Gain insights into using Python for scientific and engineering applications. Delve into real-world scenarios, learning NumPy, Matplotlib, audio processing, and more through practical, hands-on projects.

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jupter.tar.gz

notebook

obesity_plot_gender

print_gender_pandas

create_sine_wave

notebook_exercise

range

print_gender_pandas_remove_NaN

print_gender_year

print_data_age

print_data_age_with_year

print_data_age_remove_NaN

obesity_plot_age_simple

obesity_plot_age_clear

print_data_age_under_16

print_data_age_25_34

obesity_plot_children_vs_adults

print_movie_top_rated

print_movies_oldie_teen

print_movies_by_gender

print_movies_for_women

print_movies_by_gender_loc

print_movies_diff_gender

movies_diff_gender_plot

print_u_data

print_movies_oldie_index

print_movies_oldies

print_movies_teens

display_image_nouse

grey_image

blur_image

edge_detection_low

edge_detection_high

plot_sin_wave

create_wave_file

display_again

print_frequencies

count_objects

detect_faces

detect_faces_little_mix

count_exact_lines

webcam_detection

single_thread

find_correlation

webcam_face_detection

motion_detection

motion_detection_live

In this course, you will learn to use Python for real-world scientific/engineering applications. For each topic, there will be a real case scenario where you will build a quick solution in Python to solve the problem.

More specifically, you will cover topics such as creating a word counter, NumPy and Matplotlib, audio processing, and a lot more. Throughout each chapter, you will get hands-on experience in building solutions for complex problems that engineers and scientists face every day.

The Practical Guide to Python for Scientists and Engineers

What is the maximum value of a signed 16-bit number? 


What is the maximum value of a signed 16-bit number?

It converts the data to hex so that it can be written to a file.

It converts the data to binary so that it can be written to a file.

It reads the file h, converts its content into hex, and prints output onto the console.

What does the following code do?
```
data = 7843
struct.pack('h', data)
```

What does the following code do?
<pre><code>data = 7843
struct.pack('h', data)
</code></pre>

Consider the following code:
```
for i in range(5):
    complex = (i - 4j)
    print(X(complex))
```
Which of the following functions will replace `X` in the code above, assuming `X` is a function in python?

Consider the following code:
<pre><code>for i in range(5):
 complex = (i - 4j)
 print(X(complex))
</code></pre>
Which of the following functions will replace <code>X</code> in the code above, assuming <code>X</code> is a function in python?

Which of the following is not a parameter of the `wave` library?

Which of the following is not a parameter of the <code>wave</code> library?

Inverse FFT will take a signal and convert it back to the time domain.

Inverse FFT returns all possible frequencies into the signal.

Inverse FFT will take a signal and convert it back to the frequency domain.

Inverse FFT converts a time-domain signal to a frequency domain.

Which of the following statements about Fast Fourier Transform (FFT) are true? Select one:

Which of the following statements about Fast Fourier Transform (FFT) are true? Select one:

Introduction

Create a Word Counter in Python

An Introduction to NumPy and Matplotlib

Python pandas

Audio Processing

Image and Video Processing

MultiThreading vs. Multiprocessing in Python

Machine Learning with an Amazon-like Recommendation Engine

Conclusion

Quiz: Audio processing