Analysis of minimum system requirements android app-Codeshoppy
Android OS has found its usage, not only in smartphones and other areas of smart devices, but also in automotive and many other industries, as its applications grow more and more over time. Even though Android OS is based on a Linux kernel, some problems arise while trying to execute Android applications on other Linux kernel-based operating systems. Execution of Android applications on an Android emulator was an acceptable solution until their growing complexity demanded more hardware resources. On the other hand, Linux containers were developed and became more popular. Hence, executing Android applications natively on other Linux operating systems became possible on systems with limited hardware resources. Nevertheless, minimum system requirements for this solution are not clearly defined, but could be very useful in the planning phase, when choosing a target platform for a specific project. In this paper, minimum requirements for system resources for executing Android applications in Linux containers have been assessed, and its advantages compared to executing them on an Android emulator have been described. Android Projects Ideas Titles 2022 2023
According to the reference paper , the main idea of research project that is to implement Android based
application for attendance management system for development of institution and educational system. The proposed project can be enacted in applications such as notices, online study material, academic calendar and online reminders of examination, performance record, online attendance record, and parent notification system using Android applications. Using this application teacher have rights to upload notes, time tables, assignment on collage server and broadcast it to the assign mobile numbers so that it is easily accessible by student on smart phone.
To validate both the proposed approaches, we have created two operator packages utilizing Android Lollipop as a platform, both in GMS and AOSP use cases. Both packages were showcased at the IBC 2015 show in Amsterdam and we hereby disclose package designs and audience feedback that was obtained. Package 1 contained Android Lollipop OS with GMS services enabled (Android home app), 3 rd party Live TV application and custom OTT service application. Software architecture of the device for this case is shown in Figure 1.
The number of blocks which need to be provided through system integration and additional development is not significant; this considers the integration of branded Live TV app and the development and the inclusion of OTT service app providing user access to all specific operator offerings, including video catalogue etc Android Project with Source Code for Students
contained AOSP Android Lollipop, custom made home app, custom OTT back-ends for both media access and recommendations, as well as custom DTV service and middleware linkage (Figure 3). It is apparent that in this case many blocks need to be provided and/or developed in addition to AOSP environment. Look and feel was an innovative, 3D- enabled concept with all scenes stacked in a 3D space, allowing users to reveal content by zooming the camera in and out in the interface.