Author:Swayampakula V.S.S.Pavanakasinadhasarma

Publications
Developing Optimized Large Language Models on Limited Compute Resources S Kasinadhsarma EasyChair Preprint 15800
Exploring AI Consciousness: Integrating Theory, Practice, and the NeuroFlex Architecture S Kasinadhsarma EasyChair Preprint 15081
Chip Technology and Development: Advancements in Nanotechnology and Beyond S Kasinadhsarma EasyChair Preprint 14432
Revolutionizing Machine Learning: the Emergence and Impact of Google’s TPU Technology S Kasinadhsarma EasyChair Preprint 14431
NextGenJax: a Comprehensive Analysis of State-of-the-Art Machine Learning Libraries and Models Swayampakulavsspavana Kasinadhsarma EasyChair Preprint 14150
Sustainable Oxygen Production and Plant Cultivation Strategies for Future Earth Scenarios S Kasinadhsarma EasyChair Preprint 13990
EVM.ova Security Assessment: a Penetration Testing and Vulnerability Analysis Project Pavangopi Utukuru and Swayampakula V.S.S.Pavanakasinadhasarma EasyChair Preprint 12597

Keyphrases

AI hardware, Artificial Intelligence (AI), Attention Schema Theory (AST), compute efficiency, CPU, Data Optimization, deep learning, dm-haiku, Dynamic Inference, Education, Exploitation, fairscale, Flax, Global Workspace Theory(GWT), Google, GPU, Higher Order Thoughts (HOT), Integrated Information Theory (IIT), JAX, LangChain, large language models, machine learning, Machine Learning accelearator, Metasploit, Mixture of Experts, NPU, optax, oxygen, penetration testing, routellm, science, Sustainability, Tensor Processing Unit, TPU, vulnerability assessment, Whisper.