C++ Advanced Data Structures Expert
Budget: ₹1,500 – ₹12,500 INR
I’m working through a series of very challenging algorithmic problems and want to push deeper into advanced data structures using C++. The goal is to see rock-solid, well-documented solutions that demonstrate true mastery—think Red-Black Trees, B-trees, Tries, and any other structure that might fit a hard-core competitive-programming or academic setting.
Here’s what I need from you:
• For each assigned problem, deliver a clean, compilable C++17 (or newer) solution with clear function and type names.
• Include a concise complexity analysis (time and memory) plus a short paragraph on why this approach is optimal—or what trade-offs exist if other strategies are possible.
• Walk me through your thought process in comments or a brief markdown note so I can verify the depth of understanding.
• Provide proof of prior experience solving “very high level problems”—links to accepted submissions on reputable online judges, a GitHub repo, or published papers are all acceptable.
I will supply the first set of problem statements once we agree on the collaboration flow; after that we’ll iterate problem-by-problem so I can assess each solution before moving on.
If you thrive on squeezing every last constant factor out of complex structures in C++, let’s start solving.
Here’s what I need from you:
• For each assigned problem, deliver a clean, compilable C++17 (or newer) solution with clear function and type names.
• Include a concise complexity analysis (time and memory) plus a short paragraph on why this approach is optimal—or what trade-offs exist if other strategies are possible.
• Walk me through your thought process in comments or a brief markdown note so I can verify the depth of understanding.
• Provide proof of prior experience solving “very high level problems”—links to accepted submissions on reputable online judges, a GitHub repo, or published papers are all acceptable.
I will supply the first set of problem statements once we agree on the collaboration flow; after that we’ll iterate problem-by-problem so I can assess each solution before moving on.
If you thrive on squeezing every last constant factor out of complex structures in C++, let’s start solving.