RADAR-Base Google Summer of Code (GSoC) 2022

RADAR-base (Remote Assessment of Disease And Relapses) is an open source platform for remote patient monitoring. The main focus of RADAR-base is seamless integration of data streams from various wearables and mobile applications to collect patient generated data in real time and store, manage and share the collected data with researchers for retrospective analysis.

We use Slack as the main medium of communications. Join us on Slack by filling out this form and connect with your potential mentors to discuss your project ideas.

Project Ideas

A list of project ideas can be found here. For questions or discussions, please contact us through Slack.

How to apply

Please refer to our contributor guidelines for more information on how to prepare and apply for a project. You can also find a standard template for a proposal.

We look forward to your applications. Good luck!

About the RADAR-base platform

RADAR-base provides both passive and active data collection. Passive collection can be done by directly sending data from phone sensors or device sensor data through the (pRMT) app or device sensor data via cloud storage to RADAR-base or combination of these options. Active data collection using the active Remote Monitoring Technologies (aRMT) app, which includes the use of questionnaires that might ask patients about their mood, medication intake, or the severity of symptoms. All of the collected data can be extracted from the platform in structured formats.

Below is a high-level architecture diagram of the platform:

About RADAR-base community

RADAR-base community consists of software engineers, data scientists, researchers,operations engineers, bioinformaticians. The RADAR-base platform was build and maintained by The Hyve B.V and PhiDataLab at King's College London under the IMI RADAR-CNS and IMI RADAR-AD project.

Currently, the platform has been used by many academic institutes and research organizations to conduct remote monitoring studies. Read about the research studies which use RADAR-base here.