Abstract: A method and system for rule based Internet Protocol version 4 (IPv4) to Internet Protocol version 6 (IPv6) migration assisting framework is disclosed. The method provides guidance and assistance for migrating a product, a system or the like to IPv6. The method views across the complete development life cycle, not restricting only to the impacted code base of the system artifacts. The method scans the system artifacts for IPv4 dependency detection and then provides IPv4 Dependency Removal Effort Estimation (IDRE). The IPv4 dependency detection is based on predefined Meta-rules constructed with respect to the context of product. The IDRE combines Analysis Effort (AE) and Project Execution Effort (PEE) to provide a user and/or the organization order of magnitude estimate based on the assessment of IPv4 dependencies, level of coupling with IPv4 dependencies against different parts of the system artifacts.

Abstract: A method and system for rule based Internet Protocol version 4 (IPv4) to Internet Protocol version 6 (IPv6) migration assisting framework is disclosed. The method provides guidance and assistance for migrating a product, a system or the like to IPv6. The method views across the complete development life cycle, not restricting only to the impacted code base of the system artifacts. The method scans the system artifacts for IPv4 dependency detection and then provides IPv4 Dependency Removal Effort Estimation (IDRE). The IPv4 dependency detection is based on predefined Meta-rules constructed with respect to the context of product. The IDRE combines Analysis Effort (AE) and Project Execution Effort (PEE) to provide a user and/or the organization order of magnitude estimate based on the assessment of IPv4 dependencies, level of coupling with IPv4 dependencies against different parts of the system artifacts.

Abstract: The present disclosure relates to system(s) and method(s) for testing a Constrained Application Protocol (CoAP) server and a plurality of resources hosted over the CoAP server. The system is configured to identify a plurality of URI links corresponding to the plurality of resources hosted over the CoAP server, wherein each URI link from the plurality of URI links is configured to store a set of parameters associated with each resource from the plurality of resources. The ‘rt’ is a field to indicate type of each resource and also to distinguish between a sleeping node resource or a non-sleeping node resource. Further, a plurality of test cases configured to test the plurality of resources is generated by sending CoAP requests messages based on the set of parameters associated with the resources and the test configuration. Finally during testing the system takes into account whether a particular resource is a sleeping-node or not.

Abstract: The embodiments herein relate to software defined networking (SDN) and, more particularly, to a system and method to construct an engineering environment for API enablement in Software defined networking. The system enables the device use SDN functionality by designing an API model specific to that device. In order to design the device specific API model, an API enablement system initially leverages functionality/capabilities of the device. Further, by analyzing the leveraged device capabilities, the system designs the API model for the device. After implementing the API model on the device, the system performs a review function to ensure that the designed API model is in compliance with set rules and policies. The API model may be refined based on results of the review function.

Abstract: The present disclosure relates to system(s) and method(s) for testing a Constrained Application Protocol (CoAP) server and a plurality of resources hosted over the CoAP server. The system is configured to identify a plurality of URI links corresponding to the plurality of resources hosted over the CoAP server, wherein each URI link from the plurality of URI links is configured to store a set of parameters associated with each resource from the plurality of resources. The ‘rt’ is a field to indicate type of each resource and also to distinguish between a sleeping node resource or a non-sleeping node resource. Further, a plurality of test cases configured to test the plurality of resources is generated by sending CoAP requests messages based on the set of parameters associated with the resources and the test configuration. Finally during testing the system takes into account whether a particular resource is a sleeping-node or not.

Abstract: An integrated platform for 3D printing. This invention relates to 3D printing systems and more particularly to an integrated platform for enabling 3D printing and development of the integrated platform. The principal object of this invention is to propose a configurable 3D printing unified service platform that enables various players in a 3D printing ecosystem to interface and manage various services around 3D printing. Another object of the invention is to propose a method and system for creating a configurable 3D printing unified service platform that enables various players in a 3D printing ecosystem to interface and manage various services around 3D printing.

Abstract: Enabling an early response to a disease based on data analytics. This invention relates to effective management of diseases and more particularly to effective management of disease by enabling an early and appropriate response to the disease using data analytics. The system comprises of a disease analytics platform connected to a plurality of data sources and at least one stakeholder.

Abstract: The embodiments herein relate to software defined networking (SDN) and, more particularly, to a system and method to construct an engineering environment for API enablement in Software defined networking. The system enables the device use SDN functionality by designing an API model specific to that device. In order to design the device specific API model, an API enablement system initially leverages functionality/capabilities of the device. Further, by analyzing the leveraged device capabilities, the system designs the API model for the device. After implementing the API model on the device, the system performs a review function to ensure that the designed API model is in compliance with set rules and policies. The API model may be refined based on results of the review function.

Abstract: The embodiments provides a method for network-context based content positioning. The method includes receiving a plurality of parameters associated with content, and computing a content positioning relevance index for one or more node using the plurality of parameters. Further, the method includes positioning the content in the network based on the content positioning relevance index.

Abstract: A method and system for risk and constraint based pricing model of a catalog service to assess enterprise network transformation. The embodiments herein disclose a method and system for risk and constraint based pricing model of a catalog service to assess the enterprise network transformation. The pricing of the effort is estimated by counting the effort to fulfill a service request and adding the total cost of the tool used to execute the service. The comprises of two price points which are factored with size of enterprise stack, along with constraints and risk related to the enterprise information The pricing engine running on processor interfaces with the network for communicating with its sub-processing units. The pricing engine running on processor interfaces with user through the software defined user interface through its hardware Input/output module.