Discussion and Analysis on the special function of

Discussion and analysis of the specific functions of intelligent sensors

sensors are as small as needles, which is not a distant dream, but a reality within reach. At present, in order to change the situation of large volume, heavy weight and high cost of traditional sensors, the global industry is actively promoting the miniaturization of sensors. There are various built-in sensors in intelligence, such as temperature sensor, gesture sensor, pressure sensor, light sensor, etc. these sensors can timely capture the relevant information of users, and then transmit it to the central processing unit. After comparison and analysis, they can judge the behavior of users and understand the real needs of users

mind reading, a special function that only appears in martial arts novels and science fiction blockbusters, is currently being implemented on some intelligent terminals. Intelligence can understand your gestures, smart glasses can capture your emotions, and smart watches can understand your pain. Why do intelligent terminals have such a strong power as more and more companies become partners or joint members of flagship companies? This is mainly due to the various sensors built in intelligence, such as temperature sensor, gesture sensor, pressure sensor, light sensor, etc. These sensors can timely capture the relevant information of users, and then transmit it to the central processing unit. After comparison and analysis, they can judge the behavior of users and understand the real needs of users

natural marriage between terminals and sensors

did you know that there are 14 kinds of sensors hidden in Google glasses? While people marvel at the powerful functions of Google glasses, they don't know that the reason why it is so advanced is that it has built-in more than 10 kinds of sensors, including the application of gyroscope sensors, acceleration sensors, magnetic sensors, linear acceleration and other sensors, which enable Google glasses to realize some functions that can't be realized by traditional terminals, such as users can complete taking photos with just a blink of their eyes. Although Google will make a lot of use in the fields of transportation tracks, automotive interior parts and packaging materials, without disclosing specific technical details, industry experts believe that this is mainly because Google glasses has built-in infrared sensors and distance sensors. With the organic combination of the two, users' eye activities are recognized, so as to finally realize the operation of the application

today's intelligent terminals can't do without sensors. As one of the most popular functions of intelligence, when the user hands it from horizontal to vertical, the screen will also change. This mainly depends on the gravity sensor, also known as the acceleration sensor, which can detect the magnitude and direction of acceleration, so as to adjust the direction of the screen. Another example is the application of flip to hang up, which uses a short-range sensor. Its working principle is to emit a beam of infrared ray to test the distance between objects

in the future, sensors will be more and more applied to intelligence, and the fate between the two will be further deepened. With the further improvement of users' demand for intelligent functions, manufacturers are exploring to build more new sensors into intelligent terminals, so as to achieve more applications and better human-computer interaction experience. For example, there are rumors in the industry that Apple will build a fingerprint sensor in the latest iPhone to increase the security of operation. Other research institutions are trying to build biosensors into intelligence, so that they can not only be transformed into toxin measuring instruments, but also accurately detect toxins, bacteria, viruses and other molecules

it is conceivable that with the strong support of sensors, the future intelligent terminal can not only become a versatile toolbox, but also become a hydraulic source with high temperature and high firmness and no protection, as well as a valve, pump or cooling system. It is simple and easy to operate. In the process of all experiments, the operation experiment at high frequency and low power consumption software has many applicable values and interfaces. User friendly operating systems, high-frequency decadent experimental machine, sphygmomanometer Pedometers and detectors can also accurately capture your movements and eyes, so as to master your mood, understand your needs, and become a personal secretary that users can't live without

the sensor will be smaller and more intelligent

the sensor is as small as a needle, which is not a distant dream, but a reality within reach. At present, in order to change the situation of large volume, heavy weight and high cost of traditional sensors, the global industry is actively promoting the miniaturization of sensors. With the support of precision machining, microelectronics and other technologies, the size of sensor sensitive components is changing from micron level to millimeter level, which has led to the revival of mechanical experimental instrument industry, even nano level. At the same time, the rapid development of integrated technology has also promoted the trend of miniaturization of sensors. The integrated sensor technology, which encapsulates tiny sensing elements, signal processors and data processing devices on a chip, is constantly evolving, helping sensors become thinner and thinner

sensors are being endowed with more and more wisdom. Compared with the traditional dumb sensor that only collects and uploads information, the intelligent sensor has a built-in processor, so it can have the functions of automatic zero adjustment, self calibration and self calibration. At the same time, it also has the ability of logical judgment and information processing, and can conduct signal conditioning or signal processing on the measured signal

intelligence is very necessary for sensors. With the increasing use of sensors, the amount of information generated by sensors is moving towards a massive scale. According to the data of General Electric, a natural gas turbine equipped with 100 sensors can generate 1000 data per second. If according to the workflow of traditional sensors, these data will be uploaded to the central processing unit for processing, it will undoubtedly bring unimaginable data processing capacity

in the working mode of smart sensors, smart sensors can analyze and judge data, and only upload useful information. For example, smart sensors only upload abnormal information of natural gas turbine equipment, which can greatly improve the processing efficiency of the central processing unit and is more conducive to the application and promotion of sensors in more fields in the future

sensors are closing the distance between intelligent terminals and people, but at the same time, the large-scale application of sensors will inevitably bring information security and privacy leakage problems. How to make intelligent sensors understand us without harming us is a major topic in the industry