Android app ideas for students college project-Code shoppy
Multicore embedded systems are rapidly emerging. Hardware designers are packing more and more features into their design. Introducing heterogeneity in these systems, i.e. Adding cores of varying types does provide opportunities to solve problems in different aspects. However, this presents several challenges to embedded system programmers since software is still not mature enough to efficiently exploit the capabilities of the emerging hardware rich with cores of varying types. Programmers still rely on understanding and using low-level hardware-specific API. This approach is not only very time-consuming but also tedious and error-prone. Moreover, the solutions developed are very closely tied to a particular hardware raising significant concerns with software portability. What we need is an industry standard that will enable better programming practices for both current and future embedded systems. To that end, in our project, we have explored the possibility of using existing standards such as OpenMP that provides portable high-level programming constructs along with another industry-driven standard for multicore systems.android mini project topics
For our work, we have considered the GNU compiler since it is the compiler that mostly used in the embedded system domain facilitating open source development. We target a platform consisting of twelve PowerPC e6500 64-bit dual-threaded cores. We create a portable software solution by studying the GNU Open MP runtime library and extending it to incorporate MCA libraries. The solution abstracts the low-level details of the target platform and the results show that the additional MCA layer does not incur any overhead. The results are competitive when compared with a proprietary toolchain.Real time software systems is an integral part of each and every application domain which includes aerospace and defence, power and energy sector, medical sector, industrial automation, etc. Design and development of any software system requires time, domain expertise, tools, capital and infrastructure. Nevertheless, the software industry has been constantly improving; the percentage of software failures has also increased. This in turn has led to a major loss of capital, time, good-will, loss of information and in some cases severe failures of critical applications leading to the loss of lives. This is because, software could fail due to faults injected in various phases of software or product development life cycle starting from project initiation to deployment. This paper therefore aims to show the transformation of failures based on severity in Real-time embedded software projects through a case study. This study thus brings in awareness in the pattern of failure transformation based on their severity. This knowledge enables one to take preventive and corrective measures during the software development process such that it reduces the probability of their occurrences and further aids the developing team to provide strategies that can resolve the impact of severity of the existence failures during the development process.mca final year project
n view of the characteristics of IoT engineering talents training, Android program design and teaching objectives, this paper proposes to use the active “project-driven” teaching method in the teaching of Android programming, which helps to improve students’ interest in learning, and focus on training and improving IoT students Android program development capabilities. Based on the Active Project-Driven Learning Method, the Android curriculum reform has fully mobilized the enthusiasm and initiative of students in practical teaching. Students can master the overall process of project design and accumulate valuable project experience in learning, which helps to create strong conditions for employment. Project grouping operations can also cultivate students’ awareness of teamwork and enhance their ability to communicate and collaboration. Teaching practice has proved that based on job-driven project-driven teaching. Android has achieved good teaching results with feasibility and promotion. A new idea has put forward for the teaching of Android programming course, which is the reference to the teaching of other practical courses of IOT engineering major.android project with source code students
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