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latest_blog.json
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latest_blog.json
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{
"title": "Recent posts",
"items": [
{
"title": "Interpreting its sentiment analysis algorithm: BERT and its attention coefficients (1/2)",
"permalink": "blog/2022/10/18/Interpretability_sentiment_analysis_I",
"img_path": "./img/blog/interpretability_articles.jpg",
"description": "Two illustrations of how attention coefficients can be a source of interpretability"
},
{
"title": "Newsletter for September 2022",
"permalink": "/blog/2022/09/20/newsletter_Sept-2022",
"img_path": "./img/blog/header.png",
"description": "Hi everyone, We are now in September and we release our 6th Newsletter! Ranging from podcasts to tutorials, this Newsletter is made for practicioners!"
},
{
"title": "Deep RL and Optimization applied to Operations Research problem - 2/2 Reinforcement Learning approach",
"permalink": "/blog/2022/09/06/deep_rl",
"img_path": "./img/blog/slovenia_bled_lake.jpg",
"description": "This article is part of a series of articles which will introduce several optimization techniques, from traditional (yet advanced) Mathematical Optimization solvers and associated packages to Deep Reinforcement Learning algorithms, while tackling a very famous Operations Research problem: the multi-knapsack problem. Here, the focus is on traditional optimization techniques."
},
{
"title": "Deep RL and Optimization applied to Operations Research problem - 1/2 Traditional Optimization techniques",
"permalink": "/blog/2022/08/27/traditional_or",
"img_path": "./img/blog/plitvice_lakes.jpg",
"description": "This article is part of a series of articles which will introduce several optimization techniques, from traditional (yet advanced) Mathematical Optimization solvers and associated packages to Deep Reinforcement Learning algorithms, while tackling a very famous Operations Research problem: the multi-knapsack problem. Here, the focus is on traditional optimization techniques."
}
]
}