In fact, the current smart phone application software ecosystem continues to expand, and most of it needs to be attributed to MEMS sensors. MEMS sensors make users more fascinated with applications. Because mobile devices use MEMS sensors, users can now interact with the world in a more efficient way. MEMS sensors are also constantly using these sensors. Users improve the quality of life.
Apple Inc. has equipped an accelerometer in the iPhone, which can automatically switch the display from portrait display to landscape display. This kind of innovation has caused competitors to follow suit. At present, Apple has a large number of innovative applications using the iPhone accelerometer, including games, health care, physical training and many new applications.
As smart phones incorporate various sensors, they have become more and more intelligent. The accelerometer responds to the user's interaction, making the traditional bland input work into a game-like novelty experience, thereby enhancing the user's willingness to use the smart phone. In the past, the focus of smartphone comparisons was whether or not there were accelerometers. Currently, mobile phones have become MEMS gyroscopes, and it is more likely to add barometers, temperature and humidity sensors, etc. in the future.
The current two camps of smart phones include Apple and Android. Apple has absolutely the ability to add new sensors to the iPhone because many developers are constantly developing new applications that use these sensors. Despite other smart phone vendors trying to catch up, it is difficult to cross the gap in Apple's App Store.
And Android is planning to regain lost ground by using Android Market, an application software store that rivals Apple. Android phone makers don't have to worry about the next killer application. Just add sensors and the application software store will find the best way to use these sensors. The obvious trend is that without these sensors, application software shops will be difficult to popularize. Sensors and application software will be interdependent and dead on the phone.
Apple Inc. has equipped an accelerometer in the iPhone, which can automatically switch the display from portrait display to landscape display. This kind of innovation has caused competitors to follow suit. At present, Apple has a large number of innovative applications using the iPhone accelerometer, including games, health care, physical training and many new applications.
As smart phones incorporate various sensors, they have become more and more intelligent. The accelerometer responds to the user's interaction, making the traditional bland input work into a game-like novelty experience, thereby enhancing the user's willingness to use the smart phone. In the past, the focus of smartphone comparisons was whether or not there were accelerometers. Currently, mobile phones have become MEMS gyroscopes, and it is more likely to add barometers, temperature and humidity sensors, etc. in the future.
The current two camps of smart phones include Apple and Android. Apple has absolutely the ability to add new sensors to the iPhone because many developers are constantly developing new applications that use these sensors. Despite other smart phone vendors trying to catch up, it is difficult to cross the gap in Apple's App Store.
And Android is planning to regain lost ground by using Android Market, an application software store that rivals Apple. Android phone makers don't have to worry about the next killer application. Just add sensors and the application software store will find the best way to use these sensors. The obvious trend is that without these sensors, application software shops will be difficult to popularize. Sensors and application software will be interdependent and dead on the phone.
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