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Recent advances in cloud computing have simplified the way that both software development and testing are performed. Unfortunately, this is not true for battery testing for which state of the art test-beds simply consist of one phone attached to a power meter. These test-beds have limited resources, access, and are overall hard to maintain; for the...
Contexts in source publication
Context 1
... section details the design and implementation of BatteryLab, a distributed measurement platform for device battery monitoring (see Figure 1(a)). We currently focus on mobile devices only, but our architecture is flexible and we thus plan to extend to more devices, e.g., laptops and IoT devices. ...
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... granted, remote control of the device can be shared with testers, whose task is to manually interact with a device, e.g., search for several items on a shopping application. Testers are either volunteers, recruited via email or social media, or paid, recruited via crowdsourcing websites like Mechanical Turk [4] and Figure Eight [13]. ...
Context 3
... section details the design and implementation of BatteryLab, a distributed measurement platform for device battery monitoring (see Figure 1(a)). We currently focus on mobile devices only, but our architecture is flexible and we thus plan to extend to more devices, e.g., laptops and IoT devices. ...
Context 4
... equivalent software exists for iOS, but a similar functionality can be achieved combining AirPlay Screen Mirroring [6] with (virtual) keyboard keys (see Section 3.3). Figure 1(c) shows a snapshot of the graphical user interface (GUI) we have built around the default noVNC client. The GUI consists of an interactive area and a toolbar. ...
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