Abstract: According to one implementation of the present disclosure, a method includes: receiving, by a hardware design generation circuit, a plurality of input signals of a software workload on a processing unit; training a power prediction model based on a toggling of the input signals accumulated over a training interval range; determining, by the hardware design generation circuit, a plurality of prediction proxies and respective weightings for the plurality of prediction proxies based at least partially on the trained power prediction model, wherein the plurality of weighted prediction proxies correspond to a power output of the hardware design generation circuit; and generating an updated circuit design of the processing unit based on the power output.

Abstract: A tensioner may assist in coupling two pipe flanges. The tensioner may include a body and a piston. The body may include a central longitudinal axis, a pair of fastener holes extending through the body in a direction parallel to the central longitudinal axis, and a piston housing having an inner bore disposed about the central longitudinal axis. The piston housing may be provided between the pair of fastener holes. An axial end of the piston housing may define a distal end of the body. The piston may be at least partially disposed in the inner bore of the piston housing. The piston may be axially moveable parallel to the central longitudinal axis through an opening of the inner bore at the distal end of the body.

Abstract: The present disclosure describes methods and systems directed towards implementations of a quick menu. The quick menu provides a user with easy and quick access to different user interfaces, content, and/or content sources. The user can request display of the quick menu with a user input and can subsequently choose which subsequent user interface to access via displayed icons within the quick menu.

Abstract: Generating a modified protected file is disclosed, including: renaming a primary content object of a protected file; and creating a modified protected file based at least in part by inserting into the protected file a replacement object for the renamed primary content object. Using the modified protected file is disclosed, including: determining that a file includes a renamed primary content object; and redirecting a data access operation to the renamed primary content object.

Abstract: Generating a modified protected file is disclosed, including: renaming a primary content object of a protected file; and creating a modified protected file based at least in part by inserting into the protected file a replacement object for the renamed primary content object. Using the modified protected file is disclosed, including: determining that a file includes a renamed primary content object; and redirecting a data access operation to the renamed primary content object.

Abstract: Generating a modified protected file is disclosed, including: creating a modified protected file at least in part by embedding a protected file into an at least partially unprotected file; and modifying a set of content type information included in the at least partially unprotected file to include a content type associated with the protected file as embedded. Using the modified protected file is disclosed, including: receiving, using a processor, a data access operation to an at least partially unprotected file; determining that the at least partially unprotected file includes a portion associated with a content type associated with embedded protected content; and redirecting the data access operation to the portion of the at least partially unprotected file associated with the content type associated with embedded protected content.

Abstract: At least one method for characterizing cyclone includes combining a first parameter with at least a second parameter.

Abstract: At least one method for indicating a weather condition includes indexing a storm based on two or more parameters. One of the parameters is a travel speed of the storm and a second parameter is a location of the storm. The method further includes providing a time before the storm impacts a recipient based on the travel speed of the storm and a track distance to the recipient location. The method further includes delivering the time before the storm impacts the location to the recipient.

Abstract: At least one method for indicating a weather condition. The method includes providing a probability of one or more wind fields from a cyclone impacting one or more locations over a period of time. The probability may then be delivered to a recipient.

Abstract: A dynamic watermarking capability is implemented in an enterprise rights management (ERM) or similar system that comprises a central server to which end user client machines are connectable. The central server has a database in which watermark definitions created by authorized entities are centrally stored. An end user client machine is provided with a client component that typically includes wrapper code, and watermarking rendering code. The wrapper and rendering code are instantiated when a given calling application is started, or when the application initiates a given rendering function such as a print or display operation. When the calling application begins the rendering operation, the wrapper code intercepts a given rendering function call, connects to the central server and then retrieves a watermark definition. Alternatively, the watermark definition is retrieved when a document to be rendered is first accessed on the client machine.