What hardware and which network are you using? What is the framerate?
PUROHIT, Anushka
January 19, 2022 4:07 pm
This seems great! Maybe it would have been great for you to add some examples of situations where smart object identification systems are useful! Also, what is the accuracy level?
Would love for you to take a look at my poster as well – “Winko Box”!
Absolutely, more details and examples will be included in the final report. The target accuracy is around 70-80%.
Just take a quick look at your poster. It is a brilliant product! It has supported 34,000 households, I cannot imagine we are doing the same type of FYP.
YAN, Kai Hang
January 19, 2022 2:27 pm
Good afternoon, I am student from group WA01.
Your poster clearly stated the working principle and logistics of your system. May I ask is there any physical product/application that will be used to demonstrate the results?
From my understanding, it seems that this system can be used in auto driving/product manufacturing.
Sure. This object identification technique is designed for solving a practical problem related to machine maintenance work. There will be a demonstration in the final report.
Also, your understanding is correct. Depending on the pre-designed algorithm, it can be used in auto driving or other purposes.
What hardware and which network are you using? What is the framerate?
This seems great! Maybe it would have been great for you to add some examples of situations where smart object identification systems are useful! Also, what is the accuracy level?
Would love for you to take a look at my poster as well – “Winko Box”!
Hi Anushka, thanks for your comment!
Absolutely, more details and examples will be included in the final report. The target accuracy is around 70-80%.
Just take a quick look at your poster. It is a brilliant product! It has supported 34,000 households, I cannot imagine we are doing the same type of FYP.
Good afternoon, I am student from group WA01.
Your poster clearly stated the working principle and logistics of your system. May I ask is there any physical product/application that will be used to demonstrate the results?
From my understanding, it seems that this system can be used in auto driving/product manufacturing.
Thanks
Hi Kai Hang, thanks for your comment!
Sure. This object identification technique is designed for solving a practical problem related to machine maintenance work. There will be a demonstration in the final report.
Also, your understanding is correct. Depending on the pre-designed algorithm, it can be used in auto driving or other purposes.
Thanks for your reply, your project seems very useful in the decipline you mentioned.
Looking forward to see the updates on your final poster/report.