['count'] > 1]

 

       # Strong smoothing factor due to high cardinality

       smoothing = 100

 

       # Calculate smoothed means with stronger regularization

       frequent_cats['encoded'] = (

           (frequent_cats['count'] * frequent_cats['mean'] + smoothing * global_mean) /

           (frequent_cats['count'] + smoothing)

       )

 

       # Create dictionary only for frequent categories

       cat_encodings[col] = dict(zip(frequent_cats[col], frequent_cats['encoded']))

# Process categorical features

       for col in ['trickortreat', 'kingofhalloween']:

           # Map categories to encodings, with special handling for rare/unseen categories

           df_processed[f'{col}_encoded'] = (

               df[col].map(cat_encodings[col])

               .fillna(global_mean)  # Use global mean for rare/unseen categories

           )

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train_df = df.copy()

# train_df = sample_20_df.copy()

categorical_cols = train_df.select_dtypes(include=['object', 'category']).columns.tolist()

numerical_cols = train_df.select_dtypes(include=['number']).columns.tolist()

num_col_only_minus_one = [col for col in numerical_cols if (train_df[col]

> 0 and (train_df[col]

train_df[categorical_cols] = train_df[categorical_cols].astype('category')

train_df[num_col_only_minus_one]=train_df[num_col_only_minus_one].replace(-1, np.nan)

 

test_df[categorical_cols] = test_df[categorical_cols].astype('category')

test_df[num_col_only_minus_one]=test_df[num_col_only_minus_one].replace(-1, np.nan)

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#baseline parameters

xgb_regressor = xgb.XGBRegressor(objective='reg:squarederror', eval_metric = 'rmse',

max_depth= 5, n_estimators=500, random_state=42, device='cuda', enable_categorical=True)

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# 1. Handle missing values

numeric_cols = train_data.select(cs.numeric()).columns

categorical_cols = [

   col for col in train_data.columns

   if col not in numeric_cols and col not in ['id', 'y']

]

 

# Fill missing values

df = train_data.with_columns([

   # Fill numeric columns with mean

   *[

       pl.col(col).fill_null(pl.col(col).mean()).alias(col)

       for col in numeric_cols

   ],

   # Fill categorical columns with 'Unknown'

   *[

       pl.col(col).fill_null("Unknown").alias(col)

       for col in categorical_cols

   ]

])

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