0% Complete
Home
/
15th International Conference on Computer and Knowledge Engineering
Human vs NotebookLM for Educational Podcasts: A Controlled Experiment on Two General Topics
Authors :
Ali Banihashemi
1
Amirali Shahriary
2
Yadollah Yaghoobzadeh
3
1- ECE department, University of Tehran
2- ECE department, University of Tehran
3- ECE department, University of Tehran
Keywords :
Educational Podcasts،Google NotebookLM،Human-AI Comparison،Large Language Models (LLMs)،AI-Generated Content
Abstract :
Abstract—Podcasting has become a prominent medium in education, valued for its flexibility, accessibility, and potential to enhance student learning. However, creating high-quality educational podcasts is labor-intensive, limiting widespread adoption. Recent advancements in generative artificial intelligence offer new opportunities for automating podcast creation using large language models (LLMs). This study investigates the effectiveness of LLM-generated podcasts compared to traditional human-generated podcasts, focusing on comprehension and engagement among non-native English speakers. Our primary goal is to evaluate whether LLM-based tools—specifically Google's NotebookLM—can produce educational podcasts that match or surpass the learning value of human-created content. We conduct a controlled experiment using two general topics and human and LLM-generated podcasts to assess comprehension outcomes and subjective listener experiences. Results reveal that LLM-generated podcasts consistently lead to higher comprehension scores and are rated more topically focused than human-generated podcasts, with positive but not always significant trends in clarity and engagement. These findings suggest that LLM-generated podcasts can serve as a scalable and effective alternative to human-generated podcasts, offering new possibilities for personalized, accessible learning in digital education environments.
Papers List
List of archived papers
Predicting cascading failure with machine learning methods in the interdependent networks
Mohamad Hossein Maghsoodi - Mohamad Khansari
Two-step thermal-aware routing algorithm in 3D NoC
Majid Nezarat - Masoume Momeni
Adaptive Hybrid TRCA–CORRCA algorithm for enhanced accuracy in SSVEP-based brain-computer interfaces
Sepehr Tayebeh Khabbaz - Sina Tayebeh Khabbaz - Arshia Barani - Arsalan Ganjeh - Sasan Harifi - Seyed Mohsen Mirhosseini
Crack Segmentation in Civil Structure Images Using a Deep Learning Based Multi-Classifier System
Mohammadreza Asadi - Seyedeh Sogand Hashemi - Mohammad Taghi Sadeghi
EEMC: Energy Efficient Multi-Clustering Using Grey Wolf Optimizer in WSNs
Maryam Ghorbanvirdi - Sayyed Majid Mazinani
Pruning and Mixed Precision Techniques for Accelerating Neural Network
Mahsa Zahedi - Mohammad Sediq Abazari Bozhgani - Abdorreza Savadi
Introducing Meta-Contrastive Adaptive Autoencoder to Tackle Cold-Start Challenges in Sparse Domains
Hossein Rashid - Erfan Arzhmand - Fatemeh Hosseini
A Hybrid Architecture to Optimize Persian FAQ Retrieval using Semantic Similarity Search
Seyed Amir Mohammad Hosseini - Fatemeh Dehbashi - Setare Kahnemuee - Mohsen Kahani - Morteza Fardin
Designing a High Perfomance and High Profit P2P Energy Trading System Using a Consortium Blockchain Network
Poonia Taheri Makhsoos - Behnam Bahrak - Fattaneh Taghiyareh
An Advanced Dual Attention-based U-Net Using Breast Ultrasound Data for Image Segmentation
Erfan Akbarnezhad Sany - Niloufar Asghari - Fatemeh Naserizadeh - Seyyed Abed Hosseini
more
Samin Hamayesh - Version 43.7.0