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For the Inventor, By the Inventor

San Jose, CA, United States of America

Neeti Khullar Bhatnagar

USPTO Granted Patents = 14

Average Co-Inventor Count = 4.8

ph-index = 4

Forward Citations = 71(Granted Patents)


Company Filing History:

goldMedal14 out of 2,542 
 
Cadence Design Systems, Inc.
 patents

Years Active: 2006-2024

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14 patents (USPTO):
1. 11928045 - System and method for non-intrusive debugging at an embedded software breakpoint (2024-03-12),
2. 11487561 - Post simulation debug and analysis using a system memory model (2022-11-01),
3. 10802852 - Method for interactive embedded software debugging through the control of simulation tracing components (2020-10-13),
4. 10650174 - System and method for visualizing event sequences for expressions using both hardware and software state information (2020-05-12),
5. 10339229 - Simulation observability and control of all hardware and software components of a virtual platform model of an electronics system (2019-07-02),
6. 10176276 - Determining an optimal global quantum for an event-driven simulation (2019-01-08),
7. 9690686 - Method for setting breakpoints in automatically loaded software (2017-06-27),
8. 9262305 - Simulation observability and control of all hardware and software components of a virtual platform model of an electronics system (2016-02-16),
9. 9262299 - Simulation observability and control of all hardware and software components of a virtual platform model of an electronics system (2016-02-16),
10. 8903696 - System and method for controlling granularity of transaction recording in discrete event simulation (2014-12-02),
11. 8838430 - Detection of memory access violation in simulations (2014-09-16),
12. 8296119 - Saving and restarting discrete event simulations (2012-10-23),
13. 7720665 - Method and system for realizing reset in discrete event simulation (2010-05-18),
14. 7069204 - Method and system for performance level modeling and simulation of electronic systems having both hardware and software elements (2006-06-27),

Title: Neeti Khullar Bhatnagar: A Pioneer in Embedded Software Debugging

Introduction

Neeti Khullar Bhatnagar, based in San Jose, California, is an accomplished inventor with a remarkable portfolio of 14 patents. Her contributions to the field of embedded software debugging have made significant strides in improving the reliability and efficiency of electronic designs.

Latest Patents

Among her latest innovations are two notable patents. The first, titled "System and method for non-intrusive debugging at an embedded software breakpoint," provides a comprehensive method for simulating both a processor model and hardware model on a simulation platform. This method allows for effective debugging of embedded software by facilitating the updating of processor registers in response to process switching, ultimately aiding in effective simulator breakpoints.

The second patent, "Post simulation debug and analysis using a system memory model," presents a detailed approach to construct an accurate view of memory and simulation events. This technology captures every transaction during the simulation, enabling advanced post-processing debug capabilities. By storing critical data, it enhances the observability of operating system processes, hardware, and embedded software, fostering intuitive analysis.

Career Highlights

Neeti Khullar Bhatnagar works at Cadence Design Systems, Inc., a prominent company in electronic design automation. Her expertise in developing innovative debugging methods has positioned her as a leading figure in the industry. Her patented technologies represent a significant advancements in the way developers interact with and debug embedded systems.

Collaborations

Throughout her career, Neeti has collaborated with talented coworkers such as Andrew Robert Wilmot and George Franklin Frazier. These relationships have allowed her to innovate while engaging in dynamic knowledge exchange and collaboration, contributing to her successful patent portfolio.

Conclusion

Neeti Khullar Bhatnagar's work in embedded software debugging exemplifies her commitment to innovation and excellence. With her impressive array of patents, she continues to lead in the realm of electronic design and debugging, paving the way for future advancements in the industry. Her contributions play an essential role in shaping the functionality of complex electronic systems.

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