# Lilian de Greef

> PhD, University of Washington, Computer Science & Engineering, 2019

**Wikidata**: [Q113667790](https://www.wikidata.org/wiki/Q113667790)  
**Source**: https://4ort.xyz/entity/lilian-de-greef

## Summary
Lilian de Greef is a computer scientist who earned her PhD in Computer Science & Engineering from the University of Washington in 2019. Her research focused on using consumer devices to monitor acute medical conditions for infants, under the supervision of Shwetak Patel. She is known for her work in applying technology to healthcare monitoring.

## Biography
- Born: [Not specified]
- Nationality: [Not specified]
- Education: PhD in Computer Science & Engineering, University of Washington (2019)
- Known for: Developing methods to monitor infant health using consumer devices
- Employer(s): [Not specified]
- Field(s): Computer science, healthcare technology

## Contributions
Lilian de Greef's doctoral research, titled *Using Consumer Devices to Monitor Acute Medical Conditions for Infants*, explored the use of everyday consumer devices to track and alert caregivers about potential health issues in infants. Her work under the guidance of Shwetak Patel aimed to leverage existing technology to improve early detection of acute conditions, potentially reducing risks to infant health. While specific publications or products are not detailed in the source material, her thesis represents a significant contribution to the intersection of computer science and pediatric healthcare.

## FAQs
### Q: What was Lilian de Greef's area of study?
A: Lilian de Greef studied computer science and engineering, focusing on using consumer devices to monitor infant health.

### Q: Who was Lilian de Greef's doctoral advisor?
A: Lilian de Greef's doctoral advisor was Shwetak Patel.

### Q: What was the title of Lilian de Greef's doctoral thesis?
A: Her thesis was titled *Using Consumer Devices to Monitor Acute Medical Conditions for Infants*.

### Q: Is Lilian de Greef still active in research?
A: The source material does not provide information on her current activities.

### Q: What institutions are associated with Lilian de Greef's work?
A: Her work was conducted at the University of Washington.

## Why They Matter
Lilian de Greef's research bridges the gap between consumer technology and pediatric healthcare, demonstrating how everyday devices can be repurposed for critical medical monitoring. Her work highlights the potential for technology to enhance early detection and intervention in infant health, which could have broader implications for healthcare innovation. While her specific contributions may not be widely documented, her thesis represents a valuable exploration of how computer science can address real-world healthcare challenges.

## Notable For
- Developed a method to monitor infant health using consumer devices.
- Conducted research under the supervision of Shwetak Patel.
- Authored a doctoral thesis on acute medical condition monitoring for infants.

## Body
### Education and Research
Lilian de Greef completed her PhD in Computer Science & Engineering at the University of Washington in 2019. Her doctoral work, supervised by Shwetak Patel, focused on *Using Consumer Devices to Monitor Acute Medical Conditions for Infants*. The research explored the feasibility of leveraging existing consumer technology to track and alert caregivers about potential health issues in infants, aiming to improve early detection and intervention.

### Academic Contributions
While specific publications or patents are not detailed in the source material, Lilian de Greef's thesis represents a significant contribution to the intersection of computer science and pediatric healthcare. Her work demonstrates the potential for technology to enhance healthcare monitoring, particularly in critical areas like infant health.

### Influence and Legacy
Lilian de Greef's research highlights the role of computer science in addressing healthcare challenges. Her work under Patel's guidance suggests that everyday devices can be repurposed for medical applications, paving the way for future innovations in healthcare technology. While her broader impact is not specified, her thesis serves as a foundation for further exploration in this field.

## References

1. WorldCat