Abstract: A method and system for resolving circuit and network parameters. A circuit evaluation system includes a plurality of nodes and a plurality of resolution devices. Each node is connected to a resolution device via a bi-directional connection, and at least one node is configured to receive data from an input. Each enabling element is associated with a resolution device. Enabling elements that are associated with resolution devices that are connected to nodes that are configured to receive input data are activated, thereby enabling certain resolution devices. The enabled resolution devices are executed using data in the nodes that are connected to the enabled resolution devices. Iterations of executing resolution devices are performed until stable node values are determined.

Abstract: A method and system for resolving circuit and network parameters. A circuit evaluation system includes a plurality of nodes and a plurality of resolution devices. Each node is connected to a resolution device via a bi-directional connection, and at least one node is configured to receive data from an input. Each enabling element is associated with a resolution device. Enabling elements that are associated with resolution devices that are connected to nodes that are configured to receive input data are activated, thereby enabling certain resolution devices. The enabled resolution devices are executed using data in the nodes that are connected to the enabled resolution devices. Iterations of executing resolution devices are performed until stable node values are determined.

Abstract: The method of the present invention comprises splitting pointer data in a code and data image, and allocating the upper half of each pointer in a compressed block to allow a system to exceed a memory addressing limitation during execution, while retaining the same data structure layout. In addition, the method of the present invention compresses and then allocates the upper pointer data “on demand” so that memory requirements during a large pointer (for instance, 64-bit) build are merely incremental over normal pointer (32-bit) requirements.