Methods and systems for placement
OwnerGeoffrey Mark Furnish, Maurice J. LeBrun +1inventors
InventorsGeoffrey Mark Furnish, Maurice J. LeBrun, Subhasis Bose
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OwnerGeoffrey Mark Furnish, Maurice J. LeBrun +1inventors
InventorsGeoffrey Mark Furnish, Maurice J. LeBrun, Subhasis Bose
Estimating the term…
Simultaneous Dynamical Integration modeling techniques are applied to placement of elements of integrated circuits as described by netlists specifying interconnection of devices. Solutions to a system of coupled ordinary differential equations in accordance with Newtonian mechanics are approximated by numerical integration. A resultant time-evolving system of nodes moves through a continuous location space in continuous time, and is used to derive placements of the devices having one-to-one correspondences with the nodes. Nodes under the influence of net attractive forces, computed based on the interconnections between the morphable devices, tend to coalesce into well-organized topologies. Nodes are also affected by spreading forces determined by density fields that are developed based on local spatial node populations. The forces are optionally selectively modulated as a function of simulation time. The placements of the devices are compatible with various design flows, such as standard cell, structured array, gate array, and field-programmable gate array.
A method, comprising:
An article of manufacture including a computer-readable medium having instructions stored thereon that, if executed by a computing device, cause the computing device to perform a method comprising:
A system, comprising:
Dependencies are inferred from the claim text.