Unearth precise academic research effortlessly with the power of vector embeddings for relevance and accuracy.
Research By Vector is a plugin that uses vector embeddings to search for relevant academic research papers on ArXiv. It makes use of two types of queries - one from the user and one from the API. The user queries in natural language, and the AI translates that into an API query. The AI generates a title and abstract based on the user's query that is as detailed as possible and yields the most relevant search results. By doing so, the plugin unearths precise academic research with ease while guaranteeing relevance and accuracy.
Learn how to use Research By Vector effectively! Here are a few example prompts, tips, and the documentation of available commands.
Example prompts
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Prompt 1: "Find the latest research on quantum computing advancements."
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Prompt 2: "What are the recent developments in AI for climate change?"
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Prompt 3: "Find research on the use of machine learning in healthcare after 2020."
Features and commands
| Feature/Command | Description |
|---|
searchPapers | This command allows the AI to generate precise ArXiv paper matches via semantic search of a hypothetical title and abstract. |
For AI
Nameresearchbyvector
DescriptionThis tool employs vector embeddings to search for relevant academic research papers on ArXiv. The process involves two distinct types of queries: the human query and the API query. The human query is what the user initially asks in natural language. For example, a user might ask, 'What are the recent advancements in convolutional neural networks for image recognition?' You, as the AI, then translate this human query into an API query.
The API query consists of a hypothetical title and abstract that you generate based on the human query. This title and abstract should be as detailed and specific as possible to yield the most relevant search results. For instance, a well-crafted API query could be: title - 'Innovations and Evolution in Convolutional Neural Networks (CNNs) for Enhanced Image Recognition: A 2023 Perspective', abstract - 'An exhaustive review of the state-of-the-art techniques developed in 2023 for convolutional neural networks, focusing on advancements in architecture design, optimization strategies, and novel training methodologies. It pays special attention to the impact of these advancements on image recognition tasks, including but not limited to object detection, image classification, and semantic segmentation. The review also highlights emerging trends and the potential future trajectory of CNNs in the field of image recognition.'
In essence, it's your job as the AI to translate the user's general interest expressed in the human query into a more specific and detailed API query. Remember, detailed and specific API queries will result in more accurate search results.
Updates
First added20 June 2023