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Vuong-Chu/README.md
Universe

Hi there, I am Vuong Chu Waving Hand


Click here to learn more about me!!!


- 💖 I’m interested in translating all methods in Financial Econometrics/Computational Finance to well-designed functions in C++, Python, and Java.

- 🌱 I’m currently targeting to Quant developer/ Quant analyst/ Quant researcher positions.

- 🔎 I’m looking to collaborate on projects related to financial time series data.

- 🔰 I love swimming, cycling and coding challenges.

- 📫 Feel free to reach out to me at minhvuong2992(at)gmail.com.

Github contributions: Pig

github contribution grid snake animation
Languages and Tools:

Python C++ C++ Java R PowerBI
GitHub Stats: Brain Party Popper

Pinned Loading

  1. Calculate distance between Latitude/... Calculate distance between Latitude/Longitude points. All these formulas are for calculations on the basis of a spherical earth (ignoring ellipsoidal effects) – which is accurate enough for most purposes…
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    from math import radians, sin, cos, atan2, sqrt, tan, atan
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    def haversine_distance(long1, lat1, long2, lat2, degrees=False):
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      '''
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      The haversine formula determines the great-circle distance 
  2. Wallis_Pi.py Wallis_Pi.py
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    import math
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    def  Wallis_Pi(n):
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      '''
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      Compute the decimals of Pi using the Wallis formula:
  3. Multiple Columns Label Encoders Multiple Columns Label Encoders
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    import pandas as pd
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    from sklearn.preprocessing import LabelEncoder
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    class MultiColumnLabelEncoder:
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        '''
  4. This function is to remove outliers ... This function is to remove outliers in columns of a dataframe and ignore missing values that may be processed in following steps.
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    # Define function to detect outliers for numerical variables
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    import pandas as pd
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    def clean_outliers(data, types = "IQR", threshold = 3.0):
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        '''
  5. algs4 algs4 Public

    Algorithm practice following the Algorithm courses offered by Princeton University on Coursera

    Java

  6. Projects Projects Public

    This repository showcases my job market projects in quantitative finance. ⚡⚡⚡

    Jupyter Notebook