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Comparison between Clouds (Amazon, IBM, Google ...) |
Introduction |
Image generation with ML |
Introduction |
Directed Acyclic Graph (DAG) |
Introduction |
Hadoop MapReduce used by Google, Netflix, Amazon and Machine Learning |
Introduction |
n-grams |
Introduction |
Context-free grammar (CFG) |
Introduction |
Formal grammar |
Introduction |
GPT (Generative Pre-trained Transformer) |
Introduction |
XGBoost (Extreme Gradient Boosting) |
Introduction |
AutoML (Automated Machine Learning) versus Generative AI |
Introduction |
Global import |
Introduction |
Global variables |
Introduction |
Guess and check algorithm in Python with a combination of a for loop and an if statement |
Introduction |
Guido van Rossum |
Introduction |
Goal State and Goal Test in ML |
Introduction |
Trade-off between exploration and exploitation, and epsilon(ε-) greedy exploration |
Introduction |
Grid world navigation |
Introduction |
Maximum Likelihood Estimation (MLE) of single Gaussian (normal) distribution |
Introduction |
Mixture of Gaussians (MoG) versus Factor Analysis (FA) |
Introduction |
Expectation-Maximization (EM) algorithm working in Gaussian Mixture Models (GMMs) |
Introduction |
Exploding gradients in ML |
Introduction |
Vanishing gradients in ML |
Introduction |
Batch Gradient Descent (BGD), Stochastic Gradient Descent (SGD), Mini-Batch Gradient Descent, Batch Stochastic Gradient Descent, Momentum, (Adagrad, Adadelta, RMSprop), and Adam (Adaptive Moment Estimation) |
Introduction |
Gradient Boosting |
Introduction |
Comparison among Grid Search, Bayesian Optimization, Random Search and Manual Search |
Introduction |
Gini Loss |
Introduction |
Gini impurity |
Introduction |
Generalization risk/generalization error versus empirical risk |
Introduction |
Generalization |
Introduction |
Tricks for learning three dimensional geometry |
Introduction |
Geometric Margin versus Functional Margin |
Introduction |
Geometric margin in ML |
Introduction |
Single Naive Bayes (Gaussian Naive Bayes) versus Multinomial Naive Bayes |
Introduction |
Comparison between Poisson distribution, Gaussian (normal) distribution and logistic regression |
Introduction |
Logistic regression versus Gaussian discriminant analysis |
Introduction |
Discriminative algorithms versus generative models |
Introduction |
Gaussian Discriminant Analysis (GDA) |
Introduction |
GLM (Generalized Linear Model) |
Introduction |
Gaussian distribution and standard gaussian distribution (multivariate normal distribution) |
Introduction |
Tricks in Python Programming and principles and practices in good programming |
Introduction |
Exponential Family: Parameter, Sufficient Statistic, Natural Parameter, Base Measure and Log-Partition Function (Bernoulli distribution and Gaussian distribution) |
Introduction |
Probability density function (PDF): comparisons between (normal (gaussian) distribution, uniform distribution, exponential distribution and poisson distribution) |
Introduction |
Generative learning models |
Introduction |
Newton's method versus gradient descent |
Introduction |
Update parameters θj using gradient of the loss function |
Introduction |
Mixture of Gaussians (MoG) |
Introduction |
Algorithms for directly finding the global optimum |
Introduction |
Global optimization and global minimum |
Introduction |
Plot diagram/graph |
Introduction |
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Gradient descent algorithm (for updating θ) |
Introduction |
◆ |
Batch gradient descent |
Introduction |
◆ |
Stochastic gradient descent (SGD) |
Introduction |
◆ |
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Generalization Error/generalization risk/Generalization Loss/Test Error/Expected Error of Hypothesis/Risk |
Introduction |
Common Words for Classification of Groups of Texts |
Introduction |
GPUs/CPUs |
Introduction |
Find nearest white pixel to a given/specifical pixel location on an binary image |
Introduction |
pd.get_dummies |
(Code) |
tf.Graph() |
Introduction |
Graphlab Create |
Introduction |
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Google |
Introduction |
◆ |
Google Translate |
Introduction |
◆ |
Leetcode for Google/Amazon |
Introduction |
◆ |
Comparisons among Manual Search, Vertex Vizier, AutoML and Early stopping on google cloud |
Introduction |
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Google's Edge TPU hardware |
Introduction |
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Methods to open google chrome (problems: Google chrome closes immediately after being launched with selenium) |
Introduction |
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Google auto-search with Python |
Introduction |
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googlecoursera/console.cloud.google |
Introduction |
◆ |
GoogleNews-vectors-negative300.bin; A pre-trained model. Use "7zFM.exe" to unzip from .bin.gz format to .bin format. |
(code) |
◆ |
Output the web links obtained by Google Search (from googlesearch import search) |
Introduction |
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Save contents (download pdf files) in the webpages obtained by Google search into a text file |
Introduction |
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Managing machine learning projects with Google Cloud |
Introduction |
◆ |
Google Cloud Platform (GCP) versus Apache Hadoop |
Introduction |
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Google Cloud Shell |
Introduction |
◆ |
Google Kubernetes Engine (GKE) |
Introduction |
◆ |
Specialized tools and APIs lacking in GCP (Google Cloud) for semiconductor applications |
Introduction |
◆ |
Google Cloud Natural Language API |
Introduction |
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Graph |
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plotly.graph_objects |
Introduction |
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Get the name of the current/most front window |
Introduction |
Check to see if or get a window with a name containing specific titles or texts |
Introduction |
Get the latest/newest/most recent file in a folder |
Introduction |
Generic (or generalized) robot programming (GRP) |
Introduction |
Graphical user interface (GUI) |
Introduction |
Get a specific output for every input |
code. |
Calculations in DataFrame:
Add a column, calculate for a new column, delete a column, all the rows with values greater than 30 in "Score A" column |
Introduction |
Pint summary of the statistic data, change data format, sort/group columns |
Introduction |
Set the output image to zero everywhere except my mask (color filter), and display red, green, and blue (RGB) channels of an image. |
code, code. |
Creates an image from an colored images after remove the grey components (image conversion from color to gray involved) |
code |
Extract three blue, green, red images from a color image or grey image, or convert RGB (color) image into three blue, green, red images |
code |
Extract three blue, green, red images from a color image or grey image, or convert RGB (color) image into three blue, green, red images |
code |
Calculate the coordinates of a point in a given rectangle and the distance of a given point to a line |
code |
Change/convert a colored image to a grey image(, and then show pixel values). |
cv2, cv2, cv2/skimage. cv2/skimage. PIL. matplotlib. |
Create images with global, adaptive mean, adaptive Gaussian, binary, trunc, Tozero, and tozero thresholds. |
code |
Find the greatest of three numbers |
code1, code2, code3. |
Reverse the digits of a given number |
code |
Get the list of the methods for a function |
Introduction |
Get/list immediate subdirectories/subfolders; get only the last part of a path |
Introduction |
Print and set file path as a variable (e.g. convert all characters in the pathname to lowercase) |
Introduction |
matplotlib.pyplot axis/text color (xticks, rotation, xlabel, ylabel, title, fontsize, grid(), legend(), show()) |
Introduction |
Global access to a variable inside a function from outside of the function |
Introduction |
Get mouse position/coordinates on click |
Introduction |
Get pixel location/coordinates on an image using mouse click/events |
Introduction |
Generate text file with the bank of collecting all words, characters and strings from news |
Introduction |
Global defects and local defects identified by defect denoising |
Introduction |
Plot graph/figure/image from CSV file |
Introduction |
Plot graph/figure/image from CSV file/DataFrame by removing/hiding blank/empty cells with axis range (plt.xlim()) |
Introduction |
Plot data into the same graph/figure/image from different csv files |
Introduction |
Plot multiple datasets on the same scatter graph with different x- and y-axis values |
Introduction |
Calculating the area fraction of each circle overlapped by a square grid and build wafer map |
Introduction |
Get username and password with getpass |
Introduction |
Get header/column names from DataFrame |
Introduction |
Get directory/path/file name partially |
Introduction |
Python modules to interact with the operating system (os, platform, subprocess, shutils, glob and sys) |
Introduction |
Pyvis: An interactive geometric graph network/link/landscape |
Introduction |
Modify HTML webpage (e.g. with graph network by adding text/hyperlink in) |
Introduction |
Trick: generic code/script templates for complex automation |
Introduction |
Summary/templates of plotting graphs/figures |
Introduction |
Generative Adversarial Network (GAN) technologies |
Introduction |
Find repeating patterns in columns, group them as cycles, and column correlations |
Introduction |
Classification of groups of texts |
Introduction |
__add__, __call__, __contains__, __delitem__, __delattr__, __eq__, __enter__, __ge__, __getattribute__, __getnewargs__, __getattr__, __getitem__, __gt__, __hash__, __reduce__, __iadd__, __imul__, __init_subclass__, __index__, __int__, __invert__, __new__, __neg__, __reduce_ex__, __reversed__, __rmul__, __radd__, __rand__, __rdivmod__, __rfloordiv__, __rlshift__, __rmod__, __ror__, __round__,__rpow__, __rrshift__, __rshift__, __rsub__, __rtruediv__, __rxor__, __dir__, __doc__, __divmod__, __iter__, __le__, __lt__, __len__, __ne__, __repr__, __setattr__, __setitem__, __sizeof__, __lshift__, __sub__, __subclasshook__, __str__ |
Introduction |
Comparison between decision tree, random forest and XGBoost (extreme gradient boosting) |
Introduction |
.groupby('...')['...']: sort/group columns. (code). CSV: (code) |
Introduction |
Generating heatmaps for grouped data occurrences |
Introduction |
Save dynamic graph as a movie/video or split a movie to image frames |
Introduction |
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.get_option() |
CSV: Get the value of a single option. (code) |
global/globals |
Introduction. |
sct.grab() |
(code) |
.getpixel() |
code. |
.geometry |
Window size (width and length). Introduction. code. code. |
.get() |
A switch statement. code. (code). |
os.getcwd() |
Get current working directory/path. |
win32clipboard.GetClipboardData() |
code. |
requests.get |
Introduction. code. code. |
__get__/method-wrapper |
name/type: implementation of the read-only descriptor protocol (see XREF) |
__globals__/dict |
name/type: global variables of the module where the function is defined |
skimage.measure.grid_points_in_poly |
Test whether points on a specified grid are inside a polygon. |
Gensim |
(code). Gensim is an open source python library for natural language processing and is for topic modelling, document indexing, which means it is able to extract the underlying topics from a large volume of text. It can handle large text files without loading the entire file in memory. Gensim library will enable us to develop word embedding by training our own word2vec models on a custom corpus either with CBOW of skip grams algorithms. The Gensim was developed and is maintained by the Czech natural language processing researcher Radim Řehůřek and his company RaRe Technologies. |
Word2Vec with Gensim |
Introduction |
glob |
Unix style pathname pattern expansion. code. |
glob.glob(pathname, *, recursive=False) |
Return a possibly-empty list of path names that match pathname, which must be a string containing a path specification. pathname can be either absolute (like /.../Makefile) or relative (like ../../*/*.tft), and can contain shell-style wildcards. Broken symlinks are included in the results (as in the shell). Whether or not the results are sorted depends on the file system. If a file that satisfies conditions is removed or added during the call of this function, whether a path name for that file be included is unspecified. If recursive is true, the pattern “**” will match any files and zero or more directories, subdirectories and symbolic links to directories. If the pattern is followed by an os.sep or os.altsep then files will not match. Introduction. code. (code) |
"gray" |
Convert a GRB image to a grey image. code. |
grid |
Display axis grid (on by default) |
grid() |
(code) |
t.getscreen() |
Return the TurtleScreen object the turtle is drawing on. (code) |
t.getcanvas() |
Return the Canvas of this TurtleScreen. (code) |
Collections of geometric shape |
(code) |
.goto() |
.goto(x, y=None) x – a number or a pair/vector of numbers; y – a number or None. (code) |
.getcanvas().postscript(file="") |
Picture saved in current working directory. (code) |
GetKeyState(VK_NUMLOCK) |
Turn off or on Num Lock. .press("numlock") (code). |
GetKeyState(VK_CAPITAL) |
Caps Lock, .press("capslock"). (code). |
get_attribute('href') |
(code) |
win32api.GetCursorPos() |
(code) |
hotkey('g') |
Introduction |
.get_column_letter() |
(code) |
.getAllTitles() |
Get all the Python program windows, *IDLE Shell window, e.g. *IDLE Shell 3.9.5, the most front window on Dreamweaver, the most front webpage on each Chrome window, the name of each opened applications, e.g. DigitalMicrograph. Introduction |
.getWindowsWithTitle() |
Returns a list of Window objects for every visible window that includes the string in its title bar. Introduction |
.getAllWindows() |
(code) |
.getActiveWindow() |
(code) |
.getActiveWindow() |
(code) |
.getWindowsAt() |
(code) |
.GetForegroundWindow() |
(code) |
.GetWindowText() |
(code) |
.GetWindowRect() |
Get the position and the size of a window. Introduction |
FLAT, RAISED, SUNKEN, GROOVE and RIDGE in Tkinter button relief styles |
Introduction |
glob.iglob() |
(code) |
os.path.getctime |
(code) |
group_id= |
(code). |
driver.get(“http://globalsino.com”) |
Navigate to URL |
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GeoPandas |
Introduction. |
os.path.getatime() |
(code) |
os.path.getmtime() |
(code) |
os.path.getsize() |
(code) |
cv2.getRotationMatrix2D() |
(code) |
go.Figure |
(Code) |
go.Heatmap |
(Code) |