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The Internet has revolutionized the different sectors of the society, including the media industry. One of the innovative applications of the Internet to the media industry is television streaming- a process through which television stations upload daily programmes to their online platforms thereby enabling audiences to watch television programmes at their convenience. Without access to affordable Internet Service Providers’ services, data packages and Internet literacy skills, widespread adoption of television streaming may be a daunting task. The paucity of empirical research on streaming has undermined adequate planning in this sector. This study examined the extent to which Internet penetration has promoted the adoption of television streaming among stakeholders in South-West Nigeria.
Survey research design was adopted for this study. The population comprised 27,722,432 residents and 22 television stations in South-West Nigeria. Three states were selected using simple random sampling technique. Stratified sampling technique was used to stratify the local governments into metropolitan and non-metropolitan. Subsequently, four local governments were selected randomly from the metropolitan local governments. Three television stations were selected randomly after being stratified into privately, state and federally owned. The chief engineers were purposively chosen for interview because of their involvement with streaming technologies. Saunders, Lewis and Thornhill formula was used to arrive at the sample size of 1,613 respondents drawn from twelve wards. Validated questionnaire which was the major instrument complimented by interview guide were adopted for data collection. Cronbach’s Alpha coefficient values of the constructs were Internet penetration (0.782), television streaming (0.830), attitude (0.811), computer literacy (0.769), perceived usefulness (0.805) and ease of use (0.728), while 0.881 was obtained for the total scale. A total of 1,613 copies of questionnaire were administered, with a response rate of 95%. The data collected were analysed using inferential statistics: multiple and simple linear regression.Interview responses obtained were analysed under themes of the discourse.
Findings indicated that Internet penetration significantly influenced adoption of television streaming(R2=0.120, p<0.05). Also, Internet penetration when moderated by attitude, significantly influenced respondents’ adoption of television streaming(R2=0.193, p<0.05). Computer literacy skills, perceived usefulness and ease of use had individual significant influence on adoption of television streaming (R2=0.017, 0.132, 0.098 p<0.05). Respondents identified high cost of Internet data (50.9%) as a factor affecting adoption of television streaming.
The study concluded that Internet penetration influenced the adoption of television streaming. The study established that apart from Internet penetration, factors of perceived usefulness, ease of use and computer literacy would influence the adoption of television streaming. However, while there is increased Internet penetration, high cost of Internet data plans remains a challenge. The study recommended that the government and Internet Service Providers work towards achieving affordable Internet plans across the country.In addition,the federal government should reduce Internet licensing fee to encourage new investors and increase competition.
Keywords: Television streaming, Internet penetration, Computer literacy, Perceived usefulness, Ease of use.
Word Count: 461
Title Page I
Table of Contents VII
List of Tables XI
List of Figures XIV
CHAPTER ONE: INTRODUCTION
1.1 Background to the Study 1
1.2 Statement of the Problem 4
1.3 Objective of the Study 6
1.4 Research Questions 6
1.5 Hypotheses 7
1.6 Significance of the Study 8
1.7 Scope of the Study 9
1.8 Operational Definition of Terms 10
CHAPTER TWO: REVIEW OF LITERATURE
2.0 Introduction 13
2.1 Conceptual Review 13
2.1.1 Conceptual Model of Internet Penetration and Television Streaming 13
2.1.2 The Internet 14
2.1.3 Internet Penetration 15
2.1.4 Information Communication Technology in Nigeria 17
2.1.5 Telecommunication Industry in Nigeria 18
2.1.6 Internet Infrastructure and Penetration in Nigeria 20
2.1.7 Broadband Wireless Networks 22
2.1.8 Policies/Agencies Facilitating Broadband in Nigeria 24
220.127.116.11 Broadband Commission for Digital Development 24
18.104.22.168 National Broadband Plan 26
22.214.171.124 National Information Technology Development Agency (NITDA) 28
126.96.36.199 Nigerian Communications Commission (NCC) 29
2.1.9 Growth of Television Broadcast Technologies in Nigeria 29
2.1.10 National Broadcasting Commission 32
2.1.11 Concept of Streaming 33
188.8.131.52 Streaming Requirements 35
184.108.40.206 Digital Video Format for Streaming Technology 36
220.127.116.11 Streaming Application Protocols 37
2.1.12 Television Streaming 39
18.104.22.168 The Benefits of Television Streaming 40
22.214.171.124 Types of Television Streaming 41
126.96.36.199 Television Streaming Services 42
2.1.13 Growth of Television Streaming 43
2.1.14 Challenges of Internet Penetration and Adoption of Television Streaming 45
188.8.131.52 Digital Divide 47
2.1.15 Proposed Communication Tax and Future of Television Streaming 47
2.1.16 Background Information of South-West and Selected Local Governments 48
2.1.17 Brief History of Selected Television Station 50
2.2 Theoretical Framework 51
2.2.1 Uses and Gratification Theory 51
2.2.2 Unified Theory of Acceptance and use of Technology (UTAUT) Model 54
2.3 Empirical Review 58
2.4 Summary of Literature 65
2.5 Gaps in Literature 65
CHAPTER THREE: METHODOLOGY
3.0 Introduction 66
3.1 Research Design 66
3.2 Population 67
3.3 Sample size and sampling Technique 67
3.4 Research Instrument 76
3.5 Validity of Research Instruments 77
3.6 Reliability of Research Instruments 78
3.7 Administration of Research Instruments 78
3.8 Method of Data Analysis 78
3.9 Ethical Consideration 79
CHAPTER FOUR: DATA ANALYSIS, RESULTS AND DISCUSSION
4.0 Introduction 80
4.1 Presentation of Results 81
4.1 Analysis of Research Questions 81
4.2 Test of Hypotheses 94
4.3 Cross Tabulation Analyses 108
4.4 Analysis and Discussion of Interview Responses 113
4.5 Discussion of findings 116
4.6 Resultant Model 128
CHAPTER FIVE: SUMMARY, CONCLUSION AND
5.0 Introduction 129
5.1 Summary 129
5.2 Conclusion 131
5.3 Recommendations 131
5.4 Contribution to Knowledge 132
5.5 Suggestions for Further Study 133
5.6 Limitations of the Study 133
LIST OF TABLES
2.1 Metropolitan local government areas in Ogun and Oyo states 67
2.2 Political Wards in the selected Local Government Areas 68
2.3 Selected wards for this study 69
2.4 Streets/roads of selected wards in Abeokuta South Local Government Area 69
2.5 Streets/roads of selected wards in Sagamu Local Government Area of Ogun State 70
2.6 Areas in selected wards in Oluyole and Ibadan North West Local Government Areas 71
2.7 Stratification of television stations in Lagos, Ondo and Oyo States 72
2.8 Summary of sample size of respondents for this study 75
4.1.1 Composite Demographic Table 80
4.1.2a Distribution of Respondents’ Internet Use 81
4.1.2b Non-Internet Users Reasons for Being Offline 82
4.1.3 The level of Internet Penetration 82
4.1.4 Access to Mobile Wireless Technology 85
4.1.5 Hours Respondents Spend Online 86
4.1.6 Factors Influencing Adoption of Television Streaming 90
4.1.7 Respondents’ Challenges of Watching TV Online 91
4.1.8 Attitude towards Television Streaming 92
4.2.1a Model Summary for the Influence of Internet Infrastructure and Adoption of
Television Streaming 93
4.2.1b Linear Regression Analysis Showing the Influence of Internet Infrastructure on
Adoption of Television Streaming 93
4.2.2a Model Summary for the Influence of Internet Access and Adoption of
Television Streaming 94
4.2.2b Linear Regression Analysis Showing the Influence of Internet Access on
Adoption of Television Streaming 94
4.2.3a Model Summary for Broadband Penetration and Adoption of Television Streaming 95
4.2.3b Linear Regression Analysis Showing influence of Broadband on Adoption of
Television Streaming 95
4.2.4a Model Summary for Cost of Data Subscription and Adoption of Television
4.2.4b Linear Regression Analysis Showing influence Cost of Data Subscription on
Adoption of Television Streaming 96
4.2.5a Model Summary for Internet Penetration Moderated by Attitude and
Adoption of Television Streaming 97
4.2.5b Linear Regression Analysis showing influence of Internet Penetration
Moderated by Attitude on Adoption of Television Streaming 97
4.2.6a Model Summary for Demography Factors and Adoption of Television Streaming 98
4.2.6b Linear Regression Analysis showing Influence of Individual Demographic
Variable on Adoption of Television Streaming 98
4.2.7a Model Summary for Computer Literacy and Adoption of Television Streaming 99
4.2.7b Linear Regression Analysis showing influence of Computer Literacy on
Adoption of Television Streaming 99
4.2.8a Model Summary for Perceive Usefulness and Adoption of Television Streaming 99
4.2.8b Linear Regression Analysis showing influence of Perceived Usefulness on
Adoption of Television Streaming 100
4.2.9a Model Summary for Ease of Use and Adoption of Television Streaming 100
4.2.9b Linear Regression Analysis showing influence of Ease of Use on Adoption of
Television Streaming 100
4.2.10a Descriptive for Independent Sample T-Test of Significant Difference in
Adoption of Television Streaming by Gender 101
4.2.10b Independent Sample T-Test of Significant Difference in Adoption of Television
Streaming by Gender 101
4.2.10c Analysis of Variance of Significant Difference in Adoption of Television
Streaming by Age 102
4.2.10d Post Hoc Analysis of Variance of Significant Difference in Adoption of
Television Streaming by Age 102
4.2.10e Analysis of Variance of Significant Difference in Adoption of Television
Streaming by Occupation 103
4.2.10f Post Hoc Analysis of Variance of Significant Difference in Adoption of
Television Streaming by Occupation 103
4.2.10g Analysis of Variance of Significant Difference in Adoption of Television
Streaming by Educational Status 104
4.2.10h Post Hoc Analysis of Variance of Significant Difference in Adoption of
Television Streaming by Educational Status 104
4.2.10i Independent Sample T-Test of Significant Difference in Adoption of Television
Streaming by State 105
4.2.10j Independent Sample T-Test of Significant Difference in Adoption of Television
Streaming by State 105
4.3.1 Bundle Type Subscription and Adoption of Television Streaming 106
4.3.2 Bundle Type Subscription and Perception of Cost of Data 106
4.3.3 Cost of Data Subscription and Adoption of Television Streaming 107
4.3.4 Adoption of Television Streaming by State 107
4.3.5a The Pattern of Visiting Television Stations’ Websites by Age and Entertainment 108
4.3.5b The Pattern of Visiting Television Stations’ Websites by Age and News 108
4.3.6 Occupational Status and Adoption of Television Streaming 108
4.3.7 Adoption of Television Streaming by Age 109
4.3.8 Monthly Income and Internet Access in the work place 109
4.3.9 Monthly Income and Adoption of Television Streaming 110
4.3.10 Gender and Adoption of Television Streaming 111
4.3.11 Data Bundle Subscription and Average Hour(s) Spent Daily on the Internet 111
LIST OF FIGURES
2.1.1 Researcher’s conceptual model of Internet Penetration and Adoption of
Television Streaming 12
2.1.2 Internet mobile subscribers’ statistics on GSM wireless network 18
2.1.3 CDMA Internet subscribers’ statistics. Source: NCC (2017) 23
2.1.4 How streaming media works. Source: AX components (2013) 35
2.2.5 Unified Theory of Acceptance and Use of Technology (UTAUT) Model 54
4.1.1 Respondents’ Choice of Internet Service Providers 84
4.1.2 Respondents’ Data Subscription Plans 85
4.1.3 Frequency of Data Subscription Renewal 85
4.1.4 Respondents’ Perception of Cost of Internet Data Plans 86
4.1.5 Respondents’ Awareness and Visit to TV’s Website 87
4.1.6 Extent Respondents Watch TV Programmes Online 87
4.1.7 Respondents’ Frequency of Accessing TV’s website or Other Online Platforms 88
4.1.8 Duration Respondents Watch TV Programmes Online 88
4.1.9 TV Stations Respondents Watch Online 89
4.1.10 Purposes Respondents Watch TV Online 89
1.1 Background to the Study
Advancement in computer technology has led to many innovations especially with the advent of the Internet. The proliferation of the Internet is changing different sectors in the world, the media industry inclusive. One of the innovative applications of the Internet to the media industry is television streaming- the practice by which television stations provide media contents online. Technological convergence as defined by Okoro (2006) is the “the continuous development in media technology aimed at bringing about a blend in technologies in the process of message delivery” p. 4. The implication of this is the meeting point between computer technologies and television leading to the formation of television streaming. Television streaming as described by Gerbarg and Noam (2003) is the “quintessentialdigital convergence medium puttingtogethertelevision,telecommunications,the Internet,computerapplications” p. xxi.
Before the advent of the Internet, television stations were limited by geographical boundaries and by signal strength of airwaves. For television viewers also, the feedback mechanism was either limited or delayed because not all the audiences could give their views or opinions about happenings around them. In addition, limited television programmes were available for television audiences, at a stipulated time. Thus, television audiences are often saddled with limited choice of television programmes and there was no alternative means of watching a missed programme. However, one major benefit of television streaming to media operators is that it creates a forum to a wider reach of audience because they are not restrained by on-air signal or coverage. As such, television stations’ contents that are streamed online can be viewed across geographical boundaries. To the audience, they also stand to benefit from watching television programmes on the Internet. The innovation of television streaming aid the audiences to watch their favourite television programmes regardless of wherever they are in the world as long as they are connected to the Internet. It also reduces the frequency by which audiences miss television programmes because they can now access missed favourite programmes using Video on Demand (VoD) television viewing on the Internet. With a laptop or a mobile phone, audience can connect to a television station’s website in order to watch programmes as television programmes can now be viewed on the move and this elevates television to a mobile medium status.
Ikpe and Olise (2010) andLivingstone(2003) observed that with television streaming, the scope of television coverage is enhanced; the geographical signal limitation of a television station is eliminated as it paves way for a broader and wider audience cutting across geographical boundaries. The need for the adoption of television streaming is imperative as the media audience is shifting from the traditional media to the new media due to its feedback mechanism which enhances interactivity among media professionals and media audiences. For a smooth streaming experiencehowever, Mirza and Beltrán (2014) argued that high-speed broadband technologies should be in place to enhanceindividual consumption. For this to be achieved, streaming media applications are compressed to be compatible with the end users’ Internet connectivity. This implies that streaming services take into consideration the availability and quality of Internet connectivity that the end users possess.
Vliet (2002) defined Internet as a global network through which millions of users exchange data with series of networks associated with an organisation. The Internet, as suggested by Pratama and Al-Shaikh (2012) is also the “symbol of technological era” p. 2. Popularity of the Internet in the 21st century has not only brought innovations to the media industry but to every sector of the economy. The Internet technology can be said to have changed the face of broadcasting with the conception of radio and television streaming. In a bid to tap into this technological era of Internet and to follow audience shift to the new media, broadcasters began to stream their contents online. For the audiences to view television programmes in a synchronised fashion on the Internet, it is required that there should be ubiquitous and affordable broadband (Gerbarg & Noam, 2003). While this may be taken for granted in the developed countries of the West for example, it however raises questions on infrastructures that are in place to enhance Internet access and connectivityin a country such as Nigeria.
Internet penetration, which largely can determine the extensive utilisation of the total broadband capacity available refers to the proportion of people that have access to the Internet and those that do not have access to the Internet. In addition, it measures the growth of Internet access in a given geographical region. Statistics have shown a rise in the number of people that access the Internet over the span of 15 years in Nigeria. For example, Internet World Stats (2016); Internet Society (2016) and Premium Times (2016) reported that Internet users as at August 2016 have increased to 93,524,398 on both Global System for Mobile communications (GSM) and Code Division Multiple Access (CDMA) networks. Internet users can thus access the Internet either using the mobile Internet platform or the fixed Internet known as the CDMA provided by telecommunication services. Internet users with existing Internet infrastructures can now access the Internet through computer devices such as smart phone, other mobile phones that have Internet features- tablets and laptops.
Studies have however shown that demographic characteristics of respondents such as age, education, income, employment status, gender and marital status determine the use of the Internet and the adoption of television streaming. This led to the summation of Penard, Poussing, Mukoko, Tamokwe (2013); Rhee and Kim (2004); Yang and Kang(2006)that the young, educated and employed are major users of the Internet because this class of people are expected to have the necessary computer skills needed for Internet operation and the adoption of television streaming. Television streaming adopters to an extent must also possess the technical skills needed in operating computer devices before they can opt for watching television programmes online. Viard and Economides (2011)also argued that Internet content will be more attractive to those that are educated and can read in English because most Internet contents are in English language. The demographic characteristics have led to what is called digital divide- “the gap between those who have effective access to and exploit the potential of IT and those who do not” (Niehaves&Plattfaut, 2014, p. 2).
The Internet Society, Nigeria Chapter (2016) and West (2015) also disclosed that some of the factors affecting Internet use in Nigeria are lack of technical know-how, cost of acquiring computer devices, high cost of Internet subscription and negative disposition arising from security related issues such as cybercrimes when using the Internet. Income level as argued by West (2015) are barriers in the use of the Internet and except low level income earners have access to free products and cheap devices, they may not have the privilege of accessing the Internet. On the other hand, expensive devices and high data cost can militate against Internet penetration among high income earners and where data subscription are available, it may not be used for television streaming as a result of the high amount of data needed to watch live programmes on the Internet.
1.2 Statement of the Problem
With rising globalisation, stiff competition and technological development, the television industry is not new to changes; it is witnessing transition from analogue to digital and more recently it is undergoing the transformation from delivery of contents on-air to delivery via the Internet. The growth of the Internet over the years paved way for the innovation of delivering television content via the Internet. Statistics published by Nigerian Communications Commission (NCC), (2016) showed that from year 2000 when Internet began to gain ground in Nigeria, Internet users have increased from 78,740 to 93,524,398 in August 2016. This increase has also placed Nigeria as the largest Internet user in Africa, (Abikoye & Salihu, 2016). This is evident as out 182,202, 000 of Nigerian residents, about half (52.1%) of thepopulation have access to the Internet as at August 2016.With the expansion of Internet access however, there are inadequate Internet infrastructure to sustain the continual growth of Internet access thereby leading to traffic congestion on existing Internet infrastructure; a negative implication for Internet broadband penetration. Internet broadband penetration as at October 2016 according to Executive Vice Chairman of the Nigerian Communications Commission (NCC), Prof. Umar Danbatta, it is projected that Internet broadband penetration would be at 30 percent by 2018. As a bid to further increase broadband access, Globacom (GLO) network in April 2016 and MTN Nigeria in October 2016 joined other Internet service providers such as Smile Communications, Spectranet, IPNX and Swift networks that have rolled out the 4G LTE technology in Nigeria. Presently, Globacom covers only subscribers in Lagos State and MTN covers Lagos, Abuja and Port Harcourt. While this is a notable development in Internet access, the 4G wireless technology has little significance on Internet broadband penetration until 4G can spread across the country.
In addition, National Broadband Plan (2013) acknowledged that the high cost of Internet access remains a fundamental reason why Internet is not available in every home. One of the reasons given for the high cost of Internet data is a result of monopoly in the telecommunication industry and regulation of data prices by NCC. But deregulation of the data prices by the NCC in October 2015 and removal of data floor price led telecommunication industries to set their own data prices. This has resulted in the reduction of data subscription cost. Airtel Nigeria was the first to reduce its cost of data subscription in May 2016, subsequently, other competitors followed suit. For instance, in May 2016 a thousand naira could buy more data than it could in 2015. Though this is a landmark achievement, large amount of data which is proportionally expensive is still needed to watch television programmes. Furthermore, the proposed communication tax in the heat of the present economic recession in Nigeria has implication for broadband access, cost of data subscription and television streaming.
While 4G wireless network is expected to provide wireless download speeds of about 1Gbps in local area network (LAN) and 100 Mbps in wide area network (WAN) which isabout 260 times greater than 3G wireless networks (Akintoye, 2013) 4G network is not evenly distributed. These existing challenges of Internet penetration can mitigate the extent to which television stations can actively get involved in live streaming of programmes because it is paramount for television operators to have access to steady broadband facilities. In addition, with low speed Internet connectivity, poor existing Internet infrastructure and digital divide in rural and urban centers (ITU, 2015; Mirza and Beltrán, 2014; Maciejewski, Fischerand Roginska, 2014), television stations may find it challenging adopting television streaming. As such, how readily accessible are television live and on-demand streams to Internet users and to what extent do respondents have the necessary computer literacy skills needed to adopt television streaming? With audience shift to new media technologies as a result of its interactivity and enhanced feedback, do they find television streaming easy to adopt and useful especially with the size of data subscription which is proportionally costly to watch television programmes online? Past studies on new technology often approach it from the economic and technological side while consumers’ needs which determine the success of television streaming is often neglected (Yang & Kang, 2006). More so, studies have shown that demography of audience such as income, age, gender and educational status go a long way in influencing Internet usage.
These questions demand answers because television viewing is shifting from the confines of the sitting room to anywhere as long as the viewer is connected to the Internet (ITU, 2015).While developing countries are still striving to adopt television streaming which is Internet driven, non- ubiquitous broadband Internet connectivity will negatively impact smooth access to television streaming of programmes which may further discourage Internet users from watching television programmes on television stations’ websites. Based on the above, the researcher studied the influence of Internet penetration on the adoption of Television Streaming among stakeholders in selected states in South-West Nigeria.
1.3 Objective of the Study
The general objective of this study was to find out the influence of Internet penetration on the adoption of television streaming among stakeholders in South-West Nigeria. The specific objectives are to:
1.4 Research Questions
H1 Availability of Internet Infrastructure significantly influences residents’ adoption of television streaming
H2 Access to the Internet significantly influences the adoption of television streaming by residents in South-West Nigeria
H3 Broadband Penetration significantly influences adoption of television streaming among residents in South-West Nigeria
H4 The cost of data subscription significantly influences residents’ adoption of television streaming
H5 Internet Penetration when moderated by attitude of residents in South-West Nigeria significantly influences their adoption of television streaming
H6 Demographic characteristics significantly influence residents’ adoption of television streaming
H7 Computer literacy skills significantly influences residents’ adoption of television streaming in South-West Nigeria.
H8 Perceived Usefulness significantly influences respondents’ adoption of television streaming in South-West Nigeria.
H9 Ease of Use significantly influences residents’ adoption of television streaming in South-West Nigeria.
H10There is a significant difference in adoption of television streaming by demographic characteristics across residents in South-West Nigeria.
1.6 Significance of the Study
This study examined the extent to which Internet Penetration influenced the adoption of television streaming among stakeholders in South-West Nigeria. Television in Nigeria is recently gaining ground and as such, few studies have measured the extent to which Internet Penetration influences the adoption of television streaming. As such, the findings of this study would therefore be of immense benefits to the researcher as it would enable the researcher to expand the frontier of research in the field of television streaming. It would also provide empirical data for other researchers upon which further studies on New Media and Information and Communication Technologies in Nigeria could be conducted. Data from this study would also enrich the data bank of International Telecommunications Union (ITU) regarding Internet penetration in South-West Nigeria. This would provide ITU with statistical figures that could be used in ascertaining Internet penetration in Nigeria.
This study would be beneficial to Nigerian Communications Commission (NCC), National Broadcasting Commission and Internet Service Providers as it would show the extent to which Internet access have penetrated the studied areas. At the same time, the findings from the study would provide data on the challenges stakeholders encounter in accessing the Internet and reveal the extent to which the demographic characteristics of respondents influences the Internet penetration. This information would therefore aid NCC and Internet Service Providers on the need to improve on existing communication policies that will improve Internet infrastructure in the country. This in turn would enhance Internet access, pave way for high speed Internet connectivity and reduce the cost of Internet access.
It would also help television stations to know the access and adoption pattern of television streaming among Internet users. It would also help television stations to know how study participants view the concept of television streaming. Findings would also help television stations to discover the challenges that Internet users encounters while trying to view streamed contents on their websites and to improve on those areas in order to pave way for a good streaming experience.
1.7 Scope of the Study
This study on influence of Internet Penetration on the adoption of Television Streaming among stakeholders had South-West Nigeria as its focus. The stakeholders involved in this study were residents aged 18 and above and television stations in South-West. Ages 18 years and above were considered for this study because it is the standard age for adulthood and independence to a large extent. In addition, in the cultural context of Nigeria, children below the age of 18 years are largely dependent and under control mechanisms that are put in place by parents and guardians to regulate what they watch.
Out of the six states in South-West Nigeria, two stateswere selected using the simple random sampling technique. On the other hand, three television stations were selected from three states in South-West- one federal government owned television station, one state owned and one privately owned television station. This study was from January 2016 to January 2017. This is to ensure that literature consulted is in tandem and within the period in which data was collected.
South-West Nigeria was chosen for this study because fibre optics cables that supply West Africa Aggregation of broadband infrastructure is in the West Coast of Nigeria. This suggests that the West have access to infrastructure than other geographical zones and thus Internet access is expected to be more prominent in the West.
1.8 Operational Definition of Terms
Internet Penetration: Internet Penetration refers to the spread of Internet. It means the extent to which study participants in South-West Nigeria have access to the Internet. Internet Penetration however is a latent variable as it is made up of several other variables and as such cannot be measured directly. As such, Internet Penetration which is the independent variable was determined by
X= Independent variable
X1= the number of study participants that access the Internet,
X2= availability of Internet Infrastructure
X3= Broadband Internet connection
X4= Cost of Access
Adoption: In this context, adoption is the dependent variable and is classified into two. First is adoption on the part of television stations which is the use of television streaming as a means of distributing media content to viewers via the Internet. This was measured by the frequency in which television stations upload their television programmes on the Internet. Secondly, for South-West residents who are Internet users, adoption refers to viewing television programmes on selected television stations via the Internet. This was measured by the rate at which Internet users go to television stations’ websites to watch their favourite programmes.
Influence: Thisrefers to the extent to which Internet penetration determine stakeholders’ adoption of television streaming. This was measured using stakeholders’ access to Internet infrastructure, frequency of television stations’ streaming and frequency of audiences’ adoption of television streaming.
Residents: These are people from 18 years and above living in the selected streets across the selected wards.
Television Streaming: This involves the ability of selected terrestrial television stations to make their programmes available live or on demand online to their viewers. This is a manifest variable and as such was measured directly. Television streaming also refers to Internet television and used interchangeably in the context of this study.
Stakeholders: Stakeholders for the purpose of this study are residents in South-West Nigeria, Chief Engineers in NTA Ibadan, Television Continental and Lagos State Television.
Internet Infrastructure: This refers to the existing Internet equipment that are in place to enhance Internet access, such as fibre optics cables, Internet routers, wireless spectrum, electricity and computer devices. This was also measured through the channels with which respondents gained access to the Internet, either through wireless telephone technology (3G or 4G on GSM, Wi-Fi) and Wired Telephone technology such as cable Internet connection.
Broadband Penetration: This refers to the availability of high speed Internet access that enables Internet users to view television programmes on television stations websites in real time at a minimum speed of 1.5 Mbit/s”.
Attitude: This is the perception and disposition of respondents towards television streaming. It is a moderating variable in this context and was measured by physical reasons such as lack of interest about television streaming, beliefs, likeness and readiness to adopt television streaming.
Access to the Internet: This means ways through which Internet is made available to the respondents. This was measured using individual or organisational subscription patterns- different types of bouquet data subscription available on selected telecommunication Internet service providers and the frequency of subscription by respondents. This was measured daily, weekly, monthly and by the size of data bundle subscribed to.
Metropolitan: These are Local Government areas that are urban in nature with characteristics and features of urban settlement such as high concentration of small and medium scale enterprises. They are industrialised by nature. The residents of these local government areas have the likelihood to possess the technological know-how to operate computer devices and have essential social services.
Non Metropolitan: These are Local Government areas that by nature have less urban settlements and have two or more of the following characteristics: core traditional areas, dilapidated buildings, poor sanitation, inadequate health facilities, slum settlements, high level of illiteracy and low level of socio-economic activities.
Extent to which Residents watch television streaming: This implies the frequency and exposure of residents in South-West Nigeria to traditional television contents online. This was measured by the number of hours spent in watching television on the Internet, the degree to which a respondent accepts the statement made and frequency of watching, using very large extent, large extent and low extent. To a very large extent means that respondents heavily support the assertion under query, to a large extent means respondents moderately accept the statement under query and low extent implies respondents, to a low or fair degree, concede to the questionnaire item.
Factors influencing adoption: For this study, factors imply other variables aside from Internet penetration than can influence adoption of television streaming. This was measured by computer literacy skills, Ease of use and perceived usefulness.
Computer Literacy: It is the extent to which study participants have the necessary computer skills required to operate a computer gadget and watch television programmes on television stations’ websites. This was measured through respondents’ understanding and knowledge of computer gadgets.
Ease of Use: This refers to the manner in which respondents can easily watch television programmes on the Internet without putting in much effort and with no difficulty. This was measured through a television stations’ website outlook and the simplicity or difficulty required to access television programmes on television stations’ websites.
Perceived Usefulness: It means respondents’ need, control and relative advantage of television online contents. It was measured through watching television online as a result of missing favourite programmes, having a choice of what to watch and enhanced feedback.