Kenneth Edward Mcmillan, 74675 Sandy Ridge Rd, Mcdonough, GA 30252

7937673, May 3, 2011

Mar 12, 2007

11/717589

Robert P. Kurshan - New York NY, US
Kenneth L. McMillan - Berkeley CA, US

Cadence Design Systems, Inc. - San Jose CA

G06F 17/50

716 1, 716 18

Disclosed is a method and system for performing design and verification using stepwise refinement techniques, which can also include or be referred to as “top-down” design verification. With the present stepwise refinement approach, the electronic design can be acted upon at different levels of abstraction, but with approximately the same level of resolution at each abstraction level. A strong relationship of consistency exists between the successive abstraction levels of the design. On account of this consistency, properties that are established or true at one level of the design remain true for all subsequent levels of abstraction of the design.

8234609, Jul 31, 2012

Dec 20, 2008

12/340677

Robert P. Kurshan - New York NY, US
Kenneth L. McMillan - Berkeley CA, US

Cadence Design Systems, Inc. - San Jose CA

G06F 17/50

716106

Disclosed is a method and system for performing design and verification using stepwise refinement techniques, which can also include or be referred to as “top-down” design verification. With the present stepwise refinement approach, the electronic design can be acted upon at different levels of abstraction, but with approximately the same level of resolution at each abstraction level. A strong relationship of consistency exists between the successive abstraction levels of the design. On account of this consistency, properties that are established or true at one level of the design remain true for all subsequent levels of abstraction of the design. The present approach also allows designers to more efficiently and accurately perform hardware/software co-design. For the co-design process, consistency between different levels of abstraction allows a designer to safely implement a systematic and concurrent divide-and-conquer approach to the hardware and/or software elements in a design.

8539405, Sep 17, 2013

Jul 30, 2012

13/561900

Robert P. Kurshan - New York NY, US
Kenneth L. McMillan - Berkeley CA, US

Cadence Design Systems, Inc. - San Jose CA

G06F 17/50

716106

Disclosed is a method and system for performing design and verification using stepwise refinement techniques, which can also include or be referred to as “top-down” design verification. With the present stepwise refinement approach, the electronic design can be acted upon at different levels of abstraction, but with approximately the same level of resolution at each abstraction level. A strong relationship of consistency exists between the successive abstraction levels of the design. On account of this consistency, properties that are established or true at one level of the design remain true for all subsequent levels of abstraction of the design. The present approach also allows designers to more efficiently and accurately perform hardware/software co-design. For the co-design process, consistency between different levels of abstraction allows a designer to safely implement a systematic and concurrent divide-and-conquer approach to the hardware and/or software elements in a design.