Examples of using Fuzzy software in English and their translations into Korean
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is the electric self-balancing scooter, controlled by aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
Introduction Airwheel is the state-of-the-art means of transportation adopting aerospace attitude control theory, fuzzy software algorithm, and gyroscope system to maintain balance by leaning forward and backward.
Airwheel self-balancing scooter is the state-of-the-art means of transportation adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward.
The chip has the most intelligent system in the world, using aerospace attitude control theory, fuzzy software algorithm, and gyroscope system to realize self-balance forwards and backwards.
Airwheel intelligent self-balancing scooters is a revolutionary way of transportation adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward.
Since we call it is a self-balancing scooter, as it is adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward.
In terms of safety, the Airwheel electric unicycle is equipped with a world leading intelligent drive system(aviation attitude control, fuzzy software algorithm and gyro-system) to achieve the longitudinal balance.
The chip has the most intelligent system in the world, using aerospace attitude control theory, fuzzy software algorithm, and gyroscope system to realize self-balance electric unicycle and move forwards and backwards.
Every Airwheel intelligent scooter is outfitted with a special built-in Airwheel intelligent chip, which adopts the most advanced intelligent system, using aerospace attitude control theory, fuzzy software algorithm and gyroscope system to realize self-balance.
adopts the high-tech innovations, such as aerospace attitude control theory, fuzzy software algorithm and gyroscope system to attain the self-balance and ensure the safety.
the aerospace attitude control theory, and fuzzy software algorithm and gyroscope system to maintain balance.
in comparison with other kinds of transportation, the Airwheel electric self-balancing scooter is adopting the advanced attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward.
is outfitted with an intelligent chip that adopts the high-tech innovations, such as aerospace attitude control theory, fuzzy software algorithm and gyroscope system to attain the self-balance, provide a smooth trip and ensure the safety.
is easy to learn, with the adoption of aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward, a host of people are holding back.
this high tech personal tool or a toy, as it is adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward.
The Airwheel X series electric unicycles, which include the X3, X5, X6 and X8, are the first series by adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward which is widely known for its flexibility.
A series rely on aerospace attitude control theory, fuzzy software algorithm and gyroscope system to keep balanced,
Adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system,
Airwheel electric scooter adopts the advanced intelligent chip, which applies the aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
Instead of the aerospace attitude control theory, fuzzy software algorithm and gyroscope system, H3 automatic electric