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AI Kitchen

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Purpose: Using several smart gadgets makes the kitchen smart. The picture of the kitchen from ancient has drastically changed. Now, the kitchen is glorified using modern technology. The kitchen chimney, microwave oven, etc., is more convenient for the kitchen. Now, AI has come, and every day, more and more devices are becoming AI-enabled. In this scenario, we demonstrated the project in an AI-enabled kitchen. There are several advantages of AI-enabled kitchens over intelligent kitchens. AI will handle our most repetitive and monotonous work. Also, AI will take care and protect from any accident before it happens, which generally happens due to forgetfulness or carelessness. Design/Methodology/Approach: We installed a CPU inside the home. We installed an action controller in the kitchen that connects all kitchen gadgets. One PTZ camera is installed in such a place that captures the gas oven and the entire kitchen environment. Our camera is the point-to-zoom (PTZ) type, so it can rotate the lens and zoom to capture any incident for better understanding or to detect the perfect image for accurate detection. Our camera is running all the time, which means round the clock. It always captures the image and processes the image by CPU. If any event matches with the event database, it sends the command to the action controller to take the action. If a new event is detected, it will learn from it and save it into the database for future use. Findings/Result: The complete system is the conceptual-based research work. However, every part of the module or section is based on practical research work. So, once the system is deployed in the practical field, it will work without issues. In a typical kitchen, we must always pay attention, like the regulator is on if the milk is left for a long time in the gas oven. So, this kind of tension and anxiety will go for retired. All events will be taken care of by our AI-enabled system. Once the system is installed, it will run autonomously; there is no need to take care of or follow up. Once the system detects some issue, the system will notify the concerned person. Originality/Value/Novelty: Nowadays, intelligent gadgets are taking place in the home. Smart devices, especially in the kitchen, make life easy. Using AI, we can get more benefits and security for the kitchen. We studied several research works. Most of the researchers automated kitchen gadgets. But still, the problem exists. All gadgets should be under centralized control to get better safety and control. Through this research work, we described how to create safety and control in the kitchen environment. This research works to provide more value to the modern, smart kitchen. Type of Paper: Conceptual Research.
Title: AI Kitchen
Description:
Purpose: Using several smart gadgets makes the kitchen smart.
The picture of the kitchen from ancient has drastically changed.
Now, the kitchen is glorified using modern technology.
The kitchen chimney, microwave oven, etc.
, is more convenient for the kitchen.
Now, AI has come, and every day, more and more devices are becoming AI-enabled.
In this scenario, we demonstrated the project in an AI-enabled kitchen.
There are several advantages of AI-enabled kitchens over intelligent kitchens.
AI will handle our most repetitive and monotonous work.
Also, AI will take care and protect from any accident before it happens, which generally happens due to forgetfulness or carelessness.
Design/Methodology/Approach: We installed a CPU inside the home.
We installed an action controller in the kitchen that connects all kitchen gadgets.
One PTZ camera is installed in such a place that captures the gas oven and the entire kitchen environment.
Our camera is the point-to-zoom (PTZ) type, so it can rotate the lens and zoom to capture any incident for better understanding or to detect the perfect image for accurate detection.
Our camera is running all the time, which means round the clock.
It always captures the image and processes the image by CPU.
If any event matches with the event database, it sends the command to the action controller to take the action.
If a new event is detected, it will learn from it and save it into the database for future use.
Findings/Result: The complete system is the conceptual-based research work.
However, every part of the module or section is based on practical research work.
So, once the system is deployed in the practical field, it will work without issues.
In a typical kitchen, we must always pay attention, like the regulator is on if the milk is left for a long time in the gas oven.
So, this kind of tension and anxiety will go for retired.
All events will be taken care of by our AI-enabled system.
Once the system is installed, it will run autonomously; there is no need to take care of or follow up.
Once the system detects some issue, the system will notify the concerned person.
Originality/Value/Novelty: Nowadays, intelligent gadgets are taking place in the home.
Smart devices, especially in the kitchen, make life easy.
Using AI, we can get more benefits and security for the kitchen.
We studied several research works.
Most of the researchers automated kitchen gadgets.
But still, the problem exists.
All gadgets should be under centralized control to get better safety and control.
Through this research work, we described how to create safety and control in the kitchen environment.
This research works to provide more value to the modern, smart kitchen.
Type of Paper: Conceptual Research.

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