Learn how to create high-quality documents with LaTeX.
Also find me here:
Baeldung Author
baeldung
This is the standard author on the site. Most articles are published by individual authors, with their own profiles, but when multiple people have a strong contribution, we publish collectively here.
Here's what I've written (so far):
Baeldung on Computer Science
- All
- Machine Learning (45)
- Algorithms (41)
- Networking (40)
- Programming (36)
- Math and Logic (30)
- OS (19)
- Computer Vision (19)
- Artificial Intelligence (18)
- Deep Learning (16)
- Trees (15)
- Data Structures (15)
- Security (14)
- Latex (13)
- Sorting (12)
- Software Architecture (11)
- Core Concepts (10)
- Graphs (8)
- Searching (6)
- Web (4)
- Graph Traversal (4)
- Data Science (4)
- Series (3)
- Path Finding (3)
- Graph Theory (3)
- Concurrency (1)
Neural Networks Series
Filed under Deep Learning, Series
A collection of guides on neural networks.
Optical Flow: Coarse-To-Fine Flow Estimation
Filed under Computer Vision
Explore the concept of optical flow and the methods to compute it.
Check if the Digits of a Number Are All Increasing or Decreasing (Monotonic Values)
Filed under Math and Logic
Learn how to check whether a sequence of numbers is increasing/decreasing or non-increasing/non-decreasing.
What Is the Riemann Zeta Function?
Filed under Math and Logic
Explore the Zeta Riemann function, a fundamental mathematics study object.
Graphs Tutorial
Filed under Graph Theory, Series
A series of tutorials on graph theory
Motion Field and Optical Flow
Filed under Computer Vision
Explore the motion field and the optical flow, two fundamental notions in computer vision.
Should We Use the Euclidean Metric in High Dimensions?
Filed under Machine Learning, Math and Logic
Find out why there are better choices than the Euclidean distance for high-dimensional spaces and what other metric can be used instead.
How Does a Web Server Handle Concurrent Requests on a Single Port?
Filed under Web
Explore how a web server handles multiple requests simultaneously on a single port.