Abstract: Embodiments of present disclosure relate to a method (400) for modeling a roof in a geographical area for solar installation. The method may include steps of receiving a pre-defined area of a region of interest (ROI), obstructions selected by an entity from an input device (106), and generating a digital surface model (DSM) of the pre-defined area and obstructions selected by the entity. The method may also include obtaining DSM data of the pre-defined area and the obstructions, parsing the obtained DSM data, and correspondingly delivering a raster image and associated metadata. The method may further include creating a 3D mesh of a roof from the received raster image and the associated metadata, receiving parameters from the entity, and correspondingly creating and updating one or more roof models. Further, rendering on a graphical user interface, a visualization indicative of a plurality of solar panels over the pre-defined area.

Abstract: A system to control usage of a subscription in a mobile device comprising: a plurality of subscriptions of at least two or more mobile networks; a subscription profile associated with each subscription; a UICC/eUICC/USIM/SIM card capable of switching among different networks; an applet running on the said SIM card; a server which communicates with the said mobile device through a network interface; a server process which stores identity and network related data of each subscription profile; stores network territory and coverage map; stores history of network drops and subscription profile switch events; stores quota-price-validity-bandwidth attached to each subscription profile; connects to the networks providing the subscription profile periodically, to retrieve, calculate and store actual usage and outstanding quota and validity for SMS, data and minutes for each subscription profile; connects to the SIM applet to receive information from the applet about network loss and network coverage; determines and st

Abstract: A system to control usage of a subscription in a mobile device comprising: a plurality of subscriptions of at least two or more mobile networks; a subscription profile associated with each subscription; a UICC/eUICC/USIM/SIM card capable of switching among different networks; an applet running on the said SIM card; a server which communicates with the said mobile device through a network interface; a server process which stores identity and network related data of each subscription profile; stores network territory and coverage map; stores history of network drops and subscription profile switch events; stores quota-price-validity-bandwidth attached to each subscription profile; connects to the networks providing the subscription profile periodically, to retrieve, calculate and store actual usage and outstanding quota and validity for SMS, data and minutes for each subscription profile; connects to the SIM applet to receive information from the applet about network loss and network coverage; determines and st

Abstract: A design management tool which automates the parallel validation of an entire integrated circuit while the individual blocks (together forming the integrated circuit) are designed. In an embodiment, a designer specifies various checkpoints associated with each design stage, and the specific information to be made available to a top level performing the validation. When each checkpoint is reached for a design block, the specified information is made available to the top level and the validation of the integrated circuit is performed up to that checkpoint. As a result, design closure of the integrated circuit can be obtained quickly.

Abstract: A design management tool which automates the parallel validation of an entire integrated circuit while the individual blocks (together forming the integrated circuit) are designed. In an embodiment, a designer specifies various checkpoints associated with each design stage, and the specific information to be made available to a top level performing the validation. When each checkpoint is reached for a design block, the specified information is made available to the top level and the validation of the integrated circuit is performed up to that checkpoint. As a result, design closure of the integrated circuit can be obtained quickly.