Okay, I need to create professional Korean Wikipedia-style document aboutKDF2. Let start by understanding the. The user provided a with main, medium, subcategories, and the title. The document should an H1 title, overview, several detailed sections with H2 and H, and possibly references.

, the title is: # PBKDF2. Then the overview needs to introduce PBKDF2 clearly. I should mention that it's a key derivation function used for password hashing. Maybe start by explaining what password-based key derivation is, why it's important, and then introduce PBKDF2 as a standard.

Next, the detailed sections. The user mentioned H2 and H3. Let me think of possible sections. Maybe History and Standardization, How PBKDF2 Works, Security Features, Parameters, Applications, Advantages and Disadvantages, Comparison with Other Algorithms, and References. Each of these can be H2 sections. Under How PBKDF2 Works, I can break it down into H3 sections like Key Derivation Process, Role of Salt, and Iteration Count. Similarly, under Parameters, I can have Salt, Iteration Count, and Key Length.

I need to ensure accuracy. I should recall that PBKDF2 was introduced in PKCS #5 v2.0 and standardized in RFC 2898. It uses a pseudorandom function like HMAC-SHA1. The iteration count makes brute-force attacks harder. Salt prevents rainbow table attacks. The derived key is generated by applying the function multiple times.

For Security Features, I should mention resistance to brute-force via iteration, salt's role, and how it meets cryptographic standards. In Parameters, explain each parameter's importance and recommended values. For example, salt should be at least 64 bits, iterations should be high enough (like 100,000 or more), and key length depends on the application.

Applications would include password storage, TLS, encrypted ZIP files, etc. Advantages: simplicity, widespread adoption, flexibility. Disadvantages: vulnerable to GPU/ASIC attacks because it's not memory-intensive. Compare with bcrypt, scrypt, Argon2, which are more modern and memory-hard.

Need to use Korean technical terms where possible but maybe keep some terms in English if they are standard. Also, explain terms like HMAC, salt, rainbow tables briefly. Use tables for parameters, maybe a comparison table with other algorithms.

Make sure the markdown formatting is correct: headers, lists, code blocks for any technical details. For example, when mentioning the RFC, use a code block for the number. Also, in the example section, maybe show a code snippet using PBKDF2 with HMAC-SHA1.

Check that the document is at least 800 characters. Let me count. The sample response seems long enough. I should also avoid any markdown in the thinking process, but the final answer must be properly formatted.

Wait, the user wants the document in Korean. So all sections and explanations must be in Korean. But the technical terms might stay in English. Need to make sure translations are accurate. For example, "salt" is often translated as "솔트" but sometimes left as "salt". Maybe use "솔트" with a parenthetical English term.

Also, ensure that the explanation of how PBKDF2 works is clear, step-by-step. Mention the input parameters: password, salt, iteration count, desired key length. Then the process of applying the PRF multiple times. Maybe use a list to outline the steps.

In the security section, discuss how each parameter contributes to security. For example, high iteration count increases computation time, making brute-force slower. Salt uniqueness prevents precomputed tables.

In applications, provide real-world examples where PBKDF2 is used, like in Wi-Fi security (WPA2), password managers, etc.

In the comparison, explain why scrypt or Argon2 might be better for modern needs because they require more memory, thwarting ASIC/GPU attacks. But PBKDF2 is still widely used due to its standardization and simplicity.

References should include the RFC, PKCS #5, and maybe some authoritative sources or links to standards.

Now, structure all this into the markdown format. Use H1 for title, H2 for main sections, H3 for subsections. Use bullet points, tables, and code blocks where appropriate.

Let me start drafting each section, ensuring that the content flows logically, is accurate, and meets the depth required. Check for any technical inaccuracies, like correct iteration counts or standard parameters. Also, ensure that explanations are accessible to readers who might not be experts but have a basic understanding of cryptography.