Turn CT/DICOM data into structured technical output
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From Images to Structured Signal
ResetRay publishes information about transforming CT/DICOM data into technical imaging previews, quantitative HU/ROI parameters and RSIF-compatible structured JSON. This public website does not accept studies, orders or online payments.
Technical CT/DICOM methodology • Structured output • Research information • Not medical diagnosis
Methodology overview
The ResetRay research methodology describes a technical path from imaging data to quantitative measurements and machine-readable structured representation.
CT/DICOM inputs
Technical imaging datasets provide source pixels and metadata for documented quantitative workflows.
Quantitative extraction
HU values and ROI context are represented as technical measurements, not clinical conclusions.
Structured representation
RSIF-compatible JSON organizes quantitative fields for documentation and interoperability.
Research use
Public examples and specifications support technical evaluation and external research workflows.
Research and evidence
Public documentation describes the RSIF semantic layer, technical boundaries, representative output structures and the quantitative concepts used by ResetRay.
How ResetRay works
A minimal technical flow from CT/DICOM input to structured export for external machine-readable workflows.
CT/DICOM data model
Quantitative extraction
HU · ROI · Quantitative data
RSIF
Structured JSON-LD
Optional CT Signature
Experimental profile
Machine-readable export
External AI workflows
Optional layer
Technical quantitative processing only.
Non-diagnostic.
External AI outputs are not controlled by ResetRay.
Vertebral attenuation workflow
Structured technical extraction of vertebral body attenuation values in HU from ROI-linked CT datasets.
Liver attenuation workflow
Structured technical extraction of hepatic attenuation values in HU with technical measurement context.
Example PNG preview and RSIF structure
Public examples illustrate a technical preview image and a structured data object. RSIF JSON is documented as a machine-readable technical format rather than a medical report.
No diagnosis
ResetRay output is technical imaging data only and does not determine disease, diagnosis or health status.
No clinical advice
The service does not provide treatment recommendations, urgent interpretation or clinical decision support.
AI-readable output
RSIF is designed as a structured technical object for downstream AI-readable workflows and documentation.
Research and institutional collaboration
ResetRay welcomes discussion about research, interoperability, methodology and institutional collaboration. The public site provides no submission form and does not accept imaging studies.
Contact ResetRay
Contact is available only through direct links. Messages are handled by the selected external mail service.
Technical-only scope
ResetRay provides technical imaging data processing only. ResetRay output is not a medical report, diagnosis, disease detection, treatment recommendation, emergency interpretation or clinical decision support. External AI systems may interpret structured RSIF objects differently. ResetRay does not control third-party AI outputs.
CT Signature profile
Optional experimental structured quantitative profile derived from available CT/DICOM regions. CT Signature is designed as an optional structured profile layer built on top of RSIF/modules.