Abstract: Systems and methods for style-aligned image generation can obtain and process an object image, a style image, and a text description to generate a model-generated style-aligned object image. The systems and methods can generate the model-generated style-aligned object image with an image generation model that performs mask embedding processing for the object image and performs reduced attention sharing during the diffusion process for style-aligning the images without style image generalization.

Abstract: Using artificial intelligence (AI), imagery may be created for content in response to verbal or textual input. The imagery includes an object, such as a product, and a quality of the image is improved using pre-processing techniques before the image is generated and post-processing techniques after the image is generated. The pre-processing may include upscaling the object in the original image, segmenting the object from its background in the captured image, adding an outline or border stroke to the object. The post-processing techniques may include removing the object from the AI-generated background while keeping shadows and other effects in place, blurring portions of the AI-generated background where the object will be positioned, removing the outline from the object, and re-positioning the object in the AI-generated background with the outline removed.

Abstract: In the field of integrated circuit (IC) design it is common to use a plurality of design constraints files to provide the appropriate operational mode when checking the design. Designers typically use the Synopsis® design constraint (SDC) format to describe the constraints in each operational mode. Each time an operational mode is tested a corresponding SDC is used. By merging a plurality of SDCs into a single most pessimistic SDC, designers are able to ensure that the device will properly operate in all the defined operational modes. Only a single run of the merged SDC in the hypothetical mode is required thereby saving time as well as avoiding potential errors from conflicting constraints in different operational modes.

Abstract: In the field of integrated circuit (IC) design it is common to use a plurality of design constraints files to provide the appropriate operational mode when checking the design. Designers typically use the Synopsis® design constraint (SDC) format to describe the constraints in each operational mode. Each time an operational mode is tested a corresponding SDC is used. By merging a plurality of SDCs into a single most pessimistic SDC, designers are able to ensure that the device will properly operate in all the defined operational modes. Only a single run of the merged SDC in the hypothetical mode is required thereby saving time as well as avoiding potential errors from conflicting constraints in different operational modes.

Abstract: Techniques for integrating Information Systems with Application Servers are disclosed. The techniques can be used to implement a configurable connector interface that connects to existing interfaces used to access various Information Systems. The configurable connection interface can encapsulate these existing interfaces. Accordingly, the configurable connector interface can serve as a standard interface that can be used to connect an application server to various Information Systems. The configurable connection interface can be implemented as a “Resource Adaptor” that can be modified to fit the requirements of a particular existing interface used to access a particular information system (e.g., a database driver developed for a particular relational database). A Graphical User Interface (GUI) can be used to conveniently modify and deploy the modified Resource Adaptor file. These operations can conveniently be performed by using a deployment tool through a Graphical User Interface (GUI).

Abstract: A method for accessing data from a network storage medium is disclosed. An application supplies a query interface to a software object. The software object then establishes a connection between the application and the network storage medium using database information supplied by the query interface. Next, an annotated method supplied by the query interface is executed using logic provided by the software object. After the transactions have ended, the annotated method closes the connection between the application and the network storage medium.

Abstract: Computer systems often strive to retrieve and process data from multiple sources. Integration and processing of data from multiple data sources tends to increase processing demands and decrease throughput due to the additional deployment of computational resources for handling multiple sources. An executable entity, such as a bean, which accesses each data source by the location of the data objects, and retrieves data objects corresponding to rows of data, is operable to access a plurality of data sources independently of the storage medium (i.e. DBMS), or format, and aggregate multiple objects from each of the data sources into a set of compound objects, in which each compound object includes associated fields from the accessed objects of the individual data sources.

Abstract: A method for accessing data from a network storage medium is disclosed. An application supplies a query interface to a software object. The software object then establishes a connection between the application and the network storage medium using database information supplied by the query interface. Next, an annotated method supplied by the query interface is executed using logic provided by the software object. After the transactions have ended, the annotated method closes the connection between the application and the network storage medium.

Abstract: Techniques for integrating Information Systems with Application Servers are disclosed. The techniques can be used to implement a configurable connector interface that connects to existing interfaces used to access various Information Systems. The configurable connection interface can encapsulate these existing interfaces. Accordingly, the configurable connector interface can serve as a standard interface that can be used to connect an application server to various Information Systems. The configurable connection interface can be implemented as a “Resource Adaptor” that can be modified to fit the requirements of a particular existing interface used to access a particular information system (e.g., a database driver developed for a particular relational database). A Graphical User Interface (GUI) can be used to conveniently modify and deploy the modified Resource Adaptor file. These operations can conveniently be performed by using a deployment tool through a Graphical User Interface (GUI).