Abstract: Mobile banking has entered the industry as a novel remote method for related activities. Usable and reliable user interfaces for mobile banking application should be designed by implementing user-centered designmethodologies. Visual components such as icons would reduce the possible interaction problems. The aim of this study is designing icons and user interfaces for mobile banking applications with the actual users’ participation. The process consists of task analysis, an icon design survey, final icon design, and evaluation, and the installation of the mobile banking application with the icons. Financial experts attended to the task analysis while the icons were designed with the potential users. Another group of participants tested the understandability of the final icons. Three screen layouts were designed with the implementation oficons, and the user interface was completed. It is crucial to encourage clients for the use of mobile banking services by improving the usability of th

• Publication Date: 05-Jan-2014
• DOI: 10.15224/978-981-07-8859-9-18
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Abstract: The computation process is aimed to optimise the process to increase the efficiency according to the applications. The operational management techniques are generally used for the process optimization and find the maximum level with minimum efforts. The maximization process is used various process in computing process. The maximization and load balancing approach is cognitive process. Cognitive process is involved in theneuron activation and execution of human behaviour. The combination of neuroscience, Supercomputing and nano technologies is involved in the cognitive computing. But the design architecture involved the computational approach to increase the speed of computing while neurons are communicated one with another at a instance .The activation process based on the selection of neuron which are expected to activate in theinstance of time. This work attempted to increase neuron activation process through cluster techniques to identify similar process neuron from the Magnetic Res

• Publication Date: 05-Jan-2014
• DOI: 10.15224/978-981-07-8859-9-19
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