From Silicon To Software

Archive for 2020
 

How Machine Learning Enables Faster, More Accurate 3D Medical Image Segmentation

Learn how machine learning is transforming 3D Image Segmentation for more efficient medical imaging, saving medical clinics hours and exporting high-quality 3D models from complex datasets.

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Posted in Machine Learning

 

Helping Define the AI Era with the IBM Research AI Hardware Center

Synopsys and IBM are collaborating to advance AI compute performance, setting their focus on a 1000x performance improvement target.

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Posted in Artificial Intelligence

 

Synopsys’ New Platform Provides Deep Insights Throughout the Silicon Lifecycle

See how Silicon Lifecycle Management (SLM), an analytics-driven chip design platform that goes beyond EDA, helps ensure chip optimization long after deployment.

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Posted in EDA, IP, Product Spotlight

 

4 Key Chip Design Insights from the 2020 AI Hardware Summit

Here are 4 key takeaways from the 2020 AI Hardware Summit, including a look at how EDA tools and data-driven chip design are impacting the landscape.

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Posted in Artificial Intelligence, EDA

 

Q&A with Synopsys CSO Deirdre Hanford: How Cybersecurity is Driving Business Forward

Synopsys CSO Deirdre Hanford discusses cybersecurity threats, best practices, and the “Human Firewall.”

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Posted in Privacy, Security

 

Smart IoT Edge Applications Require Lower Power Processing

Low-power processing is essential for Smart Edge IoT applications. See what this means for smart home speakers and other devices enabled by machine learning.

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Posted in Internet of Things, Machine Learning

 

Top 4 Takeaways from ARC Processor Virtual Summit 2020

By Editorial Team

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Posted in Artificial Intelligence, Automotive, Internet of Things

 

AI Requires a New Approach to Low Power Design

By Godwin Maben, Low Power Architect and Scientist for Synopsys Design Group

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Posted in Artificial Intelligence, EDA

 

FPGA Prototyping Brings More Performance, Scalability to SoC Hardware and Software Development (Part 3)

FPGA prototyping uses the high-capacity field-programmable gate arrays prototyping process; learn how FPGA programming increases performance and scalability in the SoC design cycle.

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Posted in Prototyping, Verification

 

Virtual Prototyping: Accelerating Critical Embedded Software Development for SoCs (Part 2)

Learn how virtual prototyping tools reduce software development time and increase productivity in the SoC design process.

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Posted in Prototyping, Verification