Abstract: A system and a method directed to various techniques for creating an autonomous multipurpose application using a platform of application programming interfaces (APIs). In one embodiment, a method comprising operations performed by a cognitive intelligence platform is disclosed. The method includes: publishing, for implementation in the autonomous multipurpose application, at least one API that uses artificial intelligence to perform analytics based on a knowledge graph pertaining to ontological data of a medical condition, wherein the at least one API is included in a set of APIs; providing the at least one API in a user interface of a computing device; receiving, from the computing device, a request to subscribe to the at least one API; implementing computer instructions of the at least one API in the autonomous multipurpose application; and providing the autonomous multipurpose application to the computing device for execution on the computing device.

Abstract: Aspects of this disclosure relate to various systems and methods for use in a regulated industry and using an SEC qualified stablecoin as a store of value and medium of exchange on a blockchain-based transaction network. The system includes a stablecoin blockchain system with a stablecoin blockchain framework, a stablecoin ecosystem, and a stablecoin blockchain transaction network. The stablecoin blockchain system facilitates transactions between stablecoin blockchain participants within the stablecoin ecosystem. The stablecoin ecosystem conducts transactions across a stablecoin blockchain transaction network and a distributed blockchain ledger.

Abstract: A method for determining a risk for an infectious disease for a patient using a cognitive intelligence platform is disclosed. The method includes receiving, from an authoritative source, factors indicative of a person being infected by the infectious disease, wherein the factors include medical information pertaining to the infectious disease. The method also includes determining whether any of the factors are present in a patient graph of the patient, wherein the patient graph includes medical information pertaining to the patient and the determining is performed by matching the medical information pertaining to the infectious disease to the medical information pertaining to the patient. The method also includes, responsive to determining the factors are present in the patient graph of the patient, determining the risk for the infectious disease for the patient, and performing a preventative action based on the risk for the infectious disease.

Abstract: A method for diagnosing a medical condition through cognification of unstructured data is disclosed. The method may include receiving, at a server, an electronic medical record including notes pertaining to a patient. The method may also include generating cognified data using the notes, where the cognified data includes a health summary of the medical condition. The method may also include generating, based on the cognified data, a diagnosis of the medical condition of the patient, where the diagnosis at least identifies a type of the medical condition. The method may also include providing the diagnosis to a computing device for presentation on the computing device.

Abstract: A method for answering questions posed by a user, the method comprising: receiving from a medical conversational user interface a user-generated natural language medical information query at an artificial intelligence-based medical conversation cognitive agent; extracting a medical question; compiling a medical conversation language sample; extracting internal medical concepts and medical data from the sample; inferring a therapeutic intent of the user; generating a therapeutic paradigm logical framework, wherein logical framework comprises medical logical progression paths from the medical question to respective therapeutic answers, each of the logical progression paths includes medical logical linkages from the medical question to a therapeutic path-specific answer, and the medical logical linkages include the internal medical concepts and external therapeutic paradigm concepts derived from a store of medical subject matter ontology data; selecting a likely medical information path based upon the therapeuti

Abstract: Systems, methods, and computer-readable mediums for generating, by an artificial intelligence engine, a resource utilization plan for a medical condition of patients. The method including receiving medical data pertaining to the patients, determining, by the artificial intelligence engine, a disease progression level for the medical condition of the patients. The determining is based at least on the medical data, and the disease progression level indicates a trajectory for the patient on a disease continuum of the medical condition. The method includes generating, by the artificial intelligence engine, the resource utilization plan for the medical condition of the patients. The generating is based at least on the disease progression level, and the resource utilization plan includes actionable items to be performed by a healthcare facility. The method includes transmitting the resource utilization plan to a computing device.

Abstract: Systems, methods, and computer-readable mediums for generating, by an artificial intelligence engine, a treatment plan for a medical condition of a patient. The method comprises receiving medical data pertaining to the patient. The method also comprises determining, by the artificial intelligence engine and by using machine learning models, a disease progression level for the medical condition of the patient. The disease progression level indicates a risk of the patient reaching a next stage on a disease continuum of the medical condition. The method further comprises generating, by the artificial intelligence engine, the treatment plan for the medical condition. The generating is based at least on the disease progression level. The treatment plan comprises one or more actionable items to be performed on or by the patient. The method also comprises transmitting the treatment plan to a computing device for presentation to a healthcare professional.

Abstract: A suppressor assembly for a firearm having a receiver and a barrel connected to the receiver includes a tube adapted to be coupled to the receiver and defining at least one port arranged proximate to a first end. The tube encloses the barrel defining a radial gap therebetween. Moreover, the tube extends outwardly of the barrel in a longitudinal direction defining an axial gap therebetween. The radial gap and the axial gap together define an expansion volume around the barrel. An end cap is arranged at a second end of the tube and coupled to the tube. The end cap defines an outlet opening to facilitate an exit of a bullet from the tube. Propellant gases, generated during firing of the bullet, expand inside the expansion volume and exit the tube through the at least one port.

Abstract: A method for electronically generating a care plan is disclosed. The method includes selecting a first data structure corresponding to a first condition of a patient. The first data structure including a set of health artifacts pertaining to the first condition. The method also including comparing a second data structure with the first data structure. The second data structure pertains to the patient and the first condition of the patient, and the second data structure comprises a subset of the set of health artifacts. The method also including selecting, based on the comparing, another subset of the set of health artifacts in the first data structure, generating the care plan comprising a third data structure that includes at least the another subset of the set of health artifacts, and causing the care plan to be presented on a computing device.

Abstract: A method for electronically generating a care plan is disclosed herein. The method includes comparing a first data structure with a second data structure. The first data structure includes a set of health artifacts pertaining to a first condition of the patient. The second data structure pertains to the patient and the first condition of the patient, and the second data structure includes a subset of the set of the health artifacts. Responsive to the comparing, the method also includes generating the care plan comprising another subset of the set of health artifacts, and modifying the another subset of the set of health artifacts in the care plan based on a detected tone of the patient, a detected emotion of the patient, a medical outcome desired by a physician, or some combination thereof.

Abstract: A suppressor assembly for a firearm having a receiver and a barrel connected to the receiver includes a tube adapted to be coupled to the receiver and defining at least one port arranged proximate to a first end. The tube encloses the barrel defining a radial gap therebetween. Moreover, the tube extends outwardly of the barrel in a longitudinal direction defining an axial gap therebetween. The radial gap and the axial gap together define an expansion volume around the barrel. An end cap is arranged at a second end of the tube and coupled to the tube. The end cap defines an outlet opening to facilitate an exit of a bullet from the tube. Propellant gases, generated during firing of the bullet, expand inside the expansion volume and exit the tube through the at least one port.

Abstract: A computer-implemented method is performed by a cognitive intelligence platform. The method comprises: receiving, from a plurality of electronic health record systems, medical records associated with medical encounters of a patient with one or more medical providers over a period of time, the medical records including medical information related to care of the patient; analyzing the medical records by classifying the medical information included in the medical records into medical entities, the medical entities including categories having particular shared characteristics related to the care of the patient; determining, based on the medical entities, an effectiveness of a treatment plan received by the patient; generating an indication of the effectiveness of the treatment plan; and providing the indication to a user interface executing on a computing device.

Abstract: A computer-implemented method performed by a cognitive intelligence platform is disclosed herein. The method comprises: receiving, from a plurality of electronic health record systems, medical records associated with medical encounters of a patient with one or more medical providers over a period of time, the medical records including medical information related to care of the patient; analyzing the medical records by classifying the medical information included in the medical records into medical entities, the medical entities including categories having particular shared characteristics related to the care of the patient; generating, based on the medical entities, visual representations of the medical records over the period of time; and providing the visual representations of the medical records to a medical provider.

Abstract: A node that is part of a network of nodes with access to a distributed ledger may receive a transaction request to perform one or more operations associated with the distributed ledger, wherein the one or more operations include causing a record of a transaction to be stored using the distributed ledger. The node may determine, based on credential information associated with the transaction request, whether to allow the one or more operations to be performed. The node may perform the one or more operations based on determining to allow the one or more operations to be performed. The one or more operations may include adding the record of the transaction to the distributed ledger. At least a subset of the content may be included in the record. The node may cause one or more other nodes, of the network of nodes, to have access to the distributed ledger.

Abstract: A method for determining a risk for an infectious disease for a patient using a cognitive intelligence platform is disclosed. The method includes receiving, from an authoritative source, factors indicative of a person being infected by the infectious disease, wherein the factors include medical information pertaining to the infectious disease. The method also includes determining whether any of the factors are present in a patient graph of the patient, wherein the patient graph includes medical information pertaining to the patient and the determining is performed by matching the medical information pertaining to the infectious disease to the medical information pertaining to the patient. The method also includes, responsive to determining the factors are present in the patient graph of the patient, determining the risk for the infectious disease for the patient, and performing a preventative action based on the risk for the infectious disease.

Abstract: Methods, systems and apparatus for providing a notification of a wet floor are provided. A scrubbing robot for scrubbing a floor and having one or more liquid carrying components has a sensor coupled to it positioned for collecting data about an area of the floor proximate to the scrubbing robot and along a path over which the robot has travelled. An application is stored on the computer for determining that liquid is on the floor by analysing the data for a presence of a second set of parameters corresponding to or crossing (from above to below or from below to above) a set of threshold parameters that is indicative of the presence of liquid on the floor. A notification module coupled to the scrubbing robot issues at least one of a human detectable and a computer detectable notification in response to the application determining that liquid is on the floor.

Abstract: A computer-implemented method for real-time detection, by a participant in a health information exchange, of unap-proved uses of health information is disclosed. The method comprises: building a knowledge graph representing relationships between characteristics of health related information of a patient; receiving, from a second participant, a request for access to health information of the patient; generating, using the knowledge graph, questions about the characteristics of health related information of the patient for the second participant to answer to confirm authenticity of the request; and providing access to the health information to the second participant based on the second participant providing correct responses to the questions.

Abstract: A method for controlled and trust-aware contact tracing using a distributed ledger is disclosed herein. The method comprises: receiving, by a node that is part of a network of nodes with access to the distributed ledger, a notification that a person has been admitted to a gathering of people; generating a key associated with the gathering; prompting the person to enter the key associated with the gathering into a user interface of a computing device; in response to the person entering the key, tagging the person with an identifier associated with a location and a time of the person being admitted to the gathering; and performing one or more operations on the distributed ledger, wherein the one or more operations comprises storing a record of a transaction of admitting the person to the gathering and information associated with the transaction of admitting the person in the distributed ledger.

Abstract: A method for detecting unapproved uses of medical records stored in a distributed ledger at one or more nodes of a network of the distributed ledger is disclosed. The method comprises: receiving, from a first node of the one or more nodes, a request to perform a transaction on the distributed ledger, where the request includes an organization type of an entity associated with the first node, a transaction type of the transaction, and a use type for the transaction; and determining whether the use type for the transaction is permitted for the organization type of the entity. The method further comprises, responsive to determining the use type for the transaction is permitted for the organization type of the entity, executing a function defined for the organization type and the transaction type to perform the transaction on the distributed ledger.

Abstract: A method for maintaining content pertaining to a medical condition for a patient in a distributed ledger is disclosed. The method comprises: determining whether content pertaining to the medical test is corroborated by one or more records of other transactions associated with a patient that are stored in the distributed ledger; responsive to determining that the content pertaining to the medical test is corroborated, endorsing the transaction request; determining whether a threshold number of nodes of the network of nodes have endorsed the transaction request; and responsive to determining that the threshold number of nodes of the network of nodes have endorsed the transaction request, performing the one or more operations to store the record of the transaction associated with the medical test for the patient and the content pertaining to the medical test for the patient in the distributed ledger.