Adaptive Imaging Powered by Deep-Learning Technology
New-generation instruments enable the creation of custom imaging acquisition sequences using advanced pipelines that integrate deep-learning methods.
These methods can adapt imaging acquisition based on past or predicted future events, providing unparalleled flexibility and precision in 3D image analysis.
applications
The platform integrates deep-learning segmentation during acquisition to streamline and enhance imaging processes.
These tools are particularly valuable for dynamic biological measurements and large-scale field imaging, allowing researchers to optimize data acquisition in real time.
Available systems:
At IBDM:
- OAD on Zeiss Slide Scanner System: Incorporates deep-learning pipelines for enhanced imaging precision during scanning.
- Job on Large-Field Spinning Disk: Designed for large-scale field acquisitions with deep-learning integration.
- Inscoper on Dynamic Measurement Spinning Disk: Tailored for real-time dynamic measurements with adaptive acquisition capabilities.
This platform combines advanced deep-learning methods and cutting-edge imaging systems to empower researchers with adaptive and customizable imaging acquisition pipelines.
Supports dynamic measurements and large-scale field imaging.
Integrates innovative tools like OAD, Job, and Inscoper systems.
Enables adaptive imaging using advanced deep-learning acquisition pipelines.
Real-time segmentation optimizes imaging during data acquisition processes.
Provides customizable imaging solutions for complex biological studies.
