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zaMcHuJwe1w
Lec 16. Generative Models: Conditional Models
4,891
completed
9
university_lecture
yellow
8zzfcYIELdo
Lec 15. Generative Models: Representation Learning Meets Generative Modeling
4,839
completed
9
university_lecture
yellow
bxVkZ4M-hIE
Lec 04. Architectures: Grids
5,036
completed
9
university_lecture
yellow
vidCX_dMCu0
Lec 02. How to Train a Neural Net
4,773
completed
9
university_lecture
yellow
7hbf4klU3ks
Lec 20. Scaling Laws
2,302
completed
9
university_lecture
yellow
-eC0-5mXHQg
Lec 13. Representation Learning: Theory
4,520
completed
9
university_lecture
yellow
IiHknRHA-Gk
Lec 10. Architectures: Memory
4,407
completed
9
university_lecture
yellow
QxOzQRtd440
Lec 11. Representation Learning: Reconstruction-Based
4,863
completed
9
university_lecture
yellow
hJlrAHqGOS8
Lec 14. Generative Models: Basics
4,877
completed
9
university_lecture
yellow
ySaoWrv3T_Q
Lec 03. Approximation Theory
4,961
completed
9
university_lecture
yellow
yUh1fEGGdl4
Lec 12. Representation Learning: Similarity-Based
4,579
completed
9
university_lecture
yellow
RUdQMHV-7KM
Lec 19. Transfer Learning: Data
4,543
completed
9
university_lecture
yellow
zBvsoxC6tAo
Lec 23. Metrized Deep Learning
4,069
completed
9
university_lecture
yellow
VcGPE4s_oNw
Lec 07. Scaling Rules for Optimization
4,855
completed
9
university_lecture
yellow
9GWd3SAWLbA
Lec 21. Language Models
4,642
completed
9
university_lecture
yellow
Q1HOKrNeh2M
Lec 08. Architectures: Transformers
4,474
completed
9
university_lecture
yellow
EiO8BBa-xdc
Lec 06. Generalization Theory
4,830
completed
9
university_lecture
yellow
tNfuZ9Imt3M
Lec 18. Transfer Learning: Models
5,140
completed
9
university_lecture
yellow
DIgqgbsg2dw
Lecture 08: Local Public Goods and Fiscal Federalism
4,857
completed
9
university_lecture
yellow
v9-U8AoDsOY
Lecture 04: Externalities in Practice II
4,514
completed
9
university_lecture
yellow
dL7bXIUKzyg
Lecture 15: Health Care III, Redistribution
4,647
completed
9
university_lecture
yellow
Jp8JNHPP7MA
Lecture 14: Health Care II
4,755
completed
9
university_lecture
yellow
tRxe4Pi8prU
Lecture 11: Social Security
4,637
completed
9
university_lecture
yellow
84uJc4N_LAg
Lecture 07: Political Economy
4,574
completed
9
university_lecture
yellow
SEQpTtfAhFA
Lecture 03: Externalities in Theory & Practice
4,441
completed
9
university_lecture
yellow
LGwL42cUHC4
Lecture 05: Public Goods Theory, Optimality, and Pricing
4,734
completed
9
university_lecture
yellow
ryLF3uQ0W8g
Lecture 22: Wealth Taxation
4,719
completed
9
university_lecture
yellow
IB4J0K-Z7aA
Lecture 17: Redistribution and Welfare, Taxation Overview
4,578
completed
9
university_lecture
yellow
bmpZwTUbjjI
Lecture 02: Externalities in Theory
4,632
completed
9
university_lecture
yellow
_PpVlwIeYpg
Lecture 18: Overview of Taxation and Tax Base, Tax Incidence
4,695
completed
9
university_lecture
yellow
HrNxI5KqqiQ
Lecture 10: Social Insurance Theory
4,701
completed
9
university_lecture
yellow
NdVGXQnAGi0
Lecture 24: Corporate Taxation and Tax Reform
3,568
completed
9
university_lecture
yellow
924DTd14d0w
Lecture 06: Cost/Benefit Analysis
4,625
completed
9
university_lecture
yellow
f5gzll6Bs-A
Lecture 19: Tax Incidence and Tax Efficiency
4,703
completed
9
university_lecture
yellow
O9CqPO9B6vg
Lecture 13: Health Care I
4,674
completed
9
university_lecture
yellow
GtVwgui6qAg
Lecture 21: Taxation and Savings
4,182
completed
9
university_lecture
yellow
i30jbbk7yoQ
Lecture 01: Why Study Public Finance?
3,198
completed
9
university_lecture
yellow
_WSXIj-goO4
Lecture 23: Corporate Taxation
4,405
completed
9
university_lecture
yellow
XJAz8eHes7g
Lecture 16: Redistribution and Welfare Policy
4,652
completed
9
university_lecture
yellow
cK2wOO_o4qk
Lecture 12: Other Social Insurance Programs
4,626
completed
9
university_lecture
yellow
v-ecwhrXsJ0
Lecture 09: Public Provision of Private Goods: Education
4,447
completed
9
university_lecture
yellow
9ZsLKIlEANc
Lecture 20: Taxation and Labor Supply
4,396
completed
9
university_lecture
yellow
4OpiI5NLjIE
Lecture 16: Data Compression and Shannon’s Noiseless Coding Theorem
4,129
completed
9
university_lecture
yellow
JNSyyOAeMOc
Lecture 7: Generating Functions for Catalan Numbers
4,308
completed
9
university_lecture
yellow
cqPcQ3QqYnE
Lecture 3: Inclusion-Exclusion
4,768
completed
9
university_lecture
yellow
zZN1A0Ufb8E
Lecture 17: Huffman Coding
4,678
completed
9
university_lecture
yellow
hUtdHAeyY6Y
Lecture 11: Basic Group Theory
4,523
completed
9
university_lecture
yellow
OapnQzIDBM0
Lecture 20: Reed-Solomon Codes
3,946
completed
9
university_lecture
yellow
FPj3OOM6DEc
Lecture 9: Chernoff Bounds
3,317
completed
9
university_lecture
yellow
oyVZ3rao6M4
Lecture 13: Duality in Linear Programming
4,571
completed
9
university_lecture
yellow
kWsJ_JDuFaI
Lecture 18: Transmitting Information Reliably over a Noisy Channel & Shannon’s Noisy Coding Theorem
4,340
completed
9
university_lecture
yellow
o6blhvYXfq4
Lecture 14: Zero-Sum Games
4,457
completed
9
university_lecture
yellow
pX-HnYwO454
Lecture 15: Max-Flow Min-Cut Theorem
4,671
completed
9
university_lecture
yellow
DxpSDeG7lL4
Lecture 2: Independence and Conditioning
4,257
completed
9
university_lecture
yellow
HpQUVd1MGso
Lecture 5: More Counting and Generating Functions
4,304
completed
9
university_lecture
yellow
XfRe9i3FR1U
Lecture 6: More on Generating Functions
4,793
completed
9
university_lecture
yellow
HC54KcgvReg
Lecture 8: Tail Bounds
4,852
completed
9
university_lecture
yellow
N81pBt3KUWI
Lecture 19: Error-Correcting Codes—Hamming Codes
4,710
completed
9
university_lecture
yellow
wkmDtvO222A
Lecture 10: Modular Arithmetic
4,729
completed
9
university_lecture
yellow
qKNkP6IfjvY
Lecture 12: Introduction to Linear Programming
4,443
completed
9
university_lecture
yellow
Z1zgrgstVAw
Lecture 1: Pigeonhole Principle
4,426
completed
9
university_lecture
yellow
H-Ix7gIt9i4
Lecture 4: Counting
4,705
completed
9
university_lecture
yellow
8XrYjnDHmE4
Lecture 20: Building the First Federally (CFTC) Regulated Exchange Dedicated to Trading on Events
2,676
completed
9
university_lecture
yellow
o7OnkMdmjLg
Lecture 13: Portfolio Management
4,887
completed
9
university_lecture
yellow
VM29JyI1sio
Lecture 14: Stochastic Processes II
4,835
completed
9
university_lecture
yellow
mtXTs2U1uMA
Lecture 4: Linear Algebra (cont.); Probability Theory
4,884
completed
9
university_lecture
yellow
kTsieIl_YBA
Lecture 23: Introduction to Machine Learning
4,580
completed
9
university_lecture
yellow
2UCHztlWuZg
Lecture 21: Black-Scholes Formula, Risk Neutral Valuation
4,772
completed
9
university_lecture
yellow
0uimNNIuUyY
Lecture 2: Linear Algebra
4,875
completed
9
university_lecture
yellow
cMF_c2WNPyU
Lecture 8: Regression Analysis (cont.)
4,664
completed
9
university_lecture
yellow
5cruqmIF6l0
Lecture 24: Stochastic Calculus
4,969
completed
9
university_lecture
yellow
CechARGinR4
Lecture 9: Principal Component Analysis in Finance
4,993
completed
9
university_lecture
yellow
RvXwSoGDYvg
Lecture 7: Linear Rates, Products, and Models
4,779
completed
9
university_lecture
yellow
VbtXo62ROC4
Lecture 10: Counterparty Risk Optimization
4,882
completed
9
university_lecture
yellow
qlytPllimpQ
Lecture 12: Time Series Analysis
4,831
completed
9
university_lecture
yellow
yIn8Y_CSwPk
Lecture 6: Stochastic Processes I (cont.); Regression Analysis
4,795
completed
9
university_lecture
yellow
RruxdEjIvv0
Lecture 11: Regression Analysis (cont.)
4,962
completed
9
university_lecture
yellow
wMGEKMHsOKE
Lecture 5: Probability Theory (cont.); Stochastic Processes I
4,810
completed
9
university_lecture
yellow
zapp8smQKhg
Lecture 19: Volatility Modeling
4,937
completed
9
university_lecture
yellow
H4V29wkHYb4
Lecture 25: Stochastic Calculus (cont.); Stochastic Differential Equations
4,837
completed
9
university_lecture
yellow
_e2nDnV7FQs
Lecture 18: Applying Data Science and Artificial Intelligence to Managing Biomedical Portfolios
4,859
completed
9
university_lecture
yellow
sEZHGMV2LiI
Lecture 02: Fundamental Methods of Projection Theory
4,798
completed
9
university_lecture
yellow
Uz7aJtbfqkU
Lecture 11: Contagious Structure in Projection Theory
4,636
completed
9
university_lecture
yellow
DGBuM5pEdoo
Lecture 13: The Balog-Szemeredi-Gowers Theorem
4,484
completed
9
university_lecture
yellow
lvdIUKULiak
Lecture 09: Reflections on the Szemeredi-Trotter Theorem
4,616
completed
9
university_lecture
yellow
X-4how4KkPQ
Lecture 04: The Fourier Method in Euclidean Space
4,791
completed
9
university_lecture
yellow
hBG7nMXTOcw
Lecture 22: Sharp Projection Theorems, Part 1: Introduction and Beck's Theorem.
4,704
completed
9
university_lecture
yellow
I6ZSrgxiofs
Lecture 23: Sharp Projection Theorems, Part 2: AD Regular Case
4,886
completed
9
university_lecture
yellow
1A1kWkxK3QY
Lecture 01: Introduction to Projection Theory
4,705
completed
9
university_lecture
yellow
1lql9PGvLG4
Lecture 15: The Bourgain Projection Theorem, Part 2
4,646
completed
9
university_lecture
yellow
OAI8C20E7R4
Lecture 03: Projection Theory in Euclidean Space
4,796
completed
9
university_lecture
yellow
i5lpHaGpeaI
Lecture 05: The Large Sieve
4,709
completed
9
university_lecture
yellow
rChKr66KG-c
Lecture 20: Homogeneous Dynamics, Part 1
4,840
completed
9
university_lecture
yellow
-UJgxLaFzfM
Lecture 07: Applications of the Large Sieve to Number Theory
4,805
completed
9
university_lecture
yellow
VCOrx2jEKXk
Lecture 10: Sum-Product Theory
4,629
completed
9
university_lecture
yellow
h0Ln82BR4R0
Lecture 24: Sharp Projection Theorems, Part 3: Combining Different Scales
4,644
completed
9
university_lecture
yellow
bBzcaYNAfcI
Lecture 19: Random Walks on Finite Groups, Part 3
4,991
completed
9
university_lecture
yellow
_jSFwF8rMdY
Lecture 18: Random Walks on Finite Groups, Part 2
4,614
completed
9
university_lecture
yellow
85YISwhp7MQ
Lecture 16: The Bourgain Projection Theorem, Part 3
4,785
completed
9
university_lecture
yellow
0UYCJ0cjG9k
Lecture 14: The Bourgain Projection Theorem Part 1 (over the Real Numbers)
4,830
completed
9
university_lecture
yellow
End of preview. Expand in Data Studio

Massive YouTube Educational Video Queue

Full metadata and content classification for 4,489,228 YouTube educational videos totaling 3,975,157 hours.

Description

This dataset contains metadata, content categorization, and license risk assessment for ~4.5M YouTube videos identified as potentially educational. It serves as the discovery and processing queue for the massive-yt-edu-transcriptions project, which aims to create the world's largest open educational transcript dataset.

Each video has been classified by content type and assessed for license risk using a 3-tier automated classification system.

Collection Methodology

Video Discovery

Videos were discovered through multiple strategies:

  • YouTube Search API — Educational keyword queries across dozens of academic disciplines
  • Channel crawling — Snowball discovery from known educational channels (universities, MOOCs, conference organizers)
  • Related video traversal — Following YouTube's related video graph from known educational content
  • Playlist walking — Extracting full playlists from educational channels and course pages
  • Quality filter — Minimum 15 minutes duration, 40+ rejection categories to filter non-educational content

Content Classification (3-tier system)

Tier 1: Channel/Source Name Classification

  • 207,000+ YouTube channel and playlist names classified via pattern matching
  • Patterns cover: universities (500+ institutions worldwide), conferences (100+ series), research institutes, government agencies, corporate talks, coaching/test prep, religious content, gaming/entertainment, medical/health, museums, tech communities
  • Each source mapped to content category and license risk level

Tier 2: Title-Based Classification

  • For videos without channel metadata, title analysis using regex patterns
  • University detection (institution names, course codes, "Lecture N" patterns)
  • Conference paper detection (conference names, "Keynote", year patterns)
  • Educational keyword detection (tutorials, courses, crash courses)
  • Entertainment/gaming detection for exclusion
  • Medical/health content detection
  • Religious content detection
  • Multi-language support (English, Hindi, Russian, Chinese, Japanese, Korean, Arabic)

Tier 3: Priority-Based Fallback

  • Videos with educational priority scores (P8-P9) from discovery classified as unclassified_educational
  • Remaining unclassifiable content marked as unknown with fair-use-assumed yellow risk

License Risk Assessment

Four risk levels based on content source analysis:

  • 🟢 green: Known Creative Commons or public domain license

    • MIT OCW (CC-BY-NC-SA 4.0), Yale OYC (CC-BY-NC-SA), Khan Academy (CC-BY-NC-SA)
    • NPTEL/IIT (CC-BY-SA 4.0), Taiwan OCW (CC-BY-NC-SA)
    • Library of Congress (public domain), NASA, government agencies
  • 🟡 yellow: Educational/factual content with strong fair use argument

    • University lectures (factual educational content)
    • Conference talks (meant for public dissemination)
    • Tech talks and corporate presentations
    • Individual educator tutorials
    • Coaching/test prep material
  • 🟠 orange: Uncertain, needs individual review

    • Religious content (may be educational but different use case)
    • Non-English content where license couldn't be verified
    • Mixed educational/entertainment channels
  • 🔴 red: Non-educational or high-risk content (EXCLUDED from processing queue)

    • Gaming content, entertainment, reactions, drama
    • Music performances, concerts
    • News broadcasts
    • Content clearly not educational

Fair Use Framework

Our transcription project relies on fair use analysis under 17 U.S.C. § 107:

  1. Purpose and character of use — Highly transformative: converting audio/video to text for machine learning training and research. The output (text transcripts) serves a fundamentally different purpose than the original (video lectures).
  2. Nature of the copyrighted work — Factual/educational content strongly favors fair use. Lectures, tutorials, and conference talks are factual works presenting knowledge.
  3. Amount used — Full transcription of audio (weighs against fair use), though only the audio track is used, not video.
  4. Effect on market — Text transcripts do not substitute for video content. No one watches a lecture by reading its transcript. The transcript cannot replace the educational experience of the video.

Fields

Field Type Description
video_id string YouTube video ID (11 characters)
title string Video title as listed on YouTube
url string Full YouTube URL
duration_seconds int Video duration in seconds (0 if unknown)
status string Processing status: pending, completed, rejected, error
priority int Educational priority score (9=university OCW, 8=lecture, 7=documentary, 5=default)
source string Channel name, university, or course identifier
content_category string Content classification category (see below)
license_risk string License risk level: green, yellow, orange, or red

Statistics

Total: 4,489,228 videos · 3,975,157 hours

Content Categories

Category Count Hours % of Total
unknown 1,249,993 1,088,480 27.8%
coaching_test_prep 829,883 738,964 18.5%
university_lecture 688,191 584,300 15.3%
individual_educator 634,423 611,780 14.1%
unclassified_educational 371,400 300,047 8.3%
non_english_edu 183,846 182,170 4.1%
conference 122,628 125,967 2.7%
gaming_entertainment 65,793 47,052 1.5%
religious 59,033 67,811 1.3%
corporate_talks 56,065 41,388 1.2%
university_ocw 43,335 27,354 1.0%
tech_community 33,379 44,644 0.7%
individual_creator 33,078 12,283 0.7%
medical_health 30,656 22,809 0.7%
research_institute 23,325 24,050 0.5%
government_public 21,521 21,601 0.5%
museum_cultural 14,169 14,785 0.3%
news_media 14,111 13,259 0.3%
mooc_platform 10,480 2,049 0.2%
public_media 3,565 4,046 0.1%
null 432 377 0.0%

License Risk Distribution

Risk Count Hours % of Total
🟡 yellow 4,035,222 3,589,818 89.9%
🟠 orange 319,678 284,616 7.1%
🔴 red 71,815 54,866 1.6%
🟢 green 62,159 45,538 1.4%
null 367 340 0.0%

Processing Status

Status Count
pending 4,266,627
rejected 163,307
completed 57,949
error 1,175
timeout 102
processing 81

Priority Distribution

Priority Count
P9 20,117
P8 1,549,389
P7 11,765
P5 2,819,903
P4 9
P3 12
P0 88,111

Content Category Descriptions

Category Description
university_lecture Lectures from identified universities (MIT, Stanford, IITs, etc.)
university_ocw Official OpenCourseWare with known CC licenses
individual_educator Independent educators, tutorial creators, online teachers
coaching_test_prep Test preparation (GATE, JEE, NEET, GRE, etc.) and exam coaching
conference Academic and tech conference talks (NeurIPS, PyCon, etc.)
corporate_talks Corporate tech talks, cloud platform tutorials
tech_community Open source and developer community content
research_institute Research seminars, colloquia, symposia
medical_health Medical education, clinical lectures, health content
non_english_edu Educational content in non-English languages
mooc_platform MOOC platforms (Coursera, edX channel content)
museum_cultural Museum lectures, cultural institution content
government_public Government agencies, public institutions
public_media Public media educational content
religious Religious lectures, sermons, scripture study
news_media News broadcasts, press conferences
gaming_entertainment Gaming, entertainment (excluded from processing)
individual_creator General content creators (needs review)
unclassified_educational High-priority videos without clear category
unknown Unclassified content, assumed educational

Related Datasets

Code

License

MIT — this metadata dataset. Individual video content has varying licenses as indicated by the license_risk field.

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