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Generative AI as a personal agent for knowledge management processes

Unleash the power of Artificial Intelligence and generative models in the pharmaceutical industry together with Boehringer Ingelheim by developing personalized AI agents that support health workers in knowledge management, research & content creation.

Shape the future of human-machine interaction and master demanding challenges in the pharmaceutical industry together.

#KnowledgeManagement #PersonalAIagent #GenerativeAI

  • ūüŹÜ  Rewards
    EUR 3,000 prize pool + versatile collaboration models + hiring opportunities
  • ūüēĎ  Deadline
    Sep 27, 2023, 9:59:00 PM
  • ūüĆé Scope

    Open to students, researchers, industry experts as well as startups & companies

  • ‚Ěď Q&A Call
  • ūüĆĪ Innovate 2030 All SDGs

    This challenge is part of the INNOVATE2030 program

Brief
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FAQ

To develop a comprehensive solution for effective knowledge management, it is advised to take a deeper look at these two areas: Human Machine Interface & Technology Development

HUMAN MACHINE INTERFACE

The Human Machine Interface is a critical aspect of the knowledge platform, as it determines how users interact with the system. It encompasses the design and implementation of user interfaces, navigation structures, and interaction mechanisms. The HMI should be intuitive, user-friendly, and tailored to the specific needs of the pharmaceutical industry.

Therefore, in this step the interaction model and the user interface should be demonstrated.

Guiding Questions

TECHNOLOGY DEVELOPMENT

Technology development refers to the process of building the AI model that powers the knowledge platform. This involves various stages, including data acquisition, preprocessing, model training, and validation. The elaboration should highlight and explain the following functions in particular:

1. Text analysis

Text analysis is a fundamental step in the knowledge management process. It involves using natural language processing techniques to understand and extract meaningful information from text documents. By applying text analysis, key concepts, entities, relationships, and sentiments present in the text can be identified, organizing and categorizing the information, making it easier to retrieve and utilize for further processing.

2. Automatic summarization

Automatic summarization aims to condense large volumes of text into shorter summaries while preserving the essential information and maintaining coherence. By leveraging techniques like extractive or abstractive summarization, the system identifies the most important sentences or phrases and generates a concise summary.

3. New article & topic generation

New article generation involves using generative models to create new articles based on existing knowledge. By utilizing techniques like language models or transformer architectures, the system can generate coherent and contextually relevant articles. This step goes beyond summarization and allows for the generation of original content by leveraging the knowledge and insights extracted from various sources. In addition, it is also relevant that from the given information and topics, based on previous articles and knowledge from the sources, the model can also generate new topic suggestions, that are not covered yet.

4.     Validation

Validation is a further key aspect. This involves the development of appropriate evaluation metrics to assess the quality of the generated articles. These metrics may include measures such as coherence, factual accuracy, readability, relevance to the input data, and adherence to specific guidelines or criteria.

Guiding Questions

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