Browsing by Author "Manage, R"

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IELTF: An ICT-based Framework to Leverage English Language Education in Sri Lanka
(IEEE, 2018-08-08) Weerakoon, U; Manage, R; Wijekoon, J
This paper aims to develop an ICT based English Language Teaching Framework (IELTF) for the students of Sri Lanka to overcome the complications of learning English language in secondary education. The English language is an international language and proper English education is essential for the betterment of the students lives. According to a survey (using both students and English teachers) and several research findings, we observed that there are several issues in the English education in Sri Lanka for the students who are following their secondary education. Such phenomenon make the most students struggle learning and understanding the English language, and hence, the teachers struggle teaching the English Language effectively. Recently Information and Communication Technology (ICT) is gaining momentum upgrading societies to the smart societies. To this end, this paper proposes a novel notion of using ICT for effective English education and thereby improve the teaching and learning quality of the English language in Sri Lankan secondary education.
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Smart saline management system
(IEEE, 2018-04-11) Amarasekara, C; Manage, R; Abeywickrama, C; Perera, R; Achchige, R. A. S. R; Wijekoon, J
Supplying the correct amount of vital nutrition at the correct time is the most fundamental and important requirement for the hospitalized patients. Among those treatments, saline therapy is the most important treatment many patients receive from the hospitals. It is a fact that, in almost all hospitals of Sri Lanka, an assistant or a nurse, among other assigned health care duties, are responsible for monitoring the saline supplied for each patient. Unfortunately, there are some critical situations, i.e., patient's blood refluxing back into the saline tubing system, patients had to experience because of the observers' mistake due to their busy schedules. Nonetheless, the traditional method of supplying saline is also proven not accurate because the saline drop rate for a patient has been adjusted by looking at the drops falling speed in the drip chamber. The proposed system facilitates a sophisticated method of controlling saline drop rate by monitoring the saline system remotely by using IoT.