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By surveying current literature, the purposes of this paper are twofold: to identify current situation of mobile learning (m‐learning) adoption and specify the challenges and to identify the factors driving m‐learning adoption.

The paper reviews literature related to: m‐learning applications and challenging issues and adoption researches on m‐learning and related topics. A reflection on the unique nature of m‐learning adoption building upon the literature reviewed contributes to a new conceptual model.

Even if m‐learning is fast evolving, the review of literature reveals a challenge as to how to promote m‐learning adoption. In this light, the paper extends the scope of literature reviewed to the theories and factors relating to different roles m‐learning users have into consideration, namely, technology user, consumer and learner, in an attempt to offer a more complete understanding of m‐learning adoption. Insights are drawn from the proposed model.

A number of m‐learning projects have been initiated worldwide while guidelines drawing from m‐learning adoption research are in short supply. A research in this regard will contribute to a better understanding of developing acceptable m‐learning service.

Based on a literature review, the paper not only specifies the current situation of m‐learning adoption, but also develops factors influencing m‐learning adoption to enrich our understanding of m‐learning adoption – which help to facilitate and promote future empirical research.

In this chapter, we discuss initiatives that aim to improve children’s literacy in low- and middle-income (LMI) countries through m-learning. These projects, predominantly introduced by governments and international aid organisations, often involve the provision of e-books and apps including game-based apps, to be used either inside or outside school. In some cases, lesson plans and content for teachers in poorly resourced schools are also delivered via mobile devices. After a general overview, we briefly describe a selection of projects with reference to m-learning and literacy theory and research. It is indicated in this chapter that the use of mobile devices to improve literacy opportunities for children in LMI countries has a great deal of potential but that, in many cases, there are limitations in pedagogical design and implementation practices, not to mention restricted views of what literacy is and might be for children in these locations.

The purpose of this paper is to investigate the factors of m-learning approaches which can be used for enterprise resource planning (ERP) system training and to propose a theoretical framework for m-learning of ERP systems.

A literature review of several theories relating to success factors for mobile learning (m-learning) and electronic learning (e-learning) are analysed and a theoretical framework of success factors for m-learning of ERP systems is proposed. Two field studies are undertaken to identify the features of e-learning and m-learning systems which users enjoyed and which related to the factors identified in the theoretical framework. The technology acceptance model (TAM) was used to evaluate the acceptance, usefulness and perceived ease of use (PEOU) of the two systems evaluated in the field study, the openSAP e-learning application and the SAP Learn Now m-learning application.

The results confirmed several of the theoretical elements identified in the framework and the m-learning system was rated positively for PEOU and perceived usefulness (PU). The findings confirmed other studies showing the importance of the quality of course content in e-learning and m-learning projects.

The empirical study was limited to a small number of participants in higher education. However, a deeper understanding of the factors influencing m-learning for ERP systems was obtained.

The study provides a valuable practical contribution because the framework can be used in the improved design of an ERP m-learning approach, which in turn can lead to an improvement in ERP training and education programmes and ultimately ERP project success.

Several studies propose the use of m-learning systems. However, research related to the factors impacting on m-learning projects for ERP system training is limited. The paper presents original work and the results provide a valuable contribution to several theories of m-learning.

This paper aims to present a research outcome to an investigation towards the innovative use of electronic-learning (e-Learning) software solutions to strengthen the interactive component of mobile learning (m-Learning) in university contexts. This work was motivated by observations of interactive limitations in existing m-Learning solutions in well-intentioned software development and e-Learning efforts. The aim of the project, thus, was to interrogate hindrances to the potency of m-Learning interventions. The idea was to strengthen the interactive component, to improve the compatibility of the desktop e-Learning process – with mobile appliances such as mobile phones and, finally, to explore cost minimizing avenues of downloading learning materials over mobile phones.

The methodology of the project was twofold: that is, both literature-based and experimental. Literature background offered insight on existing efforts towards interactive m-Learning solutions. Against this background, the project was then designed to explore ways to provide presentations and interactive chats for effective m-Learning over mobile phones. The idea was to reduce the file size of presentations slides for effective display on mobile devices. Finally, the aim was also to minimize airtime costs when transmitting presentation slides and when conducting interactive chats on mobile phones. An experiment research method was, thus, used. In this method, a problem and question were articulated first. Then, a practical technological solution was conceptualized, developed, pre-tested, modified and re-tested until it complied with sought specifications, Finally, the solution was implemented, to confirm its viability and response to a research problem and, ultimately, was reported in the findings.

Slides were developed with light colour resolutions to open effortlessly on tiny mobile screens. The best quality was between 128 and 201.188 (out of 255) pixels (more visible mobile phone screens), using Open Source Software. Clear slides also had a font greater than size 32. The average data per presentation were 9,872.66 bytes, and, when seven learners were chatting, it was 3,686.63 bytes (0.03 megabytes). For airtime costs, the Vodacom rate of R0.46 per megabyte was used. This translates to 0.8 × 0.46 = R0.0368 cost per slide. The m-Chisimba platform therefore, seems to be cost-effective, quality expedient and most appropriate for interactive m-Learning.

Existing m-Learning has been inadequate, failing to align adequately the desktop e-Learning solutions with mobile phone platforms. Desktop presentation slides, for example, have been incompatible with mobile phones’ operations and screen sizes. Mostly, content could consume a lot more airtime, owing to large sizes of desktop originated material that was incompatible with mobile platforms. A solution that emerged from original experiments, leading to the enhanced interactive m-Learning solution, the m-Chisimba platform, is, therefore, presented in this paper. The thinking is that mobile applications are convenient enablers which extend access to information. Nevertheless, mobile applications (including m-Learning solutions) cannot be seen as panaceas to solve all learning concerns as literacy and affordability remain challenges in many under-developed social environments. As a newly developed innovation, the m-Chisimba platform offers an improved m-Learning solution for learning activities over mobile gadgets such as mobile phones.

The research work offers new innovative solutions in a number of practical ways. It improves the interactivity component of the m-Learning process, to empower educators and learners to effectively engage learning over m-Learning devices.

The innovation makes it easier to for learning to take place effortlessly, over mobile platforms. Implications are that more people will be able to access learning processes on the move, meaning that obstacles to access learning opportunities are minimised.

Existing m-Learning has been inadequate, failing to align adequately the desktop e-Learning solutions with mobile phone platforms. Desktop presentation slides, for example, have been incompatible with mobile phones’ operations and screen sizes. Mostly, content could consume a lot more airtime, owing to large sizes of desktop-originated material that was incompatible with mobile-platforms. A solution that emerged from original experiments, leading to the enhanced interactive m-Learning solution, the m-Chisimba platform, is, therefore, presented in this paper. The thinking is that mobile applications are convenient enablers which extend access to information. Nevertheless, mobile applications (including m-Learning solutions) cannot be seen as panaceas to solve all learning concerns as literacy and affordability remain challenges in many under-developed social environments. As a newly developed innovation, the m-Chisimba platform offers an improved m-Learning solution for learning activities over mobile gadgets such as mobile phones.

New mobile platforms, connected seamlessly to the Internet via wireless access, become increasingly more powerful as each day passes. Smartphones and tablet computers, as well as other ultraportable devices, have already gained enough critical mass to be considered mainstream devices, being present in the daily lives of millions of higher education students. Whole firms, devoted solely to developing high-quality and high engagement content to these devices, have emerged, populating an application market of thousands of teaching applications (apps) focused on diverse higher education topics, from physics and calculus to anatomy and law. Many universities throughout the world have already adopted or are planning to adopt mobile technologies in many of their courses as a better way to connect students with the subjects they are studying. These new mobile platforms allow students to access content anywhere/anytime to immerse himself/herself into that content (alone or interacting with teachers or colleagues via web communication forms) and to interact with that content in ways that were not previously possible (via touch and voice recognition technologies, for instance). The study of such technologies and their possible uses for higher education, as well as the impacts they can have on stimulating more active participation and engagement with the course subjects and research in higher education, while at the same time fostering collaboration among students and even different institutions, is the goal of the proposed chapter. Through the evaluation of the teacher/student acceptance and adoption of such mobile technologies, this chapter plans to provide a thorough overview of the possibilities and consequences of mobile learning in higher education environments as a gateway to ubiquitous learning – perhaps the ultimate form of learner engagement, since it allows the student to learn, access and interact with important content in any way or at any time or place she/he might want.

This paper aims to present a review of selected mobile learning literature and programmatic approaches for librarians interested in developing mobile digital library services in order to equip readers with a framework for understanding and appreciating mobile digital librarianship.

A literature review is culled from distance learning, medical informatics and medical librarianship, internet social studies, and human computer interaction research. Much of the research reviewed focuses on recently released reports as well as library services utilizing mobile technology.

The study finds that mobile learning has seen increased service development, but has not yet evolved to be a robust field in librarianship.

The field of mobile digital technology advances very quickly. This research represents the state of mobile learning in mid‐2008.

Library and information professionals will gain a sound conceptual grasp of the social science of mobile technology; the science of mobile technology, and current applications for mobile technology.

This paper addresses issues about the feasibility and future development for library services utilizing mobile technology, provides directions for future individual study and institutional research and development.

Although mobile devices are ubiquitous among employees, their awareness and readiness to use mobile technologies for competence development is still not widespread and therefore requires further exploration. The purpose of this study is to propose a conceptual model based on the unified theory of acceptance and use of technology (UTAUT) to explain the determinants that affect employees’ intention to use mobile devices and software for knowledge transfer during the process of knowledge management.

A conceptual model based on the UTAUT with new variables concerning relative usability (RU) and user autonomy (UA) and new connections between the determinants was developed as a result of a subject matter literature review. A structural equation modelling approach was used to validate the model on the basis of data collected via a survey collected from 371 employees from 21 sectors, both public and private.

The UTAUT model extended by new variables like RU and UA explains employee acceptance of mobile technologies for knowledge transfer reasonably well. New proposed variables highlighted that the usability of technology compared to other solutions and user autonomy in the selection and the use of applications have the strongest impact on the employees’ intention to use mobile devices and software for knowledge transfer.

This model explains the 55 per cent behavioral intention of employees to use mobile technologies for knowledge transfer. Even though it is quite high in terms of acceptance theories, some new variables should be explored. Furthermore, study does not verify whether m-learning acceptance for knowledge transfer is sector-specific.

Mobile technologies used for knowledge transfer by employees should allow for high UA through their ability to select solutions that they find convenient, use of preferred platforms, personalize applications and utilize devices and software in various environments. They should not be simplified and should have the same functionality and efficiency of use as alternative solutions like web and desktop applications, even if additional effort to learn them would be required. Mobile technologies that take into account UA and RU support the process of employees capturing, distributing and effectively using knowledge.

The elaborated model provides a valuable solution with practical implications for increasing mobile technologies acceptance for knowledge transfer. The study results contribute both to knowledge management and technology acceptance research fields by introducing two new determinants for the acceptance of technologies in knowledge transfer, such as UA and RU with several additional connections between existing UTAUT variables.

The purpose of this paper is to undermine the role of cellular technology, government and the funding agency to deliver reliable and cost-effective health services for the people living in the bottom of pyramid and remote areas of the country where quality healthcare facilities are not available. The people living in rural Bihar (India) have a limited education and are reluctant to visit the female healthcare centers. The Ananya Bihar project has employed volunteers from the same community and aid from the foundation and government to improve the maternity and neo-natal healthcare initially in eight districts of the state.

The study reviewed various m-health projects and m-education projects with a detailing of the Anaya Bihar Project initiated by Melinda Gates foundation and Government of Bihar, India. The study uncovers technical, operational aspects and methodology followed by Ananya. It has detailed the best practices followed by the project. The study also features the capability of mobile as a tool to reach the masses in most cost effective way.

The use of mobile application with the association from the social worker has been tremendously successful in maternity and child healthcare in the state of Bihar, India. The application includes educating the user’s about the healthcare, training for midwives, alerts related to vaccination and thereby reducing the mortality rate and improving the maternal healthcare for the people from the bottom of pyramid. The project has created awareness among the rural families and has improved the maternity healthcare in the eight districts of Bihar, India. They were also planning to expand the project in other states of India.

The study is exploratory in nature and has not involved primary data collection and statistical analysis. The study has compiled the data and information available.

The present study may be used as a reference to the organization working on mobile healthcare projects to understand the best practices of m-health project. The study also explains the role of various stakeholders (as Ananya-Bihar was a collaborative effort of Social trust, Technical experts, Network service provider, Community, State Government and the People) in the success of the project.

The study explains the role of technology for the benefit of people. In the present case mobile healthcare initiated by the foundation has been very effective in dealing with maternity healthcare in rural Bihar, where people cannot afford expensive healthcare facility. The only silver lining is increasing tele-density at the most affordable rate in the globe, with funding from NGOs and full support from government. Such types of m-healthcare projects will support the government in delivering quality healthcare to the people who are living below poverty line and deprived of basic healthcare facilities.

The study details the methodology and technical details of Ananya Mobile health care platform.