Grants and Contributions

The project seeks to enhance access to legal support by establishing a free legal clinic for tenants in the Davenport West community. This clinic will empower tenants with the knowledge to navigate tenancy issues, including lease agreements, eviction processes, and tenants' rights.

Efforts will focus on refining device components for greater efficiency, durability, and ease of use in clinical applications.

Through new audio streaming, speech recognition, and function-calling capabilities, the solution aims to streamline patient assessment simulations, enable multi-lingual interactions, and enhance both VR and non-VR clinical learning experiences.

This project involves the development of data visualization tools, the preparation and analysis of clinical data, and the construction of a scalable data repository for the JVP cardiac diagnostic device

This project focuses on integrating clinical insights, nutritional science, and AI algorithms to enhance the system’s ability to deliver customized dining experiences.

Analysis and technological feasibility of a generative AI-type writing assistant and method of extracting named entities from intervention notes and clinical care.

Through the usage of specially trained large language models (LLMs), enable a system to perform large amounts of patient clinical instructions across different care pathways to a variety of languages (eg French, Spanish, Chinese, Punjabi) while maintaining clinical accuracy and patient comprehension.

Validate Voice AI technology and integrations for productivity improvement for clinics

The pilot project will develop an AI agent that customizes user documentation across clinical workflows, reducing administrative burden, improving communication, and enhancing patient care.

All the participating clinics will provide ancillary holistic legal services as required by the client.