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  • 11 hours ago
गाजियाबाद के निजी इंजीनियरिंग कॉलेज के बीटेक के छात्रों द्वारा तैयार किया गया "Intelliflow" आर्टिफिशियल इंटेलिजेंस और मशीन लर्निंग पर आधारित है.

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00:00We have 8 vehicles in North Lane, East Lane and 7 vehicles in North Lane.
00:04As we have seen in the video, we have 9 vehicles in North Lane and 7 vehicles in North Lane.
00:08We have 9 vehicles in North Lane.
00:12We have 8 vehicles in North Lane.
00:16We can also see how much efficiency is in this video.
00:2080% of our efficiency is increased.
00:22Q-reduction is reduced by 16%
00:26We have a project in our system.
00:30Our group has prepared an intelligent traffic light system.
00:34The traffic light is minimum of the intersection.
00:38We have to wait for everyone.
00:42Q-A-A-I model is implemented in this model?
00:44We have implemented an AI model.
00:46The number of vehicles is detected on each road.
00:50It is assigned green light.
00:52WhenBOX no other vehicles are right,
00:54So we can't ampere waste many more…
00:56Without them, there is no longer time.
00:58Diaries and pollution only,
00:59This has increased with any problems.
01:01You will know that also goes into a581 vehicle…
01:03There will increase a satisfaction factor in the public.
01:05So we find that people watch more,
01:07The grid is publicly enfinned.
01:09As if we followed less too,
01:11The grid will keep us on our network,
01:13The crews can make us operated on every helicopter.
01:15But we do not recall.
01:16We need to monitor how much power?
01:17Could we engage with the car known as the prótom IoT?
01:20and then they will count that they will take the vehicle and take the vehicle.
01:28Yes sir, we have a very big problem in India.
01:31The traffic lights have a lot of congestion,
01:34and the emergency vehicle, like the ambulance,
01:36it goes back and goes back,
01:37so there is a lot of unfortunate things here.
01:40So, we have implemented an ambulance driver,
01:43which we will provide an app,
01:45so we can send our back-end system to the back-end system
01:49so that we will be able to reach this road.
01:51So, our AI will automatically change our priorities
01:55and when the ambulance comes to that area,
01:58we will give green light to the road
02:01so that the car will be passed
02:03and the ambulance will be easily passed
02:05and the deaths of the ambulance will be minimized.
02:09Our idea is that we thought that we will solve real-life problems
02:13so the main thing is in Delhi,
02:15our college, in Gaziabad,
02:16there is a lot of traffic.
02:18So, we thought that we can reduce the waiting time,
02:21and the main thing is that there is an ambulance.
02:24So, the death of the ambulance,
02:25how can we reduce the death of the ambulance,
02:26and how can we reduce the priority of the ambulance?
02:28I am now from the ELC department.
02:30My work is that,
02:32we have used this IoT model,
02:33which is the hardware presentation,
02:35which is my computer.
02:36We have used Arduino Mega,
02:38which we have shared live data.
02:40But, when we implement it in real-time,
02:42we will use ESP32,
02:45which we can send all the data through Bluetooth,
02:47through wirelessly.
02:49This is our team member, Aakash.
02:51Aakash Kumar Gupta,
02:52we are from the AI department.
02:53We have used ML model,
02:55which is detecting live cameras,
02:57how much number of cars,
02:58and how much is it,
02:59and how much is it,
03:00and how much is it,
03:01and how much is it,
03:02and how much is it,
03:03and how much is it,
03:04and how much is it.
03:05Yes, my name is Aakash Kumar Gupta,
03:07and I and Aakash,
03:08both of them,
03:09have integrated AI and ML
03:10to this system,
03:11and the model,
03:12like Yolo V8 model,
03:14and CNN model,
03:15and how we can implement it,
03:17and the back-end,
03:18all of us,
03:19as a team,
03:20have coordinated it.
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