Abstract: A system and method for graphically displaying modules and resources within a chip design software application. The system and method provide a data driven model for matching the hardware resource requirements for an associated user module and the available hardware resources on an underlying chip. Databases are utilized to describe the hardware resource requirements which are dictated by the particular user module and the available hardware resources of a particular chip. The user module descriptive database can be updated in response to additional user modules being added or changes to the hardware resource requirements of existing user modules. The hardware description database can be updated in response to additional chips being added. Further, the graphical interface relates both a user module and the possible hardware resource.

Abstract: A method of defining a configuration of hardware resources, using a subgraph isomorphism process. The method executes a subgraph isomorphism process to discover possible resources in a hardware resource space that are suitable to implement a function. The hardware resource space may be defined by a target graph and the function may be defined by a subgraph. Next, the target graph is annotated to establish configuration settings for selected resources of the possible resources. The configuration settings may be established based on the subgraph mapping to the target graph. The target graph may also be annotated to specify parameters for the selected resources. This annotation may be performed in response to receiving parameters for the function.

Abstract: A system and method for matching the hardware resource requirements of a user module with the available resources of an underlying integrated circuit is shown. Databases are utilized to describe the requirements of a particular user module and the resources of a particular chip. A graphical interface is utilized to relate a selected user module with potentially appropriate resources, and to illustrate alternative placements. This graphical interface utilizes highlights of both the module and the associated resource in patterns, grayscales, or colors to graphically illustrate the relationship between the module and the associated resource.

Abstract: A system and method for graphically displaying modules and resources within a chip design software application. The system and method provide a data driven model for matching the hardware resource requirements for an associated user module and the available hardware resources on an underlying chip. Databases are utilized to describe the hardware resource requirements which are dictated by the particular user module and the available hardware resources of a particular chip. The user module descriptive database can be updated in response to additional user modules being added or changes to the hardware resource requirements of existing user modules. The hardware description database can be updated in response to additional chips being added. Further, the graphical interface relates both a user module and the possible hardware resource.