If you are looking for an Arduino extendable GPS data logger for your project, the affordable Arduino GPS data logger created by combining a standard NMEA GPS receiver and an Arduino board might be worth more investigation.
Components and Assembly
The extendable Arduino GPS data logger consists of a shield that is fitted with the GPS receiver, SD card reader, and accelerometer, together with an Arduino UNO board. This combination of components makes it a versatile and powerful tool for various applications. The GPS receiver is responsible for capturing the location data, while the SD card reader stores this data for later retrieval. The accelerometer adds an extra layer of functionality by recording movement and orientation, which can be particularly useful in dynamic environments.
The device has been created to enable users to build a super simple and effective Arduino GPS logger. This logger allows you to trace the route taken by a vehicle, person, or anything else that might move, by periodically caching location points using the integrated GPS unit. This makes it ideal for a wide range of applications, from tracking fitness activities to monitoring the movement of assets in a logistics operation.
Data Logging and Processing
As the Arduino GPS data logger saves the periodic samples containing data on recorded positions to a microSD memory card, this data can then be imported into a computer and processed on map services such as OpenStreetMap to show the path in detail. This feature is particularly useful for visualizing the data and gaining insights into the movement patterns. For example, a hiker can use this data to review their trail, while a fleet manager can analyze the routes taken by delivery vehicles to optimize logistics.
Moreover, the data can be further analyzed using various software tools to extract additional information such as speed, altitude, and distance traveled. This makes the Arduino GPS data logger not just a simple tracking device, but a comprehensive tool for data analysis and research. For instance, researchers studying animal migration patterns can use this device to gather precise location data over extended periods.
For more information on the new Arduino GPS data logger, jump over to the Open Electronics website for details. The website provides a detailed guide on how to assemble the device, as well as sample code and troubleshooting tips to help you get started.
In addition to the basic setup, there are numerous ways to extend the functionality of the Arduino GPS data logger. For example, you can integrate additional sensors such as temperature or humidity sensors to gather more environmental data. You can also connect the device to a wireless module to transmit data in real-time, making it suitable for remote monitoring applications.
Source: Electronics Labs
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