GPT-3 is trained on 200 billion words. An average 13 year old sees at most a 100 million words in their lifetime. So for every word this teenager sees, GPT3 has seen over 2000 words! https://t.co/RFYvPVUGCt
Mapping the Early Language Environment Using All-Day Recordings and Automated Analysis.
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Feb 2019 – Oct 2025Where it's discussed
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What people are saying
The collection of discussions reflects a balanced view, with some participants noting replication efforts and possible biases, such as mentions of the 'word gap' being closer to 4 million words and concerns about racial bias, showing critical thinking about both the methodological and societal implications of the research. The tone varies from technical analysis to curiosity about the findings' real-world significance.
The discussions show mixed opinions; some acknowledge the study's validity, while others point out issues like variability and replication concerns.
Participants are somewhat interested, with several referencing the potential implications and replication efforts, but overall curiosity remains moderate.
Comments include technical details, references to related studies, and debates about methodology, indicating some level of thoughtful engagement.
The discussions highlight the importance of the research, especially in the context of developmental and linguistic assessments, suggesting a modest perceived impact.
Abstract in brief
- This research used automated recordings and analysis to create a standardized way to measure early language environments in children from ages 2 to 48 months, comparing these measures to traditional language assessments and socioeconomic factors.
- Children’s vocalizations and conversational exchanges increased with age, while adult word exposure remained steady after infancy; children from lower socioeconomic backgrounds had fewer vocalizations, interactions, and words, though there was high variability within groups.
- The findings provide new insights into early language environments and have potential clinical uses for identifying children at risk of poor language development due to limited language exposure.
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Most liked on X and Bluesky(9 of 11) One of our MOST SHARED ARTICLES OF 2018! Mapping the Early #Language Environment Using All-Day Recordings & Automated Analysis https://t.co/ybOWInXB5L @LENAEarlyTalk @kulifespan @uofmemphis @UT_Dallas @DKimbroughOller #AJSLP #ASHAJournals @SIGPerspectives https://t.co/MR6WJA1kP2
@EALDominicB https://t.co/tXCvonNjaV
⤴️の2017年の研究はこれね。 https://t.co/zxZi0Inspu
Mapping the Early Language Environment Using All-Day Recordings and Automated Analysis. https://t.co/Fk4AZq9TAn
@jnyrose https://t.co/tXCvonNjaV
All mentions
Understanding the 30-Million Word Gap and Its Impact on Child Language Development
This episode discusses the significance of the 30-million-word gap, emphasizing the importance of high-quality speech exposure for children's language development and academic success, based on the book Meaningful…
Understanding the Impact of Language Exposure on Child Development
This episode explores the significance of early language exposure, emphasizing that high-quality speech is crucial for children's language development, especially in lower-income families. It discusses the importance of…
⤴️の2017年の研究はこれね。 https://t.co/zxZi0Inspu
@kapelianis @HeathMayo This was covered in one of my ECE classes. The original study has some issues but got the fundamentals right. https://t.co/XZjgtwFK2E https://t.co/pQMAlZInrr https://t.co/Mal1F4lHou
@TERPodcast 3/ Another much larger study concluded the gap was about 4 million - https://t.co/vSCBo1h9mM
GPT-3 is trained on 200 billion words. An average 13 year old sees at most a 100 million words in their lifetime. So for every word this teenager sees, GPT3 has seen over 2000 words! https://t.co/RFYvPVUGCt
@symbolicstorage It's really an order or magnitude estimate. Hart & Risley (1993) say 10M words per year is on the upper end. Gilkerson et al's (2017) much better data extrapolates to about 3-6M words per year. https://t.co/GZCeQG3z17
@EALDominicB https://t.co/tXCvonNjaV
@jnyrose https://t.co/tXCvonNjaV
@R3gretting @titiatscriptor Das Experiment ist 2014-16 methodisch sauberer wiederholt worden. Ergebnisse waren im Kern gleich - wichtig war jedoch die hohe Varianz innerhalb der Gruppen. Es reicht nicht den Brockhaus vom Band abzuspielen, sondern es geht um die aktive Interaktion. https://t.co/gie0oUjYZ8 https://t.co/I29tjiTYVc
https://t.co/pg1sZqgJvx
RT @LogPv: Mapping the Early Language Environment Using All-Day Recordings and Automated Analysis. https://t.co/Fk4AZq9TAn
RT @LogPv: Mapping the Early Language Environment Using All-Day Recordings and Automated Analysis. https://t.co/Fk4AZq9TAn
Mapping the Early Language Environment Using All-Day Recordings and Automated Analysis. https://t.co/Fk4AZq9TAn
@DavidPetrus94 (Data from Gilkerson et al., 2017): https://t.co/70cuJKF03J)
A recent replication of the "30 million word gap" study found the "word gap" may be closer to 4 million words. That's quite a difference. Not to mention the racial bias in the original study, among other criticisms. https://t.co/Iix7YFQuFy https://t.co/sPtqISRg59 https://t.co/JiKY4Z1PBI
@amyvaz3 It's not unique words, it is in the millions (4 million), and it has been replicated with a larger sample. https://t.co/0IREthhOKA
@Aldowyn @eveewing @JessicaCalarco https://t.co/0IREthhOKA It's been replicated though?
@jaybeware https://t.co/s8CbC6rHvE https://t.co/0IREthhOKA He's citing this study, not that one.
@etaknipsa https://t.co/bhumfnYXH6
(9 of 11) One of our MOST SHARED ARTICLES OF 2018! Mapping the Early #Language Environment Using All-Day Recordings & Automated Analysis https://t.co/ybOWInXB5L @LENAEarlyTalk @kulifespan @uofmemphis @UT_Dallas @DKimbroughOller #AJSLP #ASHAJournals @SIGPerspectives https://t.co/MR6WJA1kP2
RT @leafs_s: American Journal of Speech-Language Pathology 17 May 2017 Mapping the Early Language Environment Using All-Day Recordings and…
American Journal of Speech-Language Pathology 17 May 2017 Mapping the Early Language Environment Using All-Day Recordings and Automated Analysis https://t.co/ReyfnamjBd
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