I (non-inndustry professional) have read numerous articles on digital twin tech for a client I write for and this is by far the best piece of media I've seen on this tech. thanks for the great explanation!
Digital twin is going to revolutionize every industry and will be very helpful in determining the future and getting accustomed so that we can predict better and move forward in the best way we can.
Hi Patrick, are there any examples of digital twins used to study the impact of changes on social systems such as teams and departments before deploying such changes? Thank you.
thank you so much for this wonderful explanation. According to the definition of Digital twin, can we consider Simulation network tools as Digital twin?
1. At 1.19m, you’ve mentioned that “The digital twin (DT) then uses AI to simulate and demonstrate the effects that changes in design, process, time or conditions would have, without having to subject the real-world object to those same changes.”. a. How effects are arrived at when DT is yet to have data on real-time scenarios which didn’t occur? 2. At 1:29m: how does DT know the impact of 120-degree impact on the jet engine unless this situation has occurred earlier in reality and its impact has been stored as a data point? 3. At 1:45m: impact of changing maintenance schedule for a factory. How will DT knows the impact unless the scenario has occurred earlier and its impact has been stored as a data point?
Hello Patrick, Thanks for information Question : Is it really necessary for a digital twin to be AI based ? where exactly that would apply in the structure of twin ?
Hi, I’m senior student next semester, and planning about the digital twins, but to do it, i have to improve the existing product “digital twins”. What your ideas and suggestions?
Thank you for the question. Yes, digital twins could be leveraged in load forecasting applications. By creating a virtual replica of the power network, they can simulate different scenarios, analyze data, and predict future load demand based on historical data. The models would, of course, need to be constantly updated to keep pace with changes to the network or user behavior.
thank you very mush for this, though can you please let us now if a digital twin is a good idea to be used for people not just buildings or objects, for example for customers behavior and other predection or scenario that can a museum face?
Thanks for making this overview easy still well detailed. I am in EPC jobs and working on 3D CAD APIs , applications administration, etc. quite interested to go in detail study.
Hello, I am currently participating in a research chapter on digital twin. May I ask what knowledge base do you have when you want to study it? THANKS YOU
Thanks for the question, Nguyên. By its nature, the idea of a Digital Twin crosses multiple areas of expertise. Engineering, automation and control, and computer science are probably the primary research fields that would be beneficial to have some knowledge in when studying the process for creating and implementing digital twins. Data science and process optimization are key when evaluating the impact of digital twins.
Thanks for the question! The short answer is many different types. The longer answer will come from knowing what information you need to collect to inform your digital twin. Some common types of sensor data used to build digital twins include temperature, pressure, velocity, angle, distance, size and so many others. Data from any of these sensors might be used to build a digital twin, and then can be further used to implement updates to the model over time. Hope that helps.
I like the simplicity and clarity in this definition of Digital Twin (DT). It's almost perfect. However, in my humble opinion this basic description should not have included AI in the first place. DT were conceived and created long before the idea of merging AI into their dynamics was proposed. The definition given in this video may mislead many into thinking that DT cannot exist without AI.
This seems so optimistic for now it is Far from being applicable and a bit over-selling, as for the example of the Jet engine, to do so, you will need to enter every pit and piece of its material and its heat behaviour, which is sometimes not provided in the catalogues or from the manufactural (rubber grade, metal alloys used, all wiring and electronic circuits) usually as operator information provided are the ones in the catalogue and Digital Twin is used to know when or where the issue can happen but not for testing as mentioned, other than that, this is a great piece of material and Effort.
What topics would you like to see us cover on upcoming Tech Edge videos? Be sure to comment below and let us know!
Mathematical model development for a digital twin
Which is best applcation for digital twins and used globally .....
think raya smoked to much urine .
I (non-inndustry professional) have read numerous articles on digital twin tech for a client I write for and this is by far the best piece of media I've seen on this tech. thanks for the great explanation!
We are so glad that this video was helpful! Thank you for the feedback.
I love how short and clear your explanation is! Thanks so much!
We are happy to hear that! Thank you for the feedback.
This is so well crafted. Thank you so much.
Whoever wrote this has great writing and editing skills.
This is the best explanation video I watched, it should have a million likes or something. I would like to learn more about digital twins.
We happy to hear you enjoyed the video, thanks for watching!
The explanation is simple and superb. 3 min. video gave clear picture about Digital Twin. Thank you.
Best and easiest explanation I have found so far, now I get it!
that peter peter pumpkin eater?
Thanks for a clear and concise explanation. Just what I needed!
Our pleasure, Adam. Pleased to hear it was helpful.
thank you soooo much, this must be the clearest explanation I've ever seen!
Digital twin is going to revolutionize every industry and will be very helpful in determining the future and getting accustomed so that we can predict better and move forward in the best way we can.
love your thinking man 👍🔥🔥🔥
Thank you!!! Very short video and simple to understand
We're happy you think so! Thanks for the feedback.
Thank you so much for such nice explanation.
We are happy you found it helpful! Thanks for the comment.
Awesome, simplified explanation. Thank you
You're welcome, pleased to hear you enjoyed it.
Really good overview. Thank you
Hi Patrick, are there any examples of digital twins used to study the impact of changes on social systems such as teams and departments before deploying such changes? Thank you.
thank you so much for this wonderful explanation. According to the definition of Digital twin, can we consider Simulation network tools as Digital twin?
1. At 1.19m, you’ve mentioned that “The digital twin (DT) then uses AI to simulate and demonstrate the effects that changes in design, process, time or conditions would have, without having to subject the real-world object to those same changes.”.
a. How effects are arrived at when DT is yet to have data on real-time scenarios which didn’t occur?
2. At 1:29m: how does DT know the impact of 120-degree impact on the jet engine unless this situation has occurred earlier in reality and its impact has been stored as a data point?
3. At 1:45m: impact of changing maintenance schedule for a factory. How will DT knows the impact unless the scenario has occurred earlier and its impact has been stored as a data point?
Hello Patrick, Thanks for information
Question : Is it really necessary for a digital twin to be AI based ? where exactly that would apply in the structure of twin ?
awesome, finally can understand
Nice video. Thanks for sharing. Looks like Digital twin is helpful for the operators. Is it any way relevant to top managers/ board directors?
Hi, I’m senior student next semester, and planning about the digital twins, but to do it, i have to improve the existing product “digital twins”.
What your ideas and suggestions?
Hi, can you tell me how digital twin is useful in load forecasting?
Thank you for the question. Yes, digital twins could be leveraged in load forecasting applications. By creating a virtual replica of the power network, they can simulate different scenarios, analyze data, and predict future load demand based on historical data. The models would, of course, need to be constantly updated to keep pace with changes to the network or user behavior.
Building a digital twin for a construction robot, in particular, which tools and techniques can be used to come it true??
thank you , it's very clear with yours examples. I'm just wondering, there should be sensors everywhere to build a DT of a city
Quick and nice introduction
Thanks!
thank you very mush for this, though can you please let us now if a digital twin is a good idea to be used for people not just buildings or objects, for example for customers behavior and other predection or scenario that can a museum face?
How to learn Digital Twins in detail? Is there any course available?
Awesome stuff !
Thanks, Kyle!
Awesome if you like handing your body over to a demonic entity.
Thanks for making this overview easy still well detailed. I am in EPC jobs and working on 3D CAD APIs , applications administration, etc. quite interested to go in detail study.
Thanks for the feedback!
Hello, I am currently participating in a research chapter on digital twin. May I ask what knowledge base do you have when you want to study it? THANKS YOU
Thanks for the question, Nguyên. By its nature, the idea of a Digital Twin crosses multiple areas of expertise. Engineering, automation and control, and computer science are probably the primary research fields that would be beneficial to have some knowledge in when studying the process for creating and implementing digital twins. Data science and process optimization are key when evaluating the impact of digital twins.
Great technology!
What type of sensor is used for digital twin
Thanks for the question! The short answer is many different types. The longer answer will come from knowing what information you need to collect to inform your digital twin. Some common types of sensor data used to build digital twins include temperature, pressure, velocity, angle, distance, size and so many others. Data from any of these sensors might be used to build a digital twin, and then can be further used to implement updates to the model over time.
Hope that helps.
I like the simplicity and clarity in this definition of Digital Twin (DT). It's almost perfect. However, in my humble opinion this basic description should not have included AI in the first place. DT were conceived and created long before the idea of merging AI into their dynamics was proposed. The definition given in this video may mislead many into thinking that DT cannot exist without AI.
Effect of maintenance schedule is easy, talk to you maintenance team and read all the equipment manuals.
This seems so optimistic for now it is Far from being applicable and a bit over-selling, as for the example of the Jet engine, to do so, you will need to enter every pit and piece of its material and its heat behaviour, which is sometimes not provided in the catalogues or from the manufactural (rubber grade, metal alloys used, all wiring and electronic circuits) usually as operator information provided are the ones in the catalogue and Digital Twin is used to know when or where the issue can happen but not for testing as mentioned, other than that, this is a great piece of material and Effort.
Thank you for watching and for that feedback, much appreciated!
Is that digital twin technology is movable
Hahaha
We gave a fancy name to simulations, which are around for decades
BLKSMIITH?
Sounds like the Matrix
This crap is evil
this guy is the enemy.
bruh TF you on F O