Tag: large language models

9Dec

Autonomous Agents Built on Large Language Models: What They Can Do and Where They Still Fail

Posted by JAMIUL ISLAM 0 Comments

Autonomous agents built on large language models can plan, act, and adapt without constant human input-but they still make mistakes, lack true self-improvement, and struggle with edge cases. Here’s what they can do today, and where they fall short.

21Nov

Structured vs Unstructured Pruning for Efficient Large Language Models

Posted by JAMIUL ISLAM 0 Comments

Structured and unstructured pruning help shrink large language models for real-world use. Structured pruning keeps hardware compatibility; unstructured gives higher compression but needs special chips. Learn which one fits your needs.

16Nov

How Vocabulary Size in Large Language Models Affects Accuracy and Performance

Posted by JAMIUL ISLAM 1 Comments

Vocabulary size in large language models directly impacts accuracy, efficiency, and multilingual performance. Learn how tokenization choices affect real-world AI behavior and what size works best for your use case.

11Oct

How to Use Large Language Models for Literature Review and Research Synthesis

Posted by JAMIUL ISLAM 3 Comments

Learn how to use large language models like GPT-4 and LitLLM to cut literature review time by up to 92%. Discover practical workflows, tools, costs, and why human verification still matters.

3Oct

Reasoning in Large Language Models: Chain-of-Thought, Self-Consistency, and Debate Explained

Posted by JAMIUL ISLAM 2 Comments

Chain-of-Thought, Self-Consistency, and Debate are three key methods that help large language models reason through problems step by step. Learn how they work, where they shine, and why they’re transforming AI in healthcare, finance, and science.

27Jul

Citations and Sources in Large Language Models: What They Can and Cannot Do

Posted by JAMIUL ISLAM 1 Comments

LLMs can generate convincing citations, but most are fake. Learn why AI hallucinates sources, how to spot them, and what you must do to avoid being misled by AI-generated references in research.