My first paper got published!
Interpretable machine learning for dementia: A systematic review.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Feb 2023 – Feb 2024Where it's discussed
-
X / Twitter28 posts
-
YouTube7 videos
AI synopsis
What people are saying
The overall discussions reveal a positive reception, with many posts celebrating the publication, such as 'My first paper got published!' and 'Great to see this work,' showcasing enthusiasm. The tone is supportive but not highly critical or deeply analytical, indicating moderate engagement with the research's clinical implications. Words like 'out now' and mentions of AI and interpretability underscore the community’s interest in advancing dementia diagnosis, but the focus remains more on recognition than extensive debate.
Most posts express support or positive acknowledgment of the publication, with phrases like 'great to see this work' and 'out now in A&D,' indicating endorsement and recognition of its significance.
The enthusiasm around publication announcements and references to methods and potential improvements suggest strong curiosity and relevance within the community.
Comments mention methodological aspects and clinical implications, but mostly focus on sharing the publication rather than deep critique or discussion.
While the posts highlight the importance of interpretability in dementia diagnosis, they generally suggest moderate perceived impact, emphasizing future application rather than immediate clinical change.
Abstract in brief
- The review highlights that while machine learning models for dementia detection show promising results, many studies lack consistent validation and rely on common datasets, limiting their clinical applicability.
- Building models that are inherently interpretable or using methods to explain complex models are both important, but more collaboration with clinicians is needed to ensure explanations truly aid in understanding dementia.
- Future research should focus on patient-specific explanations and better validation of interpretability methods to improve the practical use of machine learning in diagnosing dementia in real-world clinical settings.
Top posts
Most liked on X and BlueskyGreat to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBarkhof and Florence Townend.
New systematic review shows that interpretable #MachineLearning can outperform clinical predictions in dementia-related tasks. To make the most of this technology, clinicians should follow recommendations for interpreting and reporting results. #dementia https://t.co/HSrgDjAbTo https://t.co/uTfF3kP8Ut
Interpretable machine learning for dementia: A systematic review - PubMed https://t.co/j1ocG5aspt #ai #ml #dl
Interpretable machine learning for dementia: A systematic review - Alzheimer%27s Association https://t.co/YlM7HVO93f #ai #ml #dl
3) Interpretable machine learning for dementia: A systematic review —Sophie Martin et al https://t.co/4y5NsLol0W 4) Review on Alzheimer Disease Detection Methods: Automatic Pipelines and #MachineLearning Techniques —Amer Shukla et al https://t.co/gef4VAFn9J
All mentions
AI Enhances Alzheimer's Diagnosis and Treatment Approaches
AI Enhances Diagnosis and Understanding of Alzheimer's Disease
This video discusses Alzheimer's disease and how artificial intelligence is improving diagnosis and treatment. Machine learning models show promise, but more validation and collaboration with clinicians are needed for…
AI Advancements in Alzheimer's Diagnosis and Interpretability
This video discusses how machine learning and artificial intelligence are improving Alzheimer's disease diagnosis and treatment. Emphasizing the importance of model interpretability and clinical collaboration, it…
Artificial Intelligence Enhances Alzheimer's Disease Diagnosis
This video discusses how artificial intelligence improves diagnosis and treatment of Alzheimer's disease, focusing on machine learning applications and interpretability for clinical use.
AI's Role in Improving Alzheimer's Diagnosis and Treatment
This video discusses how artificial intelligence and machine learning are enhancing the diagnosis and management of Alzheimer's disease, which is a growing health concern. It highlights advancements in model…
AI Innovations in Alzheimer's Disease Diagnosis and Treatment
This video explores how artificial intelligence improves Alzheimer's diagnosis and treatment, highlighting recent research on machine learning models and their interpretability for clinical use.
AI Advancements in Alzheimer's Diagnosis and Treatment
This video discusses how artificial intelligence is aiding in the diagnosis and treatment of Alzheimer's disease, highlighting the importance of model interpretability and clinical validation for practical application.
3) Interpretable machine learning for dementia: A systematic review —Sophie Martin et al https://t.co/4y5NsLol0W 4) Review on Alzheimer Disease Detection Methods: Automatic Pipelines and #MachineLearning Techniques —Amer Shukla et al https://t.co/gef4VAFn9J
New systematic review shows that interpretable #MachineLearning can outperform clinical predictions in dementia-related tasks. To make the most of this technology, clinicians should follow recommendations for interpreting and reporting results. #dementia https://t.co/HSrgDjAbTo https://t.co/uTfF3kP8Ut
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
RT @sophmrtn: My first paper got published!
Open Access UCL Research: Interpretable machine learning for dementia: A systematic review https://t.co/igDRykAQTi
My first paper got published!
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
RT @JamesCole_Neuro: Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBa…
Great to see this work by @sophmrtn on Interpretable AI for dementi out now in A&D: https://t.co/3sZ445yJL7. With @FBarkhof and Florence Townend.
Interpretable machine learning for dementia: A systematic review - Alzheimer%27s Association https://t.co/YlM7HVO93f #ai #ml #dl
Interpretable machine learning for dementia: A systematic review - PubMed https://t.co/j1ocG5aspt #ai #ml #dl
Interpretable machine learning for dementia: A systematic review. Alzheimers Dement #Alzheimers https://t.co/yu6XKZ7dh6
SM
JC
PH
AF
KP
CS
DV
AU
WN
N
S
DC
KY
SS
AC
GZ
UD
PS
SS
ET
TV
AP