Theses

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Postgraduate students are required to submit a thesis as part of fulfilling the requirements of their respective postgraduate degree programmes. This community features merit-based graduate theses submitted by SLIIT postgraduate students. Abstracts are available for public viewing, while the full texts can be accessed on-site within the library.

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    PublicationOpen Access
    Analyzing the Influence of Automated Water Distribution Systems on Precision irrigation for Orchids A Case Study Using Dendrobium Phalaenopsis Orchid Group
    (SLIIT, 2024-12) Maleesha, R. P. G. S.
    This research seeks to establish the efficiency of an automated water treatment of the Dendrobium Phalaenopsis orchids using remote monitoring and controlling through a dash- board in Audino Cloud. Soil moisture, temperature and humidity levels in the terrain are Other environment factors monitored and the application controls water discharge in response to the results. Water is only added once the soil moisture level gets to a low level of 30 percent as to avoid unnecessarily using water. The system Water Use Efficiency was 60 to 95 percent, thus the system was good at maintaining the moisture level without wasting much water. Temperature ranged from 22-28 and humidity ranged from 40-95 percent affected water demand but the system took into consideration the soil moisture values. It operated correspondingly under principles of precision irrigation that is they provided water where it was needed and when it was needed. , which might be added in the future to the algorithm parameters, include temperature and humidity, as well as predictions of possible changes to environmental climates for even greater water savings. Through the results, it is noticed the prospect for automation supply systems to reestablish the cultivation practices of orchids, having special concern with the rational use of resources and sustainability in the agricultural activity
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    PublicationEmbargo
    Emerging Technologies and their Influence on User Satisfaction in Mobile Banking Apps
    (SLIIT, 2024-12) Wickramasekera, T N
    This thesis investigates the impact of emerging technologies—Augmented Reality (AR), Biometric Authentication, Artificial Intelligence (AI), and the Internet of Things (IoT)—on user satisfaction within mobile banking applications. Using the Technology Acceptance Model (TAM) as a conceptual framework, the study examines how these technologies influence key TAM variables, specifically Perceived Usefulness (PU) and Perceived Ease of Use (PEOU), to ultimately shape user satisfaction. The research collected data through a structured questionnaire, capturing users' perceptions of each technology’s contribution to their mobile banking experience. Findings indicate that these technologies significantly enhance PU and PEOU, indirectly fostering greater user satisfaction. Specifically, AR and AI were found to improve both PU and PEOU by offering more intuitive and responsive interactions. Biometric Authentication simplified access and increased trust, while IoT expanded the accessibility and functionality of mobile banking. This study contributes to mobile banking literature by integrating multiple technologies within a single TAM-based framework, demonstrating that modern technological features can act as pathways to enhance user experience. Practical implications suggest that mobile banking providers can benefit from incorporating these technologies to create more user-friendly, secure, and personalized apps. In conclusion, as mobile banking continues to evolve, leveraging these innovations is essential to meet the demands of today’s digital-savvy consumers, offering insights for future developments in mobile banking technology.