Please sir make video on lung and brain tumor detection using antenna on CST, It will be a great help,Your video and mainly explanation skill is outstanding.Thank you so much .
Dear Sir, Your tutorials are very effective and interesting. I even recommended many students to follow your videos. Can you please create a video on how to plot Co-polar and Cross-polar radiation pattens using CST. Thanks for your contribution.
1 quick note.. in the newer versions of CST there is an insert bio model Macro feature, which adds a human body into the CAD (includes models of different sexes/age categories, etc) which i know you dont need to use the entire thing but you can always just crop out the parts that you dont need to model to save processing time
I Know that. Selective truncation may not be an engineer's way That would be kind of technician's way following a cheat-sheet. Besides, material properties can be easily controlled and engineered in a custom phantom which would be useful for further parametric analysis.
greatly helpful video, i actually worked for a little bit on this topic before using CST Tiny comment on the CAD to help you save some time, you can use the mirror feature more frequently and it will help you save a TON of time.. it did for me, also aren't you supposed to murge the structures on the same substrate? (parts of the patch)
Thanks. I make tutorial based on target audience. This tutorial shows everything from scratch so that from fresh users to advanced - all understand.I do not necessarily use the same steps for my own use. Tutorials should be made to be like 'tutorial' - easy to follow for all users. In my own real life project, I use smarter way and barely use manual CAD steps. I know how to automate design by script. I write a few lines of codes and get the whole CAD design done. That saves my time already.
many thanks to you dear MD NAZMUL HASAN and wish design a system for brain stroke detection using vivaldi antennas at range from 1-3 GHZ if that possible. your videos so useful for us and ask god bless you.
Hi. thank you for the very nice clear explanation. I want to ask you. can you provide a video about How realize a metamaterial antenna? pleas. and thank you again.
That's cool video.. Also its a proof of concept for making high frequencies penetrated inside tissue.. My question is , what are the specs for the machine you are using . I mean the RAM and GPU card etc .. I tried something like this with Core i3 Laptop with enhanced RAM of 12 GB ( actual available 7 GB ) and CST says out of memory without opting for adaptive meshing option. Thanks again for the video
dear sir i already try this simulation like ur video with my antenna in low frequency but when i simulate this no error notification but it doesnt complete the simulation it stuck in prosess "100% Calculating matrices: Finished CAD processing".. can u help us mr tensorbundle?
can you give idea about extraction of permittivity and permeability from result templates for different breast tissues including Tumor tissue for the same frequency range
I already pointed out in the video. Explicitly told in the video that using circular array around the breast would also be possible. This is a tutorial, a guideline of concept.. not a PhD defense. I don't see the point of making things complicated in tutorials. People can find out complicated design in research paper. Keeping things simple to convey a concept is the utmost priority for me in tutorial videos.
Three dimensional microwave hyperthermia for breast cancer treatment in a realistic environment using PSO. I am following this paper for my final year project but finding it difficult.
Please can l use ring tag in this antenna for meager low iron that causes because of tumer l did project for iron but can l use it with these tow antennas
these frequencies will not propogate in the human body. the attenuation is much too high. I highly doubt they wll even pass the skin. why did you choose them for this video?
I would not directly address your incorrect concern, but rather would refer to actual researches people doing. Research vectors are not stationary, they progress with time. MMwave can be harnessed. What you are saying is past long ago. Read the following and keep yourself updated. You will get your answer. And please always stay updated with relevant research trends before making any random guess, specially on a research topic 1. Iliopoulos et al. IEEE Trans. Biomed Eng. 2021, Enhancement of Penetration of Millimeter Waves by Field Focusing Applied to Breast Cancer Detection 2. Sabzevari et al., IEEE Microwave Mag. 2019, Tumor Detection Using Millimeter-Wave Technology: Differentiating Between Benign Lesions and Cancer Tissues 3. S. Di Meo et al, IMWS 2017, High-resolution mm-wave imaging techniques and systems for breast cancer detection
@@tensorbundle i agree with gil..., i habe read the 3rd paper you mentioned and his results are very bad. Gil has quite rightly mentioned that at such high frequency penetration through skin will be very limited. If you read the paper he has not simulated skin layer and is using ideal scenario and still there is way too much noise in the final image.
great video , you didnt tell how to interpret the S21 plot like what is happening at 33GHz how do we know that there is a tumour if the system is applied in practical , How is it different from non malignant breast
I already explained how to interpret S21 in the very beginning of the presentation. Those who feel interest in the topic should simulate and exploit the results by themselves. As a free tutorial, it is a mere roadmap for the journey. Do not expect it will cover up entire journey. You have to walk and find out by yourself what lies ahead in the journey.
thank you for video it is very helpful. i have a question please,.in case like yours, is using both s12 and s21 give useful information? or they are both give same information and should use one of them only?
@@tensorbundle It's ok thanks for replying ...if you don't mind, I have another question, please: is it possible to apply pressure on the breast model without the existence of the antennas?
![[TH] RNT vs SPG - VCT Ascension Pacific - Day 1](http://i.ytimg.com/vi/RUTkf8Detj8/mqdefault.jpg)
Very useful tutorial, with care and quality put into audio and recording. Fantastic job!
Thanks a lot!
Please sir make video on lung and brain tumor detection using antenna on CST, It will be a great help,Your video and mainly explanation skill is outstanding.Thank you so much .
Dear Sir, Your tutorials are very effective and interesting. I even recommended many students to follow your videos. Can you please create a video on how to plot Co-polar and Cross-polar radiation pattens using CST. Thanks for your contribution.
1 quick note.. in the newer versions of CST there is an insert bio model Macro feature, which adds a human body into the CAD (includes models of different sexes/age categories, etc) which i know you dont need to use the entire thing but you can always just crop out the parts that you dont need to model to save processing time
I Know that. Selective truncation may not be an engineer's way That would be kind of technician's way following a cheat-sheet. Besides, material properties can be easily controlled and engineered in a custom phantom which would be useful for further parametric analysis.
do u know yo create macro of it in matlab
Hi, where can I find that new feature??
greatly helpful video, i actually worked for a little bit on this topic before using CST
Tiny comment on the CAD to help you save some time, you can use the mirror feature more frequently and it will help you save a TON of time.. it did for me, also aren't you supposed to murge the structures on the same substrate? (parts of the patch)
Thanks. I make tutorial based on target audience. This tutorial shows everything from scratch so that from fresh users to advanced - all understand.I do not necessarily use the same steps for my own use. Tutorials should be made to be like 'tutorial' - easy to follow for all users.
In my own real life project, I use smarter way and barely use manual CAD steps. I know how to automate design by script. I write a few lines of codes and get the whole CAD design done. That saves my time already.
@@tensorbundle Can you also make a tutorial of automation like you have mentioned?
@@furkansahin3772 Ok I will make.
Thank you great video .can you help me my project is to measure the sugar in human blood in cst
many thanks to you dear MD NAZMUL HASAN and wish design a system for brain stroke detection using vivaldi antennas at range from 1-3 GHZ if that possible. your videos so useful for us and ask god bless you.
Thank you your great teacher .can you give me the papers that have property of metals and tissues in human body
Hi. thank you for the very nice clear explanation. I want to ask you.
can you provide a video about How realize a metamaterial antenna? pleas.
and thank you again.
great suggestion, yes I will make soon hopefully
Great Tutorial. Thanks a lot....
Cool, thanks a lot 🙌
thank you
That's cool video.. Also its a proof of concept for making high frequencies penetrated inside tissue..
My question is , what are the specs for the machine you are using . I mean the RAM and GPU card etc .. I tried something like this with Core i3 Laptop with enhanced RAM of 12 GB ( actual available 7 GB ) and CST says out of memory without opting for adaptive meshing option.
Thanks again for the video
i7, 32 GB RAM, and 4GB Nvidia GPU
dear sir i already try this simulation like ur video with my antenna in low frequency but when i simulate this no error notification but it doesnt complete the simulation it stuck in prosess "100% Calculating matrices: Finished CAD processing".. can u help us mr tensorbundle?
Can you make a video on quarter transformer feeding and circular/ eppliptic polarization of mictrostrip patch antenna?
can you give idea about extraction of permittivity and permeability from result templates for different breast tissues including Tumor tissue for the same frequency range
Nice video!. But wouldn't it be problematic to place the first antenna behind the breast.
I already pointed out in the video. Explicitly told in the video that using circular array around the breast would also be possible. This is a tutorial, a guideline of concept.. not a PhD defense. I don't see the point of making things complicated in tutorials. People can find out complicated design in research paper. Keeping things simple to convey a concept is the utmost priority for me in tutorial videos.
please make a video on hyperthermic procedure to treat cancer using biomedical antenna using the thermal solver
thank you for suggestion. I will try to make a tutorial on it
Three dimensional microwave hyperthermia for breast cancer treatment in a realistic environment using PSO. I am following this paper for my final year project but finding it difficult.
Thank you so much vaiya..💜
welcome
How to plot heat distribution vs input power in cst??
Please can l use ring tag in this antenna for meager low iron that causes because of tumer l did project for iron but can l use it with these tow antennas
these frequencies will not propogate in the human body. the attenuation is much too high. I highly doubt they wll even pass the skin. why did you choose them for this video?
I would not directly address your incorrect concern, but rather would refer to actual researches people doing. Research vectors are not stationary, they progress with time. MMwave can be harnessed. What you are saying is past long ago. Read the following and keep yourself updated. You will get your answer. And please always stay updated with relevant research trends before making any random guess, specially on a research topic
1. Iliopoulos et al. IEEE Trans. Biomed Eng. 2021, Enhancement of Penetration of Millimeter Waves by Field Focusing Applied to Breast Cancer Detection
2. Sabzevari et al., IEEE Microwave Mag. 2019, Tumor Detection Using Millimeter-Wave Technology: Differentiating Between Benign Lesions and Cancer Tissues
3. S. Di Meo et al, IMWS 2017, High-resolution mm-wave imaging techniques and systems for breast cancer detection
@@tensorbundle Thanks for your reference papers I read it and found it helpful in my research area. nice work
@@FREEFIRELOVER-gm8eq can you please share the name of that reference paper?
@@tensorbundle i agree with gil..., i habe read the 3rd paper you mentioned and his results are very bad. Gil has quite rightly mentioned that at such high frequency penetration through skin will be very limited. If you read the paper he has not simulated skin layer and is using ideal scenario and still there is way too much noise in the final image.
Sir could you tell me the name of journal paper, from where you took tumor parameters l mean electrical characteristics
Thank you very much sir
Most welcome
great video ,
you didnt tell how to interpret the S21 plot like what is happening at 33GHz
how do we know that there is a tumour if the system is applied in practical ,
How is it different from non malignant breast
I already explained how to interpret S21 in the very beginning of the presentation. Those who feel interest in the topic should simulate and exploit the results by themselves. As a free tutorial, it is a mere roadmap for the journey. Do not expect it will cover up entire journey. You have to walk and find out by yourself what lies ahead in the journey.
good job, thank you very much. i have a design assignment for a flexible antenna to detect the breast concer. do you have something to help me?
thank you for video it is very helpful. i have a question please,.in case like yours, is using both s12 and s21 give useful information? or they are both give same information and should use one of them only?
Breast is non-symmetrical object, so for this system S12 and S21 will be different. However, for only 2-antenna system, S12 and S21 are identical.
Thank you very much for this effort
Please, could you tell me if this idea can be applied when using a thermal camera for detecting the tumer ?
I am not sure about thermal camera. Sorry
@@tensorbundle It's ok thanks for replying ...if you don't mind, I have another question, please: is it possible to apply pressure on the breast model without the existence of the antennas?
Thank you, can you help me convert an antenna from HFSS to SIM4LIFE and simulate it?
Can you please tell the name of the paper that discuss about breast tissue properties at 33 GHz
Wonderful Video
thank you
@@tensorbundle Please also include a video of further parametric analysis and surface currents response etc. It would deliver so much knowledge
@@saadhassankiani6115 thank you. I will try
Can you give me the paper doi? I want to read this paper. Thank you
Thnks sir but please can you tell me have you an article on that !!
No I do not have. But there are plenty of related papers available in IEEE Xplore
Hi, I'm working on the same project in my thesis, Kindly I want your contact.
How i can download this project 😊
Why do you go for two antenna?
Bcz of transmission coefficient. The answer is discussed in the very beginning
@@tensorbundle Ok.
Good explanation, thanks!
welcome