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AIDAC
Приєднався 11 лис 2016
AI-Driven Design Automation and Computer-aided Engineering Lab (AIDAC). This channel contains tutorials and information for the software tools available from the AIDAC.
Mail: info@ai-dac.com
Web: ai-dac.com/
Mail: info@ai-dac.com
Web: ai-dac.com/
Introduction to AI-Driven Design Automation and Computer-Aided Engineering Lab. (AIDAC)
AIDAC aims at arming engineering design researchers with modern computational intelligence techniques (such as published CAD tools and in-house methods) so as to largely improve their design quality and significantly reduce their design time. In particular, various ICs, electromagnetic devices (antennas for example) and MEMS synthesized by AIDAC CAD tools have been produced with excellent measurement results. We encourage researchers from different engineering design fields to participate, share knowledge, provide feedback and collaborate with each other.
Переглядів: 411
Відео
Using Post Processing Templates to View Far-field Radiation Results in CST Microwave Studio
Переглядів 21 тис.4 роки тому
In this video, a detailed (but not exhaustive) guide is provided on how to set, create and use post processing templates for viewing far-field radiation results (realized gain, axial ratio, 3 dB angular beam width or half power beam width, main lobe direction, side lobe level, et al.) in CST Microwave Studio.
Design Parametrization for Optimization: Case Study of Antenna Design in CST Microwave Studio.
Переглядів 4,4 тис.4 роки тому
This video shows how to parameterize an antenna model in CST Microwave Studio for Optimization.
Overview of Antenna Optimization and Antenna Design Explorer (ADE) Software Demonstration
Переглядів 9864 роки тому
In this video, an overview is provided on the automated design of antennas via optimization and how to use the ADE software for antenna optimization is demonstrated.
AI-Driven Design of a 5G Indoor Base Station Antenna
Переглядів 5205 років тому
This video shows the AI-driven design process of a 5G indoor base station antenna employing the SADEA-5G method (in-house at the current stage).
AI-Driven Design of a Wearable UWB Monopole Antenna
Переглядів 4165 років тому
This video shows the AI-driven design process of a wearable UWB monopole antenna for microwave imaging applications employing the Surrogate Model Assisted Differential Evolution for Antenna Synthesis (SADEA) method.
Antenna Parameterization for Optimization
Переглядів 5205 років тому
This video describes how to parametrize an antenna structure for optimization to ensure geometric congruency as the antenna parameters are varied during the optimization process. The example in the video is an E-shaped patch antenna with seven design parameters considered for optimization.
AIDAC’s Intelligent Antenna Synthesis Tool Using a Case Study
Переглядів 2326 років тому
Using an industry-standard compact GNSS Antenna as a case, AIDAC's tool is compared to award-winning standard design and existing popular optimizers.
Introduction to Artificial Intelligence-Driven Design Automation Center (AIDAC)
Переглядів 3376 років тому
The Artificial Intelligence-Driven Design Automation Center (AIDAC) was started by three academics in 2016 and is expanding around the globe. AIDAC aims at arming engineering design researchers with modern computational intelligence techniques (such as published CAD tools and in-house methods) so as to largely improve their design quality and significantly reduce their design time. In particula...
Comparison of Standard Global Optimization Methods and SADEA in ADE 1.0.
Переглядів 957 років тому
Using a Yagi-Uda antenna modeled in CST Microwave Studio, This video compares standard global optimization methods and the SADEA available in ADE 1.0.
Optimizers Comparison Using WR-3 Band Filter Example
Переглядів 977 років тому
This video compares two commonly used optimization methods in CST Microwave Studio (CST-MWS) and the Surrogate Model-assisted Evolutionary Algorithm for Filter Optimization (SMEAFO) available in FDE 1.0.
FDE Diplexer Example
Переглядів 1767 років тому
This video explains constraint satisfaction in FDE 1.0. We optimize the design of a diplexer to satisfy many constraints with no goal.
WR-3 Band Waveguide Filter Optimization
Переглядів 5237 років тому
This video is the first in the Filter Design Explorer series. FDE allows you to setup and optimize the design of MW filters. We go through the whole setup process in this video as well as explain the features and issues of a filter optimization problem.
Dielectric Resonator Antenna
Переглядів 4,2 тис.7 років тому
A tutorial on how to setup and optimize a Dielectric Resonator Antenna using ADE 1.0.
YUA Multi Objective Example
Переглядів 1748 років тому
This video looks at the YUA example again but uses multi objective optimization instead or constrained optimization.
Optimizers comparison using the DRA example
Переглядів 3398 років тому
Optimizers comparison using the DRA example
Linear Microstrip Antenna Array Optimization using Analytical Formula
Переглядів 8558 років тому
Linear Microstrip Antenna Array Optimization using Analytical Formula
Broadband Micro-strip Antenna Optimisation using ADE 1.0
Переглядів 6718 років тому
Broadband Micro-strip Antenna Optimisation using ADE 1.0
Yagi-Uda antenna optimization using ADE 1.0
Переглядів 6178 років тому
Yagi-Uda antenna optimization using ADE 1.0
Dielectric Resonator Antenna optimization using MATLAB patternsearch
Переглядів 1,2 тис.8 років тому
Dielectric Resonator Antenna optimization using MATLAB patternsearch
🎉 very kindly explained. Thanks for all your knowledge. Cheers 😊
This video is a gem, Thanks for the clear explanations and tutorials ♥
Very good toutorial on getting farfield results.
please prof can you help me with the supporting materials to understand the ADE software
This is the most interesting CST tutorial video I've seen so far. It helped me plot AR over frequencies and do the AR 3dB bandwidth estimation. Thank you very much sir !
Really it's very fruitful video, thanks
Hello, Myself aradhya an undergraduate ECE in SRM University, we are working on a antenna design for couple of days but the s parameter is not getting below -10 db, we are unable to optimise it better. Could you please help us with the optimisation. We are even ready to pay for your invaluable help.
Great video sir!! But after doing the same I have two questions: 1. If I select "far-field [broadband]" as my Farfield Monitor then I get a completely different gain plot with different scaling i.e different y-value(as compared to the plot I get by doing it in your way) 2. What's the difference between 1D Polar & 1D Cartesian o/p data type and surprisingly I am getting the plot having the same scaling i.e same y-values. How?
can you provide the files drive link sir? thank you
Thank you, really helpful !!
How to plot bistatic vs frequency. Guide me please
How download ade software
Thank you professor
How antenna designs are optimised? What are the options?
Thank You Sir for giving the useful information
If a question is asked,how antenna designs are optimised? What should be the answer?
Brother, this tutorial is awesome. Please share how to came to know all these result extraction techniques? is it from CST help modeule? Awesome, I love this!!! keep bringing more videos on CST.
Is it possible to optimize the difference between two goals (i.e. set a goal that is equal to the difference between two goals)?
Yes, this is possible. However, if you are using the CST optimizer directly you can only sum your two goals or find the maximum of your goals. E.g. Goal A + (-Goal B) or max([Goal A, Goal B]). Another approach could be to set up your optimization in an external environment (e.g. in MATLAB) and call CST each time using candidate designs generated by MATLAB optimizers to obtain all the results and/or responses of interest each time. You can then derive your goals from the results and/or responses and evaluate the difference of your goals. Note that the ideal way could be to sum your goals to have a form of a single penalized objective function derived from the two goals. I hope this helps. Cheers!
how to determine goemetric constraints of ax and ay?
Could you please tell me how to load CST models into ADE ?
please i need filter design explorer FDE1.0
please i need filter design explorer FDE1.0 ??
Nice Video