What is fused location positioning (FLP) technology? What is the advantage of fused location positioning (FLP) technology compared to GPS positioning, and base station positioning?
What is fused location positioning (FLP)?
The passage of mobile phones can be obtained from GPS, base station information, Wi-Fi information, and Bluetooth Beacon, acceleration sensor information, each positioning mode is advantageous.
But during the traditional LBS development process, developers need to set their own way to set up a different use scenario. In addition, based on GPS and base station positioning is large, this also limits the use scenario of positioning function.
Fused location positioning technology integrates all positioning methods on the market, including GPS, base station positioning, WiFi positioning, Bluetooth positioning, and sensor positioning, which can be described as positioning technology sets.
What is a fused location provider?
The fused location provider is one of the location APIs in Google Play services. It manages the underlying location technology and provides a simple API so that you can specify requirements at a high level, like high accuracy or low power. It also optimizes the device’s use of battery power.
In China, the implementation of this fusion positioning technology is mainly through third parties to cooperate with mobile phone chip manufacturers (for example Gao De) and integrate fusion positioning techniques in mobile phone hardware and system hierarchy.
The emergence of fused location positioning technology has brought many improvements in the original mobile phone positioning technology, which can be summarized as the following 7 points:
Fused Location Positioning (FLP) technology advantage 1:
Reduces the developer’s development threshold, developers do not need to determine the positioning mode according to the use scenario, but to handle this part of the mobile phone chip and system, and always maintain the optimal positioning mode.
Fused Location Positioning (FLP) technology advantage 2:
The positioning effect is not affected by the surrounding environment. GPS positioning cannot be used in areas, tunnels, etc.
Fused Location Provider (FLP) technology advantage 3:
Since the fusion positioning technique intensifies the positioning logic and key positioning techniques into the chip, the positioning capacity can be implanted in various hardware terminals with the chip, such as a PC, a drone, etc., the system can automatically specify the position according to the hardware conditions strategy.
Fused Location Positioning (FLP) technology advantage 4:
Save power consumption. Since the GPS positioning is high, the fusion positioning can be automatically positioned in a low power method (network positioning, sensor) in the case of conditions allowed.
Fused Location Positioning (FLP) technology advantage 5:
The geographic fence function is actually realized. At present, the geographic fence of domestic mobile applications is to implement related functions by locating SDK in mobile applications so that the genus fence can only be triggered when the application is started.
The fusion positioning technology integrated into the ROM can provide true geographic fences to achieve location reminders from the system layer to the application layer.
Fused Location Positioning (FLP) technology advantage 6:
Fusion positioning techniques can automatically detect user motion states. Since the fusion positioning technology includes user motion information obtained by the acceleration sensor.
It can be judged that the current motion state of the user is driving, walking or running, etc., can be implemented for the main movement and health intelligent hardware and mobile applications. It interacts between information and human machines to achieve a richer user experience.
Fused Location Positioning (FLP) technology advantage 7:
Fusion positioning techniques can record the user’s sports historical trajectory more comprehensively. Since the trajectory of the user can be recorded in a low power mode, and may not rely on the network and the GPS signal, the location of the user can be more continuously tracked, and when the user trajectory is returned, it is smoother, saver than previous technologies.
In summary, the Fused Location Positioning (FLP) technology will bring more benefits to the mobile Internet. For developers, LBS-related development difficulties will decrease, and geographic fence functions can also play more purposes; for users, mobile applications will save more powerful, more accurate, and no longer have to endure environmental factors to the mobile phone positioning.
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