Examples of using Fuzzy software in English and their translations into Korean
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The device employs the most advanced aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
Besides, aerospace attitude control theory, fuzzy software algorithm and gyroscope system are introduced to X8 so as to maintain balance by leaning forward and backward.
Moreover, the intelligent self-balancing chip is developed by aerospace attitude control theory and fuzzy software algorithm.
Q1 adopts the aerospace attitude control theory and fuzzy software algorithm to command the whole operating system.
Unlike the traditional vehicles, Airwheel electric walkcar iscontrolled to go forward, accelerate, decelerate, and brake, etc. by leaning forward or backward as it is adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope.
Like A3, A6S adopts aerospace attitude control theory, fuzzy software algorithm and gyroscope system to go forward or backward.
Like A3, riding A6S is super easy to control by the change of gravity centre, as it adopts the aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
Based on aerospace attitude control theory, fuzzy software algorithm and gyroscope system, it can keep itself balanced automatically.
It adopts the build-in intelligent chip,which applies aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
Although it's based on aviation attitude control and fuzzy software algorithm with several gyroscopes built-inside the scooter, it's still difficult for you to keep balance.
To realize self-balancing, the inside smart chip has aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
Based on aerospace attitude control theory, fuzzy software algorithm and gyroscope system, it can keep itself balanced automatically and thus riding becomes interesting.
Firstly, it achieves homeostasis through in-built chips,which integrates 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 wheelchair installs an intelligent controller in the handlebar.
To realize balancing,smart chips in the Airwheel self-balancing unicycles take aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
Adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system, Airwheel X8 electric hoverborad can maintain balance by leaning forward and backward.
Airwheel electric scooter adopts the advanced intelligent chip, which applies the aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
It is realized balance by adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system with speed limit protection, low battery protection and tilting protection.
The Airwheel self-balancing scooter balances itself in the forward andbackward direction by adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
The device employs the advanced aerospace attitude control theory, fuzzy software algorithm, and gyroscope system is to open a new gate to a trendy lifestyle.
For Airwheel, its main line of business(LOB)is the electric self-balancing scooter, controlled by aerospace attitude control theory, fuzzy software algorithm and gyroscope system.
It is equipped with intelligent chips and adopts aerospace attitude control theory, fuzzy software algorithm and gyroscope system, which ensures intelligent and energy-saving control.
The Airwheel S3 operates with cutting edge Gyro technology coupled with aerospace attitude control theory, fuzzy software algorithm to keep you standing upright.
Airwheel electric self-balancing scooter adopts 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.
The intelligent CPU powers the inside operating system packaging aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain vehicles' balance.
S3T is the sate-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.
As known to all, Airwheel electric scooters adopt the most advanced aerospace attitude control theory, fuzzy software algorithm and gyroscope system to realize self-balancing in the front and back.
Airwheel scooter is a 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.
Abstract: 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.