Xilinx, Inc.

Amish Pandya

Mehrdad Eslami Dehkordi

Paul D Kundarewich

Guenter Stenz

Grigor S Gasparyan

Satish B Sivaswamy

Xiaojian Yang

Meghraj Kalase

Karthic P

Srinivasan Dasasathyan

Zhaoxuan Shen

Vishal Tripathi

Methods and systems for selecting between single-process and multi-process implementation flows involve identifying features of a circuit design by a design tool. A classification model is applied to the features. The classification model indicates whether an implementation flow on the circuit design is likely to have a runtime within a first range of runtimes or a runtime within a second range of runtimes. The implementation flow is executed by the design tool in a single process in response to the classification model indicating the implementation flow on the circuit design is likely to have a runtime within the first range of runtimes. The implementation flow is executed by the design tool in a plurality of processes in response to the classification model indicating the implementation flow on the circuit design is likely to have a runtime within the second range of runtimes.

Optimizing use of computer resources in implementing circuit designs through machine learning

Examples described herein provide a non-transitory computer-readable medium storing instructions, which when executed by one or more processors, cause the one or more processors to perform operations. The operations include: generating, using the one or more processors, a plurality of child processes according to a number of programmable dies of the multi-die device, each of the plurality of child processes corresponding to a respective programmable die of the multi-die device, wherein the plurality of child processes execute on different processors; partitioning a design for the multi-die device into a plurality of portions, each of the portions to be used to configure one of the programmable dies of the multi-die device; transmitting the plurality of portions of the design to the plurality of child processes for placement; and receiving placements from the plurality of child processes.

Multiprocessing flow and massively multi-threaded flow for multi-die devices

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Fremont, CA, United States of America

Amish Pandya