Abstract:This study focuses on better development of green buildings. The key to the sustainable development of the construction industry is to popularize and promote the spread of green building technologies (GBTS) in the construction market. This study integrates the technology acceptance model (TAM) and the innovation diffusion theory (IDT) to analyze and construct the theoretical model of developers’ GBTS adoption behavior from three dimensions, including the individual factor, product factor and interface factor. … Show more
“…The United States Environmental Protection Agency (USEPA) has defined green building as "the practice of creating structures and using processes that are environmentally responsible and resource-efficient throughout a building's life-cycle from siting to design, construction, operation, maintenance, renovation, and deconstruction" [7]. Green buildings, which are considered as the upgrading of traditional buildings [8], concentrate on five sustainable goals: energy saving, land saving, water conservation, material saving, and environmental protection [9]. The distribution of certified green buildings can directly reflect the regional green building development.…”
As an effective measure to reduce energy and material consumption, green building has drawn much attention all over the world. Under the background of ecological city construction, the development speed of green building is extremely high in China. However, it is unclear about the overview of regional green building development. This study puts forward an evaluation model to scientifically measure the regional development of green building. The rough set theory and the catastrophe progression method optimized by entropy method are utilized in the model. A case study is conducted to clarify the application of the evaluation model, and the spatial distribution of regional green building development in 2015 is shown in the end. The result shows that the evaluation model is scientific and applicable. The spatial distribution of green building development in China was uneven. Green building development concentrated on the Beijing-Tianjin-Hebei area, Jiangsu-Zhejiang-Shanghai Area, Guangdong and Chongqing. Tibet was almost the bottom in every aspect, but it performed the best in economic efficiency. This study not only contributes to the research area of green building development, but also helps to promote green buildings in practice.
“…The United States Environmental Protection Agency (USEPA) has defined green building as "the practice of creating structures and using processes that are environmentally responsible and resource-efficient throughout a building's life-cycle from siting to design, construction, operation, maintenance, renovation, and deconstruction" [7]. Green buildings, which are considered as the upgrading of traditional buildings [8], concentrate on five sustainable goals: energy saving, land saving, water conservation, material saving, and environmental protection [9]. The distribution of certified green buildings can directly reflect the regional green building development.…”
As an effective measure to reduce energy and material consumption, green building has drawn much attention all over the world. Under the background of ecological city construction, the development speed of green building is extremely high in China. However, it is unclear about the overview of regional green building development. This study puts forward an evaluation model to scientifically measure the regional development of green building. The rough set theory and the catastrophe progression method optimized by entropy method are utilized in the model. A case study is conducted to clarify the application of the evaluation model, and the spatial distribution of regional green building development in 2015 is shown in the end. The result shows that the evaluation model is scientific and applicable. The spatial distribution of green building development in China was uneven. Green building development concentrated on the Beijing-Tianjin-Hebei area, Jiangsu-Zhejiang-Shanghai Area, Guangdong and Chongqing. Tibet was almost the bottom in every aspect, but it performed the best in economic efficiency. This study not only contributes to the research area of green building development, but also helps to promote green buildings in practice.
“…In this study, adoption process of potential digital banking users are explained through perceived usefulness, perceived ease of use and social influence from the theoretical framework of TAM (Davis, 1989) and compatibility, trialability and observability from the IDT (Rogers, 2003). The integration of TAM and IDT models for analysing individual readiness in adoption of new technology have been tested for the usage of smart home (Hubert et al, 2018), Uber mobile application (Min, So, & Jeong, 2019) and green building technology (Wang, Zhang, Su, & Deng, 2019). This will be the first study to apply both theoretical models in determining factors influencing behavioural intentions towards adopting digital banking services based on Malaysian perspectives, as shown in Figure 1.…”
Digital banking will be a disruptive digital transformation to Malaysians as the country is widely regarded as cash-based society. It is unknown on the factors that could influence behavioural intention towards adoption of digital banking services among Malaysian. This research aims to investigate the relationship of core constructs such as trialability, compatibility, observability, perceived usefulness, and perceived ease of use with consumer's intention to adopt digital banking services. This will be the first study in Malaysia to understand the public perception regarding digital banking service based on technology acceptance model (TAM) and innovation diffusion theory (IDT). The results obtained in this study demonstrated that perceived ease of use, compatibility and observability are important explanatory variables to influence the behavioural intention to adopt digital banking services. The study showed some practical implications that may be useful for policy makers, bankers and fintech players to design or participate in policy that can motivate adoption rate of digital banking services among Malaysian. Contribution/ Originality: This study documents the supporting evidence of key factors influencing behavioural intention towards adoption of digital banking services in Malaysia based on theoretical framework of TAM and IDT models. Digital banking allows the use of technology to conduct banking transactions in a smooth manner (Alkhowaiter, 2020) yet there remains some insufficient steps and demand-side factors prevents the uptake of cashless technology (Widjaja, 2016). Moreover, public perception of a completely new digital banking service among Malaysian is not explored in the past studies. The services offered by the financial institutions also continue
“…-(TI) Technology information, companies are using data make enhanced decisions, increase productivity, better jobsite safety, and decrease risks can resolve Structure failure, falling from the rooftop while working in a restricted space with (TI) organizations can be able to turn the information they have gathered over the time-period and forecast future results on projects lifecycle [8].…”
Section: Construction Technology Acceptance In the Construction Industrymentioning
confidence: 99%
“…Still, numerous bodies are uncertain in what way these technologies can get expended. Former studies examined c-tech background reacceptance and putting into practice from several factors [8]. Maximum of the former revisions focused on architects and the entire engineering.…”
All zones worldwide are working through a once again industrial revolution which is called "Industry 4.0". It is proposed to have a huge impact on engineering, commercial and standards of livelihood. With the rise and spread of technologies, companies are investing in Construction technologies (c-techs). Still, the success of c-techs relies on individual' acceptance and adoption of technologies. As per the research of Fortune 500 information construction sector, says that the major hurdles industries are facing are the adoption and rejection of the new technologies. This paper aims to measure the behaviour and actual usuage of individual engineers in acceptance and rejection of certain c-tech, within the framework of Technology acceptance model (TAM) constructs and the extended TAM determinant facilitating condition. The results suggested that strategists and designers must consider that construction technology factors are critical for the success of the business.
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