Cerner Innovation, Inc.

Fmr Corp.

Infosys Limited

Deepak Gupta

Darshan Matada Shashidhara

Jaipal Reddy

Arun Kharidehal

Pratyush Kumar

Sandeep Aithal

Chaitanya S

Premjit Adhikary

Vikram Nandwani

Kiran Kumar Bhojaraja

Bobbie Milne

Tania Bhattacharyya

Kavya Gupta

Srikara Uplady Manjunatha

Kannan Ponnusamy

Hemalatha Raghaviah

Anoop Athreyasa Lakshmisha

Tania Bharracharyya

Roopa Krishnappa

Edward L Francis, Iii

C G Bhuvaneshwari

Christopher Gardiner

Nikhila A

Rupesh Kumar Mishra

Nitha Thammaiah

Sathish Kumar Chellan

Aspects of the present disclosure determine a risk level of Polycystic Ovarian syndrome ('PCOS'). Alongside the risk level of PCOS, aspects of the present disclosure simultaneously display the risk level of PCOS with patient information, which may be useful for clinicians. Aspects include receiving patient information of a patient, determining a patient criteria is satisfied based on the patient information, and applying a predictive diagnosis model to the patient information to determine a risk level of PCOS.

Decision support application for PCOS

Methods, systems and computer storage media are disclosed for providing resources to a platform issue. Embodiments describe associating educational resources and an event resource to resolve the platform issue.

System and method for conversion achievement

Methods, systems, and computer-storage media are provided for utilizing multiple Picture Archiving Communication Systems (PACS) to view one more medical images by storing one or more PACS at a database within the system. Requests are received from one or more users at one or more facilities to utilize one or more PACS to view one or more medical images. After accessing the database to determine one or more PACS authorized for each facility from which a request is received, one or more users are provided with one or more PACS to view medical images associated with radiological exams and provide the necessary assessments and reports for treatment.

Enabling the use of multiple Picture Archiving Communication Systems by one or more facilities on a shared domain

Computerized systems and methods are provided for managing future radiology orders for multiple facilities. The systems and methods can include detecting a location identifier for each future radiology order, and in response to detecting the location identifier, determining a specific radiology facility for that location identifier. The respective future radiology orders can then be provided to the intended radiology facility.

Systems and methods for managing future radiology orders

System and method for new issue management for conversion achievement

System and method for adoption tracking and intervention for conversion achievement

System and method for smart searching for conversion achievement

Enabling the use of multiple picture archiving communication systems by one or more facilities on a shared domain

A method is described for dynamically determining availability of a computing resource. An application session is established, and an application session data matrix is generated including parameters specifying aspects of the application session, an application associated with the application session, and a computing resource on which the application session depends. A component signature block is derived based on the parameters of the application session data matrix. The component signature block identifies the computing resource on which the application session depends and a total number of sessions dependent on the computing resource. A metric signature block is generated based on one or more parameters of the application session data matrix and the component signature block. The metric signature block is classified according to one or more probability models. A computing resource availability rating for the computing resource is derived based on an output of the one or more probability models.

System and method for dynamically determining availability of a computing resource

A system and method for locking an application to specific hardware device without storing device or user information on server. A lock registration is performed during the first usage of the application where the application sends a unique value to the server through secured channel. This unique value is combination of user specific information and device information. The server receives the unique value, and sends the encrypted value to the device, which is stored in predefined location of device. During lock validation, which is initiated during every request to the server or on every session creation, the device unique value and encrypted value is sent to the server. The server receives it, decrypts the encrypted value, and compares with the received unique value. If both the values are same, the server validates application instance by sending the response to the device else error message is sent to the device.

Systems and methods for locking an application to device without storing device information on server

A platform independent system for performing a search request provided by a user. The platform independent system includes a consuming application executing on a first computer that handles the search request provided by a user. The search request includes instructions to retrieve selected data from a second application. A web interface module executing on a second computer receives the search request and formulates search routines regardless of the search engine logic or infrastructure of the consuming application to connect to a data model that contains the selected data for retrieval. The web interface module structures data associated with the search request to be compatible for searching with the data model.

Dynamic search service

Growing community of inventors

Bengaluru, India

Deepak Gupta