Dimensionality reduction results in fewer input variables which allows for a simpler predictive model that may have better performance when making predictions on new data.
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https://t.co/4oTbUknXjk
Engineers can now test models without worrying about privacy concerns since generative AI can produce large amounts of synthetic data that mirrors real-world information
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https://t.co/ZPLTBfrkro
LLMs cannot understand written text directly, so Sentence Embedding is carried out. Thanks to the large dimension of the vector created by embedding, small variations in the data can be seen with greater precision.
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https://t.co/q6Bw1pko49
The Deep Feature-Based Text Clustering is based on a deep pretrained model that can construct the meaning of words by contextual information, avoiding the processing of high-dimensional sparse features.
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https://t.co/sI4hA2T2VX
Hierarchical clustering has high space and time complexity. So, this clustering algorithm cannot be used for large datasets.
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https://t.co/DM461nyV1i
AI technology has the potential to improve workplace safety and efficiency by analyzing task completion patterns. Hyundai and Mercedes-Benz are using AI embedded in exoskeletons to help human workers to perform most repetitive tasks better.
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https://t.co/PWHWBWPkxh
Labeling textual data without access to gold-standard labels is a challenge. Topic modelling with some human intuition for fine tuning overcomes this challenge to quite an extent.
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https://t.co/INHsSt3imB
The memory requirements for Llama-2 does not make it a feasible option for researchers to use on their own systems. Petals is a potential alternative as it provides access to public servers that researchers can use for their LLMs.
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https://t.co/lRNcs3uZNY
Subject classification is done to help combine resources by subject, but it is done manually since it requires a lot of training. Automated subject classification techniques are now introduced:
https://t.co/vahcfiOpRc
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By providing appropriate prompts, ChatGPT can be used for data analysis and exploration, interpreting key insights, performing literature review and identifying research gaps .
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https://t.co/iTbimk8ksT
Large Language Models can be leveraged to direct clustering algorithms during semi-supervised learning, thus requiring less input from the experts.
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https://t.co/GzqCn5oZDo
CLUSTERLLM is a novel text clustering framework that takes feedback from an instruction-tuned large language model, such as ChatGPT to guide a small embedder for finding text clusters with low cost.
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https://t.co/PGtvWmdzQR
Sentence transformers are LLMs that are specially trained to output embeddings at the sentence level rather than the word or token level. These sentence level embeddings do a better job of capturing meaning and are far quicker to compute.
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https://t.co/EjpbjyjA0j
Linear models with a rank constraint and a fast loss approximation can train on a billion words within ten minutes, while achieving performance on par with the state-of-the-art for tag prediction and sentiment
analysis.
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https://t.co/c5lalZivCQ
Instruction Tuning and Reinforcement Learning with Human Feedback are 2 training steps that were applied to ChatGPT to make it work so well.
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https://t.co/dgr7XvXzQO
AIaaS constitutes a new and unexplored electronic market. They will provide new ways to learn from customer data and provide advice or instructions without being specifically programmed to do so.
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https://t.co/uICGcGJtEK
When the label space for describing a text is unlimited, Zero shot learning is used which involves classifying instances into categories without any labelled training data.
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https://t.co/gGkWxdz9h0