Abstract: Network architectures are interfaced with diverse inputs like a hub with multiple spokes. A portion of these input are further interfaced as limited outputs. The inputs can be from wholly different users streaming unrelated data in different protocols. HL7 ADTs in these inputs can control network configuration, culling or screening output to communications that match user parameters. Network architectures can aggregate and enhance information that matches from among these inputs, including information across protocols such as HL7. Such information can be provided and stored back to other sources so as to add to or correct wide area data stores. All communications can be provided in real-time and with manageable volumes that do not fatigue users and better manage network resources.

Abstract: Network architectures are interfaced with diverse inputs like a hub with multiple spokes. A portion of these input are further interfaced as limited outputs. The inputs can be from wholly different users streaming unrelated data in different protocols. HL7 ADTs in these inputs can control network configuration, culling or screening output to communications that match user parameters. Network architectures can aggregate and enhance information that matches from among these inputs, including information across protocols such as HL7. Such information can be provided and stored back to other sources so as to add to or correct wide area data stores. All communications can be provided in real-time and with manageable volumes that do not fatigue users and better manage network resources.

Abstract: Network architecture with a plurality of data streams, wherein at least one of the data streams includes data updated in real-time; a plurality of protocol interfaces each connected to at least one of the data streams; a processor coupled with the protocol interfaces; an output interface coupled to a display for showing a graphical user interface; and a memory coupled to the processor including instructions that when executed by the processor, cause the processor to, multiplex a plurality of signals from the plurality of data streams via the protocol interfaces into a single output, wherein the multiplexing is executed based on an identity of the one of the data stream from which the signal originated, and output the single output to the graphical user interface via the output interface.

Abstract: Network architecture with a plurality of data streams, wherein at least one of the data streams includes data updated in real-time; a plurality of protocol interfaces each connected to at least one of the data streams; a processor coupled with the protocol interfaces; an output interface coupled to a display for showing a graphical user interface; and a memory coupled to the processor including instructions that when executed by the processor, cause the processor to, multiplex a plurality of signals from the plurality of data streams via the protocol interfaces into a single output, wherein the multiplexing is executed based on an identity of the one of the data stream from which the signal originated, and output the single output to the graphical user interface via the output interface.

Abstract: Network architecture with a plurality of data streams, wherein at least one of the data streams includes data updated in real-time; a plurality of protocol interfaces each connected to at least one of the data streams; a processor coupled with the protocol interfaces; an output interface coupled to a display for showing a graphical user interface; and a memory coupled to the processor including instructions that when executed by the processor, cause the processor to, multiplex a plurality of signals from the plurality of data streams via the protocol interfaces into a single output, wherein the multiplexing is executed based on an identity of the one of the data stream from which the signal originated, and output the single output to the graphical user interface via the output interface.

Abstract: Networks and methods include or use a computer hardware processor to manage healthcare information between healthcare sources and providing subscribers. Subscriber requests and healthcare information about patients are used in the networks and methods to provide only responsive content to subscribers. Networks and methods screen healthcare with criteria in the subscriber requests, and only when the information matches the criteria, provides a deliverable based on the healthcare information, in desired format and fashion, to the subscriber associated with the matching criteria. Systems and methods are configured to receive healthcare information directly from providers themselves, as well as from other sources. The healthcare information can be in several formats recognizable for processing and selective forwarding, including CCDA-type summary of care documents sent over the Internet, such as via Direct protocol email.

Abstract: Networks and methods include or use a computer hardware processor to manage healthcare information between healthcare sources and providing subscribers. Subscriber requests and healthcare information about patients are used in the networks and methods to provide only responsive content to subscribers. Networks and methods screen healthcare with criteria in the subscriber requests, and only when the information matches the criteria, provides a deliverable based on the healthcare information, in desired format and fashion, to the subscriber associated with the matching criteria. Systems and methods also perform meta-analysis on received healthcare information itself. The meta-analysis is used to correct or enhance the deliverable with things like typographical correction, auto-subscribe/unsubscribe, historical healthcare analysis, addition of relevant alert information, and other conditioning.

Abstract: Networks and methods include or use a computer hardware processor to manage healthcare information between healthcare sources and providing subscribers. Subscriber requests and healthcare information about patients are used in the networks and methods to provide only responsive content to subscribers. Networks and methods screen healthcare with criteria in the subscriber requests, and only when the information matches the criteria, provides a deliverable based on the healthcare information, in desired format and fashion, to the subscriber associated with the matching criteria.

Abstract: Networks are input with instructions from various types of healthcare subscribers, including identification of patients of these subscribers. Networks observe updates generated for the listed patients by healthcare providers, such as hospital encounters. The updates are numerous and update input can be rushed treatment facilities prone to error in information, so networks comprehensively filter the updates against all available instructions and identification to filter out all qualifying updates to be passed on to subscribers. Networks can format, transmit, and otherwise provide the updates based on anything commended by the client instructions. Networks may also share patient information itself with the update source to improve information association and correct client information at these sources.

Abstract: Networks are input with instructions from various types of healthcare subscribers, including identification of patients of these subscribers. Networks observe updates generated for the listed patients by healthcare providers, such as hospital encounters. The updates are numerous and update input can be rushed treatment facilities prone to error in information, so networks comprehensively filter the updates against all available instructions and identification to filter out all qualifying updates to be passed on to subscribers. Networks can format, transmit, and otherwise provide the updates based on anything commended by the client instructions. Networks may also share patient information itself with the update source to improve information association and correct client information at these sources.