jupyter notebook shortcuts Jupyter Notebook has many helpful keyboard shortcuts that can speed up your workflow. Here are the most commonly used ones: General Shortcuts Command Mode (press Esc to enter) Edit Mode (press Enter… Useful shortcuts in jupyter notebook & colab

Error In the newly updated version of the Moviepy package, it should be the following import instead It doesn’t mean that MoviePy isn’t installed correctly or Python can’t find it.

You can reduce a video’s size in Python without noticeably losing quality by using efficient codecs, lower bitrates, or slight resolution/frame rate adjustments — typically through FFmpeg, which can be called from Python. Below are… How to reduce a video’s size in Python without noticeably losing quality

This typically means: Let’s go over a realistic and mockable example where: After that, we’ll go through an example where Then we’ll fix it by isolating the unsafe loss. After that, we’ll list which operations… Fixed: CUDA error: an illegal memory access was encountered

Let’s break down the two concept and how to implement it. The Difference: Data Parallelism vs. Model Parallelism Think of it like a factory: PyTorch Underutilizing GPUs? Unraveling the Mystery of nn.Parallel and Single-GPU Usage… Data Parallelism & Model Parallelism

In Google Colab, cd changes the directory only within the current cell. However, Colab resets the working directory when a new cell runs. To make sure the directory change is persistent, try the following: Method… How to change working directory in Colab

Error detected: The error suggests that the package name isn’t correctly formatted. Try using double quotes or removing the quotes altogether: or If the issue persists, you might want to check if your pip version… Pip package installation specifications and Error fixed: pip install -U ‘accelerate>=0.26.0’ ERROR: Invalid requirement: “‘accelerate”: Expected package name at the start of dependency specifier ‘accelerate

The content outlines various PySpark functions used for data manipulation in DataFrames. Key functions include filtering with where(), limiting rows with limit(), returning distinct rows, dropping columns, and grouping by criteria. Each function includes a brief example, illustrating how to access, modify, and aggregate data effectively within PySpark.

This song and example code help remember PySpark data frame creation functions easier. Key functions include creating Data Frames, displaying data, printing schemas, and filtering. The document facilitates understanding how to manipulate data effectively in PySpark, making it a useful reference for users working with large datasets.

This song and code examples help us understand and remember various Pandas functions for data manipulation, including grouping, aggregating, and transforming data. Key functions include groupby(), pivot_table(), resample(), rolling(), expanding(), cumsum(), cumprod(), cut(), qcut(), aggregate(), and transform().

A cute, catchy song on various Pandas functions applied to DataFrames. Key functions include sorting values, resetting the index, dropping columns and duplicates, sampling data, and handling missing values. Example codes illustrate each function’s output, demonstrating how to manipulate and visualize data effectively with Pandas.

The provided content showcases a series of PyTorch functions with descriptions and examples. Functions like torch.abs, torch.ceil, torch.floor, torch.clamp, torch.std, torch.prod, and torch.unique are explained with their respective use cases. These functions are fundamental for manipulating tensors in PyTorch.

The provided content showcases common linear algebra operations in PyTorch, including determinant calculation, matrix inverse, LU decomposition, QR decomposition, Cholesky decomposition, SVD, eigenvalue and eigenvector computation, matrix and vector norms, trace calculation, solving linear systems, and other operations with code and output examples.

Tensor Creation: Example: Here are examples for each of the basic tensor creation functions in PyTorch: Output: Output: Output: Output: Output: Output: Output: Output: Output:

Autograd: Random Number Generation: Loss Functions: Optimization: Examples for Autograd, Random Number Generation, Loss Functions, and Optimization in PyTorch: Autograd Output: Output: Output: Output: Random Number Generation Output: Loss Functions Output: Output: Optimization This function… PyTorch function song & examples: Autograd, Random Number Generation, Loss Functions, optimization

The provided content discusses tensor reshaping and tensor type and device management in PyTorch. It covers functions such as tensor.view(), tensor.reshape(), tensor.transpose(), tensor.squeeze(), tensor.unsqueeze(), tensor.to(), tensor.type(), tensor.is_cuda, tensor.cpu(), and tensor.cuda(). Demonstrated examples showcase effective memory management and computation, especially when utilizing GPUs.

PyTorch Tensor Operations song & examples on element-wise addition, subtraction, multiplication, and division, matrix multiplication, as well as operations like sum, mean, max, min, concatenation, and stacking of tensors.

Method 1: Go to Google Colab Visit Google Colab. A dialog like this will appear Do similarly if you want to open a notebook from Github. Alternatively, if you’re already in Google Colab and want… How to open a jupyter notebook in Google Drive/Github using Colab