Hybrid Model for Predicting Educational Use of Mobile Cloud Computing Services in Higher Education.
Muhammad BurhanRazwan Mohmed SalahSruja l PatelSyed AltafAli A. AlwanShayma Ismail AliPublished in: ICR (2022)
Keyphrases
- higher education
- hybrid model
- cloud computing
- service providers
- internet services
- middleware architecture
- learning technologies
- mobile learning
- e learning
- m learning
- computing resources
- tertiary education
- blended learning
- private cloud
- higher education institutions
- cloud platform
- network access
- cloud services
- corporate training
- computing infrastructure
- data center
- distance learning
- artificial neural networks
- service level agreements
- mobile services
- web based teaching
- online learning
- data management
- utility computing
- context aware
- mobile applications
- learning in higher education
- learning management systems
- mobile technologies
- mobile phone
- mobile devices
- distance education
- support vector regression
- support vector machine svm
- service oriented
- neural network
- computing environments
- smart phones
- software as a service
- support vector machine
- web services
- ubiquitous computing
- mobile users
- wireless networks
- user experience
- mobile computing
- end users
- learning process
- learning analytics
- learning environment
- virtual machine