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CadenceCONNECT: Jasper User Group Conference - San Jose 2024 was held on October 22 and 23. This interactive, in-depth technical conference connected designers, verification engineers, and engineering managers from around the world to share the latest design and verification practices based on Cadence’s Jasper formal verification technologies and methodologies. The Jasper User Group Conference - San Jose has become the premier industry event for formal experts and beginners alike to learn from each other how to effectively accelerate their design and validation processes by applying formal methods.
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- User presentations on core technologies, applications, and flows
- Roadmap discussions
- New technology demos
- Executive keynotes
Mark Ren, NVIDIA
Mark Ren
NVIDIA
NVIDIA
Haoxing Ren (Mark) serves as the Director of Design Automation Research at NVIDIA, where he focuses on leveraging machine learning and GPU-accelerated tools to enhance chip design quality and productivity. He earned his PhD from the University of Texas at Austin and is a Fellow of the IEEE.
Nitish Sharma, Qualcomm
Nitish Sharma
Qualcomm
Qualcomm
Nitish Sharma has more than 7 years of experience working in CPU Formal Verification. Currently, he is leading the Cache Coherency Formal Verification efforts for Last Level Cache in Qualcomm Nuvia-CPUs. Before joining Qualcomm, he was part of FV teams at Apple Inc and Oski Technologies. He has extensive experience working on model checking, and equivalence verification methodologies.
Prakeerthi Jallipalli, Intel
Prakeerthi Jallipalli
Intel
Intel
Prakeerthi Jallipalli has over 17 years of experience as an ASIC Verification engineer, specializing in both UVM Simulation and Formal verification methodologies. He has diverse verification experience working at IP, Subsystem and SoC levels. Ten years ago, he got introduced to Formal verification, which quickly became his passion. He previously worked at companies including Micron, Qualcomm and Microsoft. Prakeerthi joined Intel’s Xeon SoC team i.e., Server IP and Firmware Group(SIFG) in 2020 to lead the formation of a Formal verification team. At Xeon SoC team of Intel, he now oversees all Formal Verification activities across Xeon product lines, significantly reducing Pre-Si validation time. He holds certifications on Leadership programs from UC Berkeley & Harvard University, and his career mantra is "Stay Curious and Keep Learning". In his leisure time, he enjoys getting lost in a good book, getting lost on hiking trails, and getting lost in new places to visit—he’s really into the whole “getting lost” thing!
Mandar Munishwar, Google
Mandar Munishwar
Google
Mandar Munishwar has been working as a formal verification engineer at Google for the last 6 years. Prior to that he was doing formal verification at Qualcomm. He has been working in the formal verification industry for more than 15 years.
Varun Ramesh, Tenstorrent
Varun Ramesh
Tenstorrent
Tenstorrent
John O’Leary, Intel
John O'Leary
Intel
Intel
John O’Leary is a senior principal engineer in Intel’s performance-core design team, working on arithmetic and datapath formal verification. In his 29 years at Intel he’s been involved with FV research, tool architecture and development, methodology innovation and application in the trenches.
Christian Appold, Denso
Christian Appold
Denso
Denso
Christian Appold works as a Research Engineer in the field of Microprocessor R&D at automotive supplier DENSO in Munich. He studied Computer Science at University of Würzburg and did his PhD in the field of Model Checking based formal verification of parallel software also at University of Würzburg. Afterwards he worked for companies like ARM or Dialog Semiconductor (now Renesas) in the field of formal verification of hardware, as a research engineer or in product development. DENSO is developing and selling its own RISC-V processors and to be successful the security of its processors is very important, especially in automotive applications. As formal verification allows exhaustive verification of hardware, it is mandatory for security of DENSO processors to apply formal verification for verification of their security-critical functionality and our corresponding work is presented in this talk.
Cadence
Marvell
Intel
Cadence
ETH Zurich
Qualcomm
Texas Instruments
Cadence
Arm
Cadence
Microsoft
Intel
NVIDIA
READ BIONVIDIA
Haoxing Ren (Mark) serves as the Director of Design Automation Research at NVIDIA, where he focuses on leveraging machine learning and GPU-accelerated tools to enhance chip design quality and productivity. He earned his PhD from the University of Texas at Austin and is a Fellow of the IEEE.
Qualcomm
READ BIOQualcomm
Nitish Sharma has more than 7 years of experience working in CPU Formal Verification. Currently, he is leading the Cache Coherency Formal Verification efforts for Last Level Cache in Qualcomm Nuvia-CPUs. Before joining Qualcomm, he was part of FV teams at Apple Inc and Oski Technologies. He has extensive experience working on model checking, and equivalence verification methodologies.
Intel
READ BIOIntel
Prakeerthi Jallipalli has over 17 years of experience as an ASIC Verification engineer, specializing in both UVM Simulation and Formal verification methodologies. He has diverse verification experience working at IP, Subsystem and SoC levels. Ten years ago, he got introduced to Formal verification, which quickly became his passion. He previously worked at companies including Micron, Qualcomm and Microsoft. Prakeerthi joined Intel’s Xeon SoC team i.e., Server IP and Firmware Group(SIFG) in 2020 to lead the formation of a Formal verification team. At Xeon SoC team of Intel, he now oversees all Formal Verification activities across Xeon product lines, significantly reducing Pre-Si validation time. He holds certifications on Leadership programs from UC Berkeley & Harvard University, and his career mantra is "Stay Curious and Keep Learning". In his leisure time, he enjoys getting lost in a good book, getting lost on hiking trails, and getting lost in new places to visit—he’s really into the whole “getting lost” thing!
Technion
READ BIOTechnion
Eran Yahav is the CTO of Tabnine and a professor of Computer Science at the Technion, Israel. His research interests include program synthesis, machine learning for code, program analysis, and program verification. Eran loves long-distance running, and while he has not won any medals yet, he has suffered at least one heatstroke trying.
Denso
READ BIODenso
Christian Appold works as a Research Engineer in the field of Microprocessor R&D at automotive supplier DENSO in Munich. He studied Computer Science at University of Würzburg and did his PhD in the field of Model Checking based formal verification of parallel software also at University of Würzburg. Afterwards he worked for companies like ARM or Dialog Semiconductor (now Renesas) in the field of formal verification of hardware, as a research engineer or in product development. DENSO is developing and selling its own RISC-V processors and to be successful the security of its processors is very important, especially in automotive applications. As formal verification allows exhaustive verification of hardware, it is mandatory for security of DENSO processors to apply formal verification for verification of their security-critical functionality and our corresponding work is presented in this talk.
HPE
READ BIOHPE
Jim Kasak has been a Senior Verification Engineer with HPE Aruba Networking in Roseville, CA for 18 years. For the past 13 years, Jim has been the Formal Verification Lead for all HPE-Aruba ASICs. During the previous 18 years, Jim worked with Intel Corporation in Folsom, CA and Haifa, Israel in design, verification, CAD development, and management roles.
Mandar Munishwar has been working as a formal verification engineer at Google for the last 6 years. Prior to that he was doing formal verification at Qualcomm. He has been working in the formal verification industry for more than 15 years.
NVIDIA
READ BIONVIDIA
Ghaith Bany Hamad holds a PhD in multilevel formal verification methods. He then worked as an AI researcher at Stanford. For the past three years, he has been a formal verification engineer at Nvidia. Before that, he did formal verification at AMD. He has over 12 years of experience in the formal verification industry and academia.
Microsoft
READ BIOMicrosoft
Erik is Senior Principal SOC Verification Engineer at Microsoft where he leads the Generative AI work to accelerate silicon development. Erik has a PhD in EE from University of Michigan.
Chipstack
READ BIOChipstack
Hamid is the CTO and co-founder of Chipstack, a company driving innovation in chip design through AI. With over 15 years of experience at Qualcomm, Google, and Lightmatter, he has led teams across design, verification, and advanced methodologies. At Google, Hamid contributed to multiple generations of TPUs, focusing on design, methodology, and DV functions. He holds a PhD in Computer Engineering from UW-Madison and brings deep expertise in various functions of ASIC chip design as well as AI.
Cadence
READ BIOCadence
Thamara is a Principal Software Engineer with over 10 years of experience in Jasper development, including different abstractions, internal modellings, and Proof Structure. Recently is leading the development and integration of LLM-based capabilities within Jasper. She holds a BSc in Computer Science from the Federal University of Minas Gerais.
Intel
READ BIOIntel
John O’Leary is a senior principal engineer in Intel’s performance-core design team, working on arithmetic and datapath formal verification. In his 29 years at Intel he’s been involved with FV research, tool architecture and development, methodology innovation and application in the trenches.
Condor
READ BIOCondor
Bhaskar has 20 yrs of experience in verification spanning across all levels of the design with various methods including simulation , formal and emulation. He has passion towards identifying the best verification method for a given design while experimenting with latest techniques available. Previously he worked in companies like Texas Instruments, Smartplay and Cadence design systems and currently taken up the challenge of verifying RISC-V design using formal verification in Condor Computing – a start-up.