Challenges and Best Practices for Mobile Application.
To discourage the student's above mentioned attitude towards learning; a mobile application has been designed, developed and tested for android platform. The paper describes the step by step design and development techniques process of m- research application which can be utilized as an integral component of m learning model of engineering education in Saudi Arabia for senior design project.
Preview: Mobile App Development Proposal Template. General Instructions: Follow the italicized instructions for each section below to create your own persuasive mobile app development proposal. Do your best to limit your proposal to 4-5 pages or less, as this should be all you need to identify the client’s problem, propose your services as the solution to that problem, and help the client.
However, there is a paucity of research engaging PwS in the design process, with participation being facilitated mainly in testing phases. In this paper, we describe the user-centered design, development and evaluation of StammerApp, a mobile application to support PwS. We contribute insights into the challenges and barriers that PwS experience.
This paper provides an overview of important software engineering research issues related to the development of applications that run on mobile devices. Among the topics are development processes, tools, user interface design, application portability, quality, and security.
WHITE PAPER: Developers and CIOs alike are realizing that the goals of DevOps can be attained with a Rapid Application Development (RAD) platform. This white paper helps you identify the key characteristics all high-performing DevOps organizations have in common and highlights what questions CIOs need to ask themselves as they move forward.
M4D Mobile for Development PDA Personal digital assistant RFID Radio frequency identification tag RSS Really Simple Syndication SaaS Software as a Service WAP Wireless Application Protocol. mAgriculture page 4 of 38 1. Framing the issue Over the past 50 years, crop yields have grown at very different rates around the world (Fig. 1). Most smallholder farming systems are much less productive.
Second, researchers and smartphone application developers reading our review paper may have an impression of research gap regarding which agricultural applications to develop using smartphone-based sensors, as discussed in Section 5.4. Third, governments and agricultural agencies can respond to how even the most basic sensors on smartphones can be used in agriculture. Since agricultural work.