Current Goals
- Search for endorsement .
- Preparation for Final Examination
- Prepare for Collage Application
Krishnanand
I am a developer, researcher, educator and Senior secondary student. My current work focuses on developing deterministic 3D mesh processing pipelines and mathematical auto-rigging pipeline. I am also working on Developing a biological cycle model to simulate emotional states in different large language models. Apart from this, I owned an open sourced platform for learning complex mathematical concepts using interactive visualizations. Feel free to reach out for discussions or collaborations!
Education
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CollegeProspective ApplicantCurrently preparing for college applications, focusing on Computer Science and Mathematics programs.
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Class 12 (Higher Secondary)National Institute of Open Schooling (NIOS)Current Coursework: Physics, Chemistry, Mathematics, Computer Science (Python,C++), and English
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Class 10 (High School)Central Board of Secondary Education (CBSE)Coursework: Science, Mathematics, Computer Science (Python),English,Social Studies, and Hindi
Project Experience
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Interdisciplinary Research 1(Progress: In Development)Integrated Biological Cycle Modeling for LLM Emotional State SimulationDeveloping a biological cycle model to simulate emotional states in different large language models. The main motive is to understand the emotional responses of LLMS and their potential application in AI-driven mental health support systems.
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Interdisciplinary Research 2(Progress: Last Stages)A Mathematical Approach for Auto-Rigging 3D Models Using 2D MediaPipeThis project focuses on developing a mathematical framework for auto-rigging 3D models using 2D pose estimation data from MediaPipe. The goal is to streamline the rigging process in 3D animation and game development, making it more efficient and accessible without relying on manual rigging techniques and heavily dependent on neural training. The project is in its final stages of getting endorsement, with promising results in preliminary tests.
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CuriousChampOpen Sourced Learning PlatformLead architect and developer of a web-based platform that utilizes simualtions and Daily life examples to provide an interactive learning experience. The platform aims to enhance understanding of complex mathematical concepts used in computer science through visualization and simulation.
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New Module: ITERATIVE CLOSEST POINT ~The Algebra of AlignmentCuriousChamp Open Source School
I have just added a new interactive module covering the "ICP" method. This module explains how the algorithm works by asking you to imagine placing a paper cutout perfectly over a real physical knife. It also features a built-in 2D ICP Alignment Engine so you can observe SVD mathematics in real-time!
