Okay, I need to create a Wikipedia-style document about "Mini-Batch Gradient Descent" under the categories of Technology > Artificial Intelligence > Machine Learning. Let me start by understanding what exactly is required here.
First, the structure: H1 for the title, then an overview section, followed by detailed sections with H2 and H3 headings. Also, need to include references or related documents if necessary. The content should be accurate, objective, comprehensive, easy to read, and use technical terms with explanations. Plus, markdown formatting with proper hierarchy, lists, tables, code blocks where needed. And the total length should be at least 800 characters.
Starting with the title: "미니 배치 경사 하강법" as given. Then an introduction that explains what it is, its importance in machine learning. Next sections could be on how it works, advantages and disadvantages compared to other methods like batch and stochastic gradient descent. Maybe a section on implementation details or examples.
Wait, the user mentioned "소분류: 머신러닝" so I should focus on the context within machine learning. Need to make sure that each section is detailed enough. For example, under how it works, explain the concept of mini-batches, how they are selected, the update process. Maybe compare with batch and stochastic GD.
Also, need to include technical terms but explain them. Like "mini-batch" – define it as a subset of the dataset used in each iteration. Mention that it's a compromise between batch and stochastic methods.
For advantages: faster convergence than batch, less memory usage than full batch, can escape local minima better than stochastic. Disadvantages: requires tuning of mini-batch size, potential for oscillations if not set properly.
Maybe include an example with code in Python using PyTorch or TensorFlow to show how it's implemented. But since the user didn't specify a particular framework, maybe keep it general. Or use pseudocode.
Also, need to check for accuracy. For instance, the learning rate and batch size are hyperparameters that affect performance. Mention that choosing an appropriate mini-batch size is crucial.
References: Maybe cite some standard ML textbooks or papers, but since this is a wiki-style document, perhaps just mention key sources like "Deep Learning" by Ian Goodfellow et al., or research papers on optimization algorithms.
Need to ensure the content flows logically. Start with introduction, then explain the method, compare with others, discuss pros and cons, implementation tips, and maybe some practical considerations.
Check for markdown structure: H1 is the title, then H2 for sections like "개요", "작동 원리", "장단점 비교", "구현 및 적용", "참고 자료". Under each H2, use H3 for sub-sections if needed. For example, under "장단점 비교", have H3 for advantages and disadvantages.
Make sure the language is clear and concise, avoiding overly technical jargon without explanation. Use bullet points or tables where appropriate to compare batch vs mini-batch vs stochastic GD.
Also, check that the total length meets 800 characters. Let me count: the example I wrote earlier might be around that. Need to expand if necessary, adding more details on each section.
Potential sections:
- 개요 (Introduction)
- 작동 원리 (How it works)
- mini-batch 정의
- 반복 과정
- 장단점 비교
- 장점
- 단점
- 구현 및 적용
- 코드 예시
- 하이퍼파라미터 조절
- 참고 자료
Make sure each section has enough content. For example, in the working principle, explain how data is split into mini-batches, how gradients are computed and parameters updated. Mention that it's a middle ground between batch (full dataset) and stochastic (single sample).
In the implementation part, maybe provide a simple Python code snippet using numpy or a framework like PyTorch. But since the user might not want specific frameworks, keep it general.
Also, mention that mini-batch GD is widely used in practice because of its efficiency and effectiveness. Maybe touch on concepts like momentum or adaptive learning rates (like Adam) which are often used with mini-batch GD.
Need to avoid any markdown syntax errors. Use proper headers, lists, code blocks if needed. For example:
# Pseudocode for Mini-Batch Gradient Descent
for epoch in range(num_epochs):
for batch in get_batches(data, batch_size):
gradients = compute_gradient(batch)
parameters -= learning_rate * gradients
But since the user might not need actual code, maybe just a high-level explanation.
Also, check that all terms are explained. For example, "hyperparameters" – define as parameters set before training that influence the model's learning process.
Finally, ensure that the document is comprehensive but not too verbose. Each section should add value without repetition.