This article presents Python code that allows you to automatically generate weights for a simple neural network.
This article presents Python code that allows you to automatically generate weights for a simple neural network.
This article demonstrates the basic functionality of a Perceptron neural network and explains the purpose of training.
This article demonstrates the basic functionality of a Perceptron neural network and explains the purpose of training.
This article describes a methodology that automates set up, constraints, and results analysis as designs move from static…
This article describes a methodology that automates set up, constraints, and results analysis as designs move from static CDC analysis to formal verification to simulation and avoid manual scripting efforts, thus reducing setup effort and errors.
This article explores the basic theory and structure of a well-known neural network topology.
This article explores the basic theory and structure of a well-known neural network topology.
The ever-advancing field of artificial intelligence is opening new vistas for securing homes and public spaces alike.
The ever-advancing field of artificial intelligence is opening new vistas for securing homes and public spaces alike.
Learn a method of attaining convergence when simulating very high Q crystal oscillators using Cadence’s Virtuoso…
Learn a method of attaining convergence when simulating very high Q crystal oscillators using Cadence’s Virtuoso Periodic Steady State (PSS) analysis.
Two new NPUs, along with a GPU and DPU, expand the scope of the doable for low-cost devices.
Two new NPUs, along with a GPU and DPU, expand the scope of the doable for low-cost devices.
This article discusses the issues surrounding trace-width calculation and provides a solid foundation for designing your…
This article discusses the issues surrounding trace-width calculation and provides a solid foundation for designing your next high-current net.
There are some disciplines that many call "black magic"—but which is the most difficult field an EE can pursue?
There are some disciplines that many call "black magic"—but which is the most difficult field an EE can pursue?
You might use ANNs for machine vision, but did you know it can predict weather, track animal behavior, and unlock the…
You might use ANNs for machine vision, but did you know it can predict weather, track animal behavior, and unlock the secrets of cosmology?
This article introduces and explores advanced ERC, highlighting its differences from traditional ERC and discussing how…
This article introduces and explores advanced ERC, highlighting its differences from traditional ERC and discussing how it can help create better circuit designs.
NSITEXE utilizes Synopsys’ development tools and IP to build a SoC (system-on-a-chip) for autonomous driving.
NSITEXE utilizes Synopsys’ development tools and IP to build a SoC (system-on-a-chip) for autonomous driving.
Composed of 35 billion transistors, the VU19P is the newest member of the 16 nm Virtex UltraScale+ family.
Composed of 35 billion transistors, the VU19P is the newest member of the 16 nm Virtex UltraScale+ family.
AI has many practical applications, includes creating designs and finding optimum solutions. But can an AI own a patent…
AI has many practical applications, includes creating designs and finding optimum solutions. But can an AI own a patent on its own inventions?
AI algorithms take a lot of resources to function. What hardware can handle running them on the edge?
AI algorithms take a lot of resources to function. What hardware can handle running them on the edge?
AI on a smartphone? U of M researchers open the door to localized AI processing, even on portable devices.
AI on a smartphone? U of M researchers open the door to localized AI processing, even on portable devices.
Based on the Loihi research chip, Intel's new system is capable of simulating 8-million neurons.
Based on the Loihi research chip, Intel's new system is capable of simulating 8-million neurons.
Built with inexpensive hardware components, ROHM's algorithm-based module has built-in false detection function.
Built with inexpensive hardware components, ROHM's algorithm-based module has built-in false detection function.
The TLE4999I3 sensor IC incorporates two Halls into one device for strictly-regulated automotive applications.
The TLE4999I3 sensor IC incorporates two Halls into one device for strictly-regulated automotive applications.
Design Automation Conference runs June 3-6 with a theme of "From Chips to Systems–Learn Today, Create Tomorrow."
Design Automation Conference runs June 3-6 with a theme of "From Chips to Systems–Learn Today, Create Tomorrow."