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The purpose of this study is to examine the effects of mobile Internet adoption on technology adoption extensity.

This study uses cross-sectional data collected in 2018 from 932 smallholder litchi farmers in Guangdong Province and Guangxi Province in southern China. A Poisson regression with endogenous treatment effects (ETPR) model is applied to estimate the effects of mobile Internet adoption on technology adoption extensity.

The ETPR model results indicate that mobile Internet adoption can significantly enhance technology adoption extensity. In addition, the extensity of technology adoption is also determined by education level, training, share of litchi farming income, guidebook use and cooperative membership. Disaggregated analyses further confirm the positive impact of mobile Internet adoption on the number of capital- and labor-intensive technologies adopted.

This study contributes to the literature on agricultural technology adoption. The findings highlight the need to facilitate modern agricultural technology penetration by promoting the use of mobile Internet technologies.

Telemedicine is delivered to patient anywhere during emergency treatment care, and medical information is transferred from one site of patient to another site of specialist doctors by using mobile internet communication. Some rural areas have slow internet speed because of weak internet signal propagation from mobile towers. A good design of antenna is needed to improve mobile internet speed for big medial data transmission in telemedicine application. Hence, this paper aims to propose economically low-cost design of antenna.

Telemedicine recommended to design the satellite frequency modulation dish (SAT FMD) antenna ( where in FM radio antenna, dish antenna are combined ) to improve the internet speed at Telemedicine system and Hospitals for purpose of Telemedicine communication and information for emergency treatment.

In the proposed system, designed SAT FMD satellite-based antenna improved internet speed is achieved at 90.6% accuracy in this research method. Finding latitude and longitude angles to identify the patient location, nearest hospitals location and finding distance, shortest path routing between patient and hospital. Finding elevation, Azimuth, latitude, longitude, skew for alignment dish to focus satellite and mobile cell tower to improve internet speed at telemedicine area and hospitals and reduced transmission delay and nodal delay of big medical data.

The social awareness among people can be shared information of accident patient to communicate Hospital and Ambulance driver by internet mobile app tools and help find nearest hospitals to emergency treatment for accident people.

This paper presents SAT FMD antenna model based on satellite dish antenna consisting of FM radio receiver antenna and dish antenna for telemedicine communication.

The purpose of this paper is to chart the evolving internet‐mobile internet relationship in Japan.

The approach takes the form of a case study.

The original i‐Mode‐based model for mobile internet in Japan was largely an ordered system except for relatively marginal unofficial web sites, which unlike official web sites were not listed on the browser, where an element of chaos reigned. The introduction of Google search engine changed the ecosystem by giving the unofficial web sites new visibility.

The interface between the internet and its wireless extensions is a potential source of powerful influences both ways and needs to be watched.

The paper looks at the little studied interface between the chaotic internet and its mobile extensions, largely ordered systems, to see whether the chaos of the internet will spill over to its mobile extensions or whether the order of the latter will march on to the former.

Usage of internet and mobile phones has promoted and sometimes hindered various aspects of development bringing radical changes to Kenyan households in the last couple of years. The rapid spread of mobile phones, mobile broadband and internet usage at the household level has increased the potential of these technologies leading to development outcomes. This paper aims to focus on these issues.

The paper is based on primary data collected through two surveys and is part of ongoing PhD work. A rigorous methodology was designed and used to conduct the research. Starting with the research problem that outlined the key areas for the study, research objectives were developed following a background review of the study. The paper establishes the development outcomes associated with the rapid spread and usage of the internet and mobile phones and explores if the wide usage expands or shrinks the capabilities of the households.

The analysis indicates that a high value is attached to the new technologies and in particular mobile phones. It also reveals that the new technologies enabled some capabilities and hindered others leading to diverse development outcomes. Use of internet and mobile phones led to positive and negative development outcomes in low income households in Kenya. Households' choices were based on their perceptions of the role that the new technologies played in enhancing their quality of life. Internet access and usage was limited and restricted to urban areas while mobile phone usage was distributed across the country. However, increased use of mobile internet is expected to change the situation. The paper notes that the social, economic and knowledge status of individuals, coupled with the choices they make, determines the development outcomes derived from use of these technologies.

The paper makes recommendations for further research on the effects of new technologies on quality of life.

The paper examines the extent to which usage of the internet and mobile phones enhances or hinders households' capability to achieve development in social, economic and knowledge dimensions.

The purpose of this paper is to identify several measures that reflect the diffusion of the mobile internet.

The measurements are implemented with a newly developed handset‐based mobile service research platform that provides a novel way to accurately identify trends taking place in mobile service usage. These measures are demonstrated in a case example comparing Finnish early‐adopter smartphone users between 2005 and 2006 (500 and 695 users).

The results indicate that the mobile internet has not yet emerged on a large scale in Finland. On the contrary operators have slightly increased their power, potentially because handset bundling with mobile subscriptions is now allowed in Finland.

The measurement framework can be further utilized in both cross‐sectional and longitudinal study settings in evaluating the emergence of the mobile internet. No other empirical research method provides the accuracy and scope of usage measurements done with the handset‐based research platform. However, the shortcomings of the new method should be realized.

The paper suggests that the mobile internet has not emerged widely, even in early‐adopter user segments.

This paper contributes to the measurement of mobile internet service usage. Mobile internet services are currently emerging in early‐adopter user segments. These services might shake the dynamics of the mobile services industry by introducing different kinds of technical innovation and business logic.

The purpose of this paper is to investigate US consumers' adoption of mobile services from the perspectives of channel extension (mobile vs internet) as well as with considerations of ethnic and gender difference. Specifically, this paper examines the effects of gender and ethnicity in consumers' current usages in different types of mobile services, the relationships between consumers' current internet and mobile service usages, and how current usages of internet and mobile services predict future intentions to use mobile services.

Online survey method was employed to collect the data. A total of 492 responses were obtained from current mobile users.

The mobile services most (e.g. sending and receiving text and picture messages, checking e‐mail) and least used (e.g. gambling, educational services) were similar between both male and female respondents, yet male respondents showed a higher use of mobile services. Among ethnic groups, African Americans were the most engaged users of all mobile services, and European Americans were the least engaged. In certain service categories (e.g. informational services related to business/finance), both gender and ethnicity were shown to have significant effects on consumers' current usages of both the internet and mobile services and intentions to use mobile services.

Gender‐ and ethnic‐specific marketing strategies should be based on the types of mobile services. Special attention should be paid to African Americans that have expressed great interests in using the services that are offered through mobile devices (e.g. informational services related to health and business/finance, payment/billing services, and purchasing products). Understanding current internet use of each mobile service is a key to the success of the potential use of mobile services.

There is a lack of previous research addressing consumer issues relevant to specific types of mobile services. This paper provides a meaningful insight into consumer adoption of various types of mobile services from the perspectives of channel extension (mobile vs internet) as well as ethnic and gender difference.

The increased adoption of internet-enabled phones in Africa has caused much speculation and optimism concerning its effects on financial inclusion. Policymakers, the media and various studies have all flaunted the potentials of internet and mobile phones for financial inclusion. An important question therefore is “Can the internet and mobile phones spur the inclusion of the financially excluded poor? This study therefore aims to examine the relationship and causality between internet, mobile phones and financial inclusion in Africa for the 2000-2016 period.

The empirical analysis followed these three steps: examination of the stationarity of the variables; testing for the cointegration; and evaluation of the effects of the internet and mobile phones on financial inclusion in Africa for the 2000-2016 period using three outcomes of panel FMOLS approach and Granger causality tests.

The empirical evidence shows that internet and mobile phones have significant positive relationship with financial inclusion, meaning that rising levels of internet and mobile phones are associated with increased financial inclusion. There is also uni-directional causality from internet and mobile phones to financial inclusion, implying that internet and mobile phones cause financial inclusion. The study also shows that macroeconomic factors such as capital formation, primary enrollment, bank credit, broad money, population growth, remittances, agriculture and interest rate, as well as institutional factors such as regulatory quality are important underlying factors for financial inclusion in Africa.

In the literature, there is a dearth of research on the internet, mobile phones and financial inclusion, especially in Africa. Most of the related studies are conceptual and micro-based, with little empirical attention to the relationship and causality between internet, mobile phones and financial inclusion. In fact, this dearth of rigorous empirical studies has been attributed as the main cause of inadequate policy guidance in enhancing information communication technologies (Roycroft and Anantho, 2003), despite saturation levels in developed economies. This study fills the gap by evaluating the effects of the Internet and mobile phones on financial inclusion for 44 African countries for the 2000-2016 period.

The purpose of this paper is to analyse internet access and use trends in 11 African countries based on household and individual ICT survey data.

The study uses nationally representative data for households and individuals in residential and semi-residential areas, as defined by national census sample frames for 11 African countries.

While the 2007/2008 African ICT access and use survey demonstrated alarmingly little access to the internet on the continent, together with a large-scale absence of computers and smart phones, compounded by the high cost of connectivity, the mobile phone is now the key entry point for internet use. Internet access has increased significantly across all countries, as a result increasing internet penetration to 15.5 per cent across the 11 African countries surveyed by Research ICT Africa in 2011/2012. Mobile internet requires fewer ICT skills, less financial resources and does not rely on electricity at home, compared to computers or laptops. Other findings highlight the unevenness of internet take-up across and within countries. Thus, while the majority of the countries under investigation demonstrate increased mobile internet take-up, in Rwanda, Tanzania and Ethiopia, internet use remains negligible. In those countries where mobile internet is boosting connectivity, this is being driven by social networking applications.

The policy implications of the shift in significant numbers from negligible internet access at public access points serviced primarily by fixed access lines to mobile internet access are significant. Just as traditional reform strategies of increasing competition in the market increased access to voice services more successfully than traditional universal service strategies, mobile again appears to be addressing the internet gap. Competition in mobile markets appears to address the efficiency gap in the market, resulting in an increase in the choice of services and a reduction in prices. Strategies that seek to aggregate users at public access points, funded by complex levies and subsidies again seem to have been overtaken by the increasing availability of mobile internet access, as feature phones and smart phone become more available to individual users.

Understanding prepaid mobile internet further provides a pro-poor dimension to public policies seeking to improve internet access, which historically has been available and affordable to the elite. The rest of the society had to rely on public access points, whether private internet cafés or schools and libraries.

This paper uses primary data that allow a better understanding of internet access and use in Africa. It provides policymakers and regulators with the evidence required for an informed ICT policy and regulation.

This paper aims to examine the relationship between mobile phones, the internet, financial inclusion, the informal economy and poverty reduction.

The study examines the relationship between mobile phones, the internet, financial inclusion, the informal economy and poverty reduction using the system generalized method of moments approach and a panel data set of 42 African countries for the period 1995–2017.

The study shows that mobile penetration and internet usage have significant positive relationship with the informal sector. Financial inclusion has significant effects, meaning that increased financial inclusion is associated with a developed informal economy. Also, mobile penetration and internet usage play significant roles in the relationship between financial inclusion and the informal economy. Further, mobile penetration and internet usage have a significant positive relationship with poverty reduction. Similarly, financial inclusion has significant effects, meaning higher financial inclusion is associated with increased poverty reduction. The informal economy also has significant effects, suggesting that the development of the informal economy is associated with poverty reduction.

Most importantly, mobile penetration, internet usage and financial inclusion play significant roles in the link between the informal economy and poverty reduction.

This paper aims to learn about consumers’ information disclosing patterns in the mobile internet context by investigating how demographic, geographic and psychological factors influence their information disclosing willingness (IDW).

Drawing on self-disclosure theory, the authors carried out simple linear regression analyses on a Chinese sample of 10,000 participants.

The results revealed that significant gender differences exist between males and females in their IDW in mobile internet context, and females have higher IDW than males do. And the authors also found that first-tier (third tier) citizens have the lowest (highest) IDW in their mobile internet usage.

This study offers three implications. First, this paper captures the insight of IDW within the mobile internet context, while previous studies mostly focus on the desktop internet context. Second, the results show that females have higher willingness to disclose than males do in the context of mobile internet, which is different from the findings of prior studies that females have higher privacy concerns and lower disclosing willingness in the context of desktop internet. Thirdly, this research introduces city tiers as a new approach to the study of IDW, which is one of the first studies exploring the geographical effect on information privacy.