Optimize AI Chips with Embedded Analytics

Optimize AI Chips with Embedded Analytics
by Kalar Rajendiran on 09-02-2021 at 6:00 am

Tessent Embedded Analytics Architecture

The foundry model, multi-source IP blocks, advanced packaging technologies, cloud computing, hyper-connectivity and access to open-source software have all contributed to the incredible electronics products of recent times. Along with this, the complexity of developing and taking a chip to market has also increased. And… Read More


Addressing the Challenges of Design Optimization for the A&D Industry

Addressing the Challenges of Design Optimization for the A&D Industry
by Admin on 06-22-2021 at 12:00 am

This webinar delivers a brief overview of the adjoint methodology (as implemented in Ansys Fluent) and explore several examples of adjoint optimization applied to a diverse range of aerospace problems.

Time:
June 22, 2021
10 AM EDT / 3 PM BST  / 7:30 PM IST

Venue:
Online

About this Webinar

The use of computational fluid dynamics … Read More


Ansys AI Filter Optimization, Multi-physics and Automation for 5G

Ansys AI Filter Optimization, Multi-physics and Automation for 5G
by Admin on 05-26-2021 at 12:00 am

This webinar introduces the SynMatrix filter synthesis and optimization tool.  This tool can be used to drive HFSS full wave simulation and filter tuning.  It also introduce the optiSLang general purpose optimizer and its application to filter optimization.  A multi-physics linkage between three Ansys solvers is employed

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A Fresh Idea in Differential Energy Analysis

A Fresh Idea in Differential Energy Analysis
by Bernard Murphy on 09-06-2018 at 7:00 am

When I posted earlier on Qualcomm presenting with ANSYS on differential energy analysis, I assumed this was just the usual story on RTL power estimation being more accurate for relative estimation between different implementations. I sold them short. This turned out to be a much more interesting methodology for optimizing total… Read More


The Ising on the Cake

The Ising on the Cake
by Bernard Murphy on 10-27-2016 at 7:00 am

Just when you thought you knew all the possible foundations for computing, along comes another one. Forget von Neumann, this approach models Ising machines, systems built on solving a statistical ensemble model of ferromagnetism. The concept is quite simple. Imagine a lattice of magnetic dipoles/spins, each of which can only… Read More