Microsoft is focusing on the development of effective support of orientation systems for their Windows 8 devices. It’s become even more complex than just using the sensors to read raw data. Fortunately, Microsoft could involve other platforms to fix these issues. The main challenge is orientation of devices when it comes to construct a completely fluid interface. The device orientation data will provide myriad benefits to mapping, augmented reality, gaming, and various other applications. However, the sensors may reduce the performance when Microsoft prepares Windows 8 to run in Tablet platform.
Sensors could be used by Microsoft Sensor Fusion is an approach calling by Microsoft in order to combine 3 different sensors. First of all, accelerometer is employed to measure the actual position of device according to the three axes of gravity. Next up, a digital compass, and magnetometer, is used to measure the strength of magnetic field along three different axes. With these two sensors employed in a device, one can enjoy 2D & 3D 6-axis motion gaming with various 3D applications.
The third but most vital type of sensor is gyroscope, which is used in portable devices for over past couple of years. Along the 3 axes, it detects rotation of your device. In fact, gyroscope is used to get smoothest and best data orientation on a portable device and to refine magnetometers and accelerometers signals. As an outcome, it becomes 9-axis sensor fusion for Windows 8.
Other rivals of Microsoft which are employing sensors The earlier android phones had used only accelerometer and magnetometer. Hence, they cannot give absolute orientation of the data. Nowadays, some expensive gadgets also employ gyroscope apart from other two sensors to mitigate inherent noise as well as providing accuracy in orientation data. With TouchWiz, Samsung uses gyroscopes extensively on their devices as compared to other OEMs.
Over the years Apple is also adding various sensors in its devices and also integrating them differently from Microsoft. For example, iPhone 3GS came with magnetometer inside and iPhone 4 was launched with gyroscope. In the API based iOS devices, apps are designed to work with these three sensors to accurate data of orientation.
Bottom Line The higher quality and accuracy in orientation data makes application more sensitive and responsive to react according to natural movements in much better way. Hence, Microsoft is not alone in the market which is upgrading its products with three most powerful sensors.
Other rivals of Microsoft which are employing sensors The earlier android phones had used only accelerometer and magnetometer. Hence, they cannot give absolute orientation of the data. Nowadays, some expensive gadgets also employ gyroscope apart from other two sensors to mitigate inherent noise as well as providing accuracy in orientation data. With TouchWiz, Samsung uses gyroscopes extensively on their devices as compared to other OEMs.
Over the years Apple is also adding various sensors in its devices and also integrating them differently from Microsoft. For example, iPhone 3GS came with magnetometer inside and iPhone 4 was launched with gyroscope. In the API based iOS devices, apps are designed to work with these three sensors to accurate data of orientation.
Bottom Line The higher quality and accuracy in orientation data makes application more sensitive and responsive to react according to natural movements in much better way. Hence, Microsoft is not alone in the market which is upgrading its products with three most powerful sensors.
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