Exemplos de uso de Fuzzy algorithm em Inglês e suas traduções para o Português
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Escort your way with fuzzy algorithm& aviation attitude control technique.
Thus, escorting the way through aviation attitude control technique and fuzzy algorithm is easier here.
In conjunction with fuzzy algorithm and aviation attitude control system, it's cushy to keep balance.
X8 is build-in intelligent balancing chip to maintain balance to escort the journey with fuzzy algorithm& aviation attitude control technique.
It is built on the basis of the fuzzy algorithm and aviation attitude control techniques to realize self-balancing.
A first proposal in such a direction was made by E.S. Santos by the notions of fuzzy Turing machine, Markov normal fuzzy algorithm and fuzzy program see Santos 1970.
Based on fuzzy algorithm and aviation attitude, it's agile since it can give response in 0.03S after riders make movements.
Based on the balancing theory and fuzzy algorithm, all scooters are built-in gyros.
Firstly, the loyal fans of Airwheel have eyes only for the electric unicycles which are build-in intelligent balancing chip to maintain balance to escort the journey with fuzzy algorithm& aviation attitude control technique.
Also, we propose an other adaptive fuzzy algorithm, called fuzzy-lms-obf com alfa adaptivo, for traffic flow control described by the betamwm model.
From the aspect of technique, build-in intelligent balancing chip to maintain balance escort your way with fuzzy algorithm and aviation attitude control technique.
In view of that it's based on fuzzy algorithm and aviation attitude control tech, it can keep itself balance with the installed gyroscopes.
Airwheel electric scooter is installed with a high-tech intelligent chip which employs the aerospace attitude control theory, fuzzy algorithm, and gyroscope system to realize self-balance.
Build-in intelligent balancing chip,gyroscope, fuzzy algorithm and aviation altitude control technique escort your way with our intelligent protection system.
Compared to this, Airwheel electric self-balancing scooter which employs advanced technologies, such as the gyroscope system,aerospace control attitude and fuzzy algorithm, are proved to be safer for all kinds of people.
In the research project it was developed a fuzzy algorithm to perform decision-making in order to diagnose the quality of the electricity consumed in low voltage levels, 220 volt single-phase and three-phase 380 volts.
Airwheel self-balancing electric scooter is equipped with many technological innovations, including original Sony lithium battery, grand new premium-quality wheels, resin case by nanotechnology, ultra-silent magnetism levitation motor,as well as the advanced built-in intelligent chip devised with the world's top intelligence system that applies the theory of aerospace posture control, fuzzy algorithm, and gyroscope system for automatic balance-keeping.
An advanced built-in intelligent chip which employs the aerospace attitude control theory, fuzzy algorithm and gyroscope system to realize self-balance, simplifies the learning process.
With the built-in intelligent chip that adopts the most advanced system-aerospace attitude control theory, fuzzy algorithm and gyroscope system, Airwheel self-balancing electric scooter achieves self-balancing, which fully ensures that every ride is smooth and safe.
And furthermore, thanks to the Built-in intelligent balancing system to maintain balance with aerospace attitude control principle, fuzzy algorithm, and gyroscope system and precisely calculate the real-time data and feedback to the parts, Airwheel S3 brings you unexpected stability.
Thus, this method was used fuzzy c-means algorithm for performing grouping.
We propose a bandwidth allocation scheme for network traffic based on the fuzzy prediction algorithm.
Its longitude balance is achieved via aviation altitude control, fuzzy software algorithm, and a gyro-system.
It is done by running the aerospace attitude control theory,gyroscope system and fuzzy software algorithm.
Gyroscope system and fuzzy software algorithm are also integrated for maintaining a balance between leaning forward and backward.
Q1 adopts the aerospace attitude control theory and fuzzy software algorithm to command the whole operating system.
Because X3 is based on aerospace attitude control theory, fuzzy software algorithm and gyroscope system to realize self-balancing.
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.
Like A3, A6S adopts aerospace attitude control theory, fuzzy software algorithm and gyroscope system to go forward or backward.