Abstract:
The present invention relates to a system and method for improving conversion of unresponsive web pages to responsive web design. The present invention particularly improves the conversion of unresponsive web pages to responsive web design dynamically by utilizing at least one track module (104) in communication with at least one machine readable device (106). at least one global storage (102) for storing a plurality of views and at least one queuing storage (108) for storing potential layout based on parameters in the machine readable device (106) and user behavior at real time. The queuing storage (108) further communicates with at least one unwanted layout storage (110) for storing a plurality of unwanted layouts. The present invention also utilizes elastic hierarchy for identifying potential layout to be used as web page design on respective machine readable device and the layout with highest elastic hierarchy percentage score will be used as layout design for the web page.
Abstract:
The present invention provides a method for generating cloud resource provision application. The method provides an User Interface (IU) for inputting (312) the requirements of the cloud resource provision application. With the user's input, cloud resource provision application can be created by defining (310) the application and subsequently generating (320) the same. The processed of defining and generating the applications are carried out based on the flow definition automatically. A system for carrying out the method is also provided.
Abstract:
The present invention provides a system (200) for dynamic resource monitoring in a federated cloud infrastructure characterized in that comprising modification of requirements module (202) enabling plurality of users to modify monitoring requirements of plurality of parameters; monitoring requirements collection module (204) configured to collect and identify the monitoring requirements of the plurality of parameters selected by the plurality of users; semantic data analyzing module (206) configured to generate monitoring requirement relationships of the identified monitoring requirements of the plurality of parameters selected by the plurality of users; data integrating module (208) having a modification engine (108), the modification engine (108) is configured to match the monitoring requirement relationships and monitoring data received from a collector database (104) and a data integrator knowledgebase (106); and data monitoring module (210) configured to store and display monitoring data of the plurality of parameters selected by the plurality of users. Further, a method (300) for dynamic resource monitoring in a federated cloud infrastructure is provided. [Figure 1]
Abstract:
The present invention provides a method to randomly construct routing dynamically through reverse-mixed heuristic in cloud computing. The method comprises randomly choosing a route using reverse-mixed heuristic (106) flow by using at least one time route (OTR) to avoid prediction of the chosen route and dynamically routing by choosing at least one cloud service provider name and node for anonymization (108, 110,112). The most illustrative drawing: FIGURE 1
Abstract:
There is disclosed a cloud computing managing system, whereby the system comprising at least one computing resource (10) being managed by a Log Manager (11) adapted and configured to collect, parse, analyse and visualize information based on a failure within the cloud computing system and generating an output. The system further comprises at least one log collector (12) interconnected at the computing resource clusters (100) and is configured to collect and gather information related to the failure, storing the information in a database (40) and forward the information to the Log Manager (11). The system further provides an analytical business intelligence module (13) with a dashboard (14) for use as an interface and to display the output from Log Manager (11). A method thereof is also provided.
Abstract:
There is disclosed a cloud computing managing system, whereby the system comprising at least one computing resource (10) being managed by a Log Manager (11) adapted and configured to collect, parse, analyse and visualize information based on a failure within the cloud computing system and generating an output. The system further comprises at least one log collector (12) interconnected at the computing resource clusters (100) and is configured to collect and gather information related to the failure, storing the information in a database (40) and forward the information to the Log Manager (11). The system further provides an analytical business intelligence module (13) with a dashboard (14) for use as an interface and to display the output from Log Manager (11). A method thereof is also provided.