I would say that when the intelligent washing machine has access to sensors (weight, hardness of water, types of laundry detergents) and actuators (releasing the right amount of detergents, water, spin to the barrel) it could make an optimal washing of laundry.
No, it couldn’t. That’s pure tech bro logic without any basis whatsoever in reality.
The machines already have these sensors. There’s simply nothing for “intelligence” to contribute to the process. It’s not enough for you to point to the presence of various sensors and claim it could do something with them when in reality this is already a solved problem. Additionally, the hypothetical AI-equipped machine itself will also be worse, using significantly more energy and being less reliable.
I say hypothetical, because the specific LG machine we’re talking about doesn’t even actually have any AI component. Yes I am aware of the difference between generative and analytical models; it has neither. Just normal sensors and algorithms that all modern washing machines have had for years. They threw the “AI” language on it to market it to people. You know, like a scam. Because the delightful thing about “AI” is you don’t need to provide any benefit to your marks, their imagination will do the work for you
I love it when people angrily declare that something AI researchers figured out in the 60s can’t be AI because it involves algorithms.
Using an algorithm to take a set of continuous input variables and map them to a set of continuous output variables in a way that maximizes result quality is an AI algorithm, even if it’s using a precomputed lookup table.
AI has been a field since the 1950s. Not every technique for measuring the environment and acting on it needs to be some advanced deep learning model for it to be a product of AI research.
I would say that when the intelligent washing machine has access to sensors (weight, hardness of water, types of laundry detergents) and actuators (releasing the right amount of detergents, water, spin to the barrel) it could make an optimal washing of laundry.
No, it couldn’t. That’s pure tech bro logic without any basis whatsoever in reality.
The machines already have these sensors. There’s simply nothing for “intelligence” to contribute to the process. It’s not enough for you to point to the presence of various sensors and claim it could do something with them when in reality this is already a solved problem. Additionally, the hypothetical AI-equipped machine itself will also be worse, using significantly more energy and being less reliable.
I say hypothetical, because the specific LG machine we’re talking about doesn’t even actually have any AI component. Yes I am aware of the difference between generative and analytical models; it has neither. Just normal sensors and algorithms that all modern washing machines have had for years. They threw the “AI” language on it to market it to people. You know, like a scam. Because the delightful thing about “AI” is you don’t need to provide any benefit to your marks, their imagination will do the work for you
I love it when people angrily declare that something AI researchers figured out in the 60s can’t be AI because it involves algorithms.
Using an algorithm to take a set of continuous input variables and map them to a set of continuous output variables in a way that maximizes result quality is an AI algorithm, even if it’s using a precomputed lookup table.
AI has been a field since the 1950s. Not every technique for measuring the environment and acting on it needs to be some advanced deep learning model for it to be a product of AI research.