Precision DL is deep learning image processing software for positron emission tomography that improves lesion detectability.
Precision DL applies a deep neural network to positron emission tomography reconstruction to improve contrast recovery and quantitative accuracy. The software provides image quality performance comparable to hardware-based time-of-flight reconstruction on compatible systems.
Nuclear medicine teams use it to identify small lesions on low-dose or short-duration acquisitions. The technology integrates with existing positron emission tomography workflows for oncology and treatment monitoring.
| Attribute | Precision DL | SubtlePET Image Enhancement | |
|---|---|---|---|
| Provider | |  | |
| Founded | 1892 | 2017 | |
| Sells To | Enterprise | Enterprise | |
| Pricing Model | Recurring, Software, Transactional | Recurring, Software | |
| Ownership | Public | Equity, Venture-backed |
Provider
Founded 1892
Sells To Enterprise
Pricing Model Recurring, Software, Transactional
Ownership Public
Provider
Founded 2017
Sells To Enterprise
Pricing Model Recurring, Software
Ownership Equity, Venture-backed
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uAI HYPER DLR is deep learning reconstruction software that reduces noise in positron emission tomography images.
Precise Image is a deep learning reconstruction technique for computed tomography that lowers noise and radiation dose.
PixelShine is deep learning software that reduces noise in computed tomography scans for diagnostic imaging.
Deep Resolve is a deep learning reconstruction technology for magnetic resonance imaging that reduces noise to accelerate scans.
SwiftMR is deep learning software that shortens magnetic resonance scan times while improving image quality.
SubtleHD for CT denoises low-dose computed tomography scans while preserving diagnostic detail.
