Systems, methods, and devices for hub, spoke and edge rendering in a picture archiving and communication system (PACS)
Techniques, described herein, enable enhanced rendering solutions for digital imaging and communications in medicine (DICOM) objects to different rendering architectures. DICOM objects are rendered over one or more of: a hub server-side rendering architecture or a hub and spoke server-side rendering architecture based on one or more network parameters. Additionally, or alternatively, the DICOM objects are rendered over an edge-side rendering architecture based on the one or more network parameters.
1 . A hybrid picture archiving and communication system (PACS) comprising:
a hub server-side rendering architecture comprising:
a central hub that includes a central rendering engine, a central archive that stores digital imaging and communication in medicine (DICOM) objects from a first modality coupled to the central archive, and a first proxy adapter; and
a first user device coupled to the central hub via a first wide area network (WAN) interface, wherein the central rendering engine is configured to render the DICOM objects to a first display of the first user device via the first WAN interface;
a hub and spoke server-side rendering architecture comprising:
at least one spoke that includes a regional rendering engine, a regional archive that stores at least a portion of the DICOM objects of the central archive and other DICOM objects from a second modality coupled to the regional archive, and a second proxy adapter, wherein the regional rendering engine is coupled to the central archive via a clinical data interface; and
a second user device coupled to the at least one spoke via a second WAN interface, wherein the regional rendering engine is configured to render the at least the portion of the DICOM objects or the other DICOM objects to a second display of the second user device over the second WAN interface;
an edge-side rendering architecture comprising:
a local rendering engine that is coupled to the central archive via a third WAN interface and to a local archive; and
a third user device comprising the local rendering engine or coupled to the local rendering engine via a local area network (LAN) interface, wherein the local rendering engine is configured to render at least a portion of the DICOM objects to a third display of the third user device;
a memory; and
one or more processors configured, when executing instructions stored in the memory, to:
render the DICOM objects using the hub server-side rendering architecture, the hub and spoke server-side rendering architecture, and the edge-side rendering architecture based on network parameters including a latency, a geographical proximity to a data location, and a usage pattern, wherein each of the network parameters is associated with a threshold;
establish a direction of data replication including associated data of DICOM objects, user preferences, or other configuration items, between the central hub and the at least one spoke; and
transfer medical studies between the central hub and the at least one spoke using the first proxy adapter and the second proxy adapter.
2 . The hybrid PACS of claim 1 , wherein the one or more processors are further configured to render the DICOM objects using the edge-side rendering architecture in response to one or more of the network parameters being at or above the associated threshold.
3 . The hybrid PACS of claim 1 , wherein the one or more processors are further configured to render the DICOM objects using the hub server-side rendering architecture or the hub and spoke server-side rendering architecture in response to one or more of the network parameters being below the associated threshold.
4 . The hybrid PACS of claim 1 , wherein the one or more processors are further configured to:
enroll an additional spoke to a central hub; and
instruct the additional spoke to operate in a particular mode based on one or more of the network parameters.
5 . A method performed by one or more processors of a hybrid picture archiving and communication system (PACS) comprising:
a hub server-side rendering architecture comprising:
a central hub that includes a central rendering engine, a central archive that stores digital imaging and communication in medicine (DICOM) objects from a first modality coupled to the central archive, and a first proxy adapter; and
a first user device coupled to the central hub via a first wide area network (WAN) interface, wherein the central rendering engine is configured to render the DICOM objects to a first display of the first user device via the first WAN interface;
a hub and spoke server-side rendering architecture comprising:
at least one spoke that includes a regional rendering engine, a regional archive that stores at least a portion of the DICOM objects of the central archive and other DICOM objects from a second modality coupled to the regional archive, and a second proxy adapter, wherein the regional rendering engine is coupled to the central archive via a clinical data interface; and
a second user device coupled to the at least one spoke via a second WAN interface, wherein the regional rendering engine is configured to render the at least the portion of the DICOM objects or the other DICOM objects to a second display of the second user device over the second WAN interface;
an edge-side rendering architecture comprising:
a local rendering engine that is coupled to the central archive via a third WAN interface and to a local archive; and
a third user device comprising the local rendering engine or coupled to the local rendering engine via a local area network (LAN) interface, wherein the local rendering engine is configured to render at least a portion of the DICOM objects to a third display of the third user device;
the method comprising:
rendering the DICOM objects using the hub server-side rendering architecture, the hub and spoke server-side rendering architecture, and the edge-side rendering architecture based on network parameters including a latency, a geographical proximity to a data location, and a usage pattern, wherein each of the network parameters is associated with a threshold;
establishing a direction of data replication including associated data of DICOM objects, user preferences, or other configuration items, between the central hub and the at least one spoke; and
transferring medical studies between the central hub and the spoke using the first proxy adapter and the second proxy adapter.
6 . The method of claim 5 , further comprising rendering the DICOM objects using the edge-side rendering architecture in response to one or more of the network parameters being at or above the associated threshold.
7 . The method of claim 5 , further comprising rendering the DICOM objects using the hub server-side rendering architecture or the hub and spoke server-side rendering architecture in response to one or more of the network parameters being below the associated threshold.
8 . The method of claim 5 , further comprising:
enrolling an additional spoke to the central hub; and
instructing the additional spoke to operate in a particular mode based on one or more of the network parameters.