Research Publications

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Now showing 1 - 4 of 4
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    PublicationOpen Access
    Psychedelics in Practice: Science, Safety, and the Future of Healing
    (School of Psychology. Faculty of Humanities and Sciences, SLIIT, 2025-10-10) Ireland, R
    Psychedelic-assisted therapies are re-emerging as credible options in psychological care amid a high global burden of mental ill-health and limited response to first-line treatments. Once marginal, psychedelics are now part of mainstream research and policy debate, while remaining illegal or tightly restricted in many jurisdictions. Classic and atypical compounds (e.g., psilocybin, MDMA) act via mechanisms that include 5-HT2A–mediated effects, default mode network modulation, increased global connectivity, and a timelimited neuroplasticity window that psychotherapy can harness. Evidence for clinical applications spans treatment-resistant depression, PTSD, end-of-life anxiety, and addictions. Central to positive outcomes is the therapeutic frame, including preparation, supported dosing, and structured integration, rather than medication alone. Risks and contraindications, regulatory realities, and cultural–ethical considerations (including acknowledgement of Indigenous knowledge and equity of access) will be addressed. Implications for practice will be highlighted, alongside succinct directions for future research.
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    PublicationOpen Access
    UNDERSTANDING CONSTRUCTION SITE SAFETY HAZARDS THROUGH OPEN DATA: TEXT MINING APPROACH
    (researchgate.net, 2021-10) Rupasinghe, N. K. A. H; Panuwatwanich, K
    Construction is an industry well known for its very high rate of injuries and accidents around the world. Even though many researchers are engaged in analysing the risks of this industry using various techniques, construction accidents still require much attention in safety science. According to existing literature, it has been found that hazards related to workers, technology, natural factors, surrounding activities and organisational factors are primary causes of accidents. Yet, there has been limited research aimed to ascertain the extent of these hazards based on the actual reported accidents. Therefore, the study presented in this paper was conducted with the purpose of devising an approach to extract sources of hazards from publicly available injury reports by using Text Mining (TM) and Natural Language Processing (NLP) techniques. This paper presents a methodology to develop a rule-based extraction tool by providing full details of lexicon building, devising extraction rules and the iterative process of testing and validation. In addition, the developed rule-based classifier was compared with, and found to outperform, the existing statistical classifiers such as Support Vector Machine (SVM), Kernel SVM, K-nearest neighbours, Naïve Bayesian classifier and Random Forest classifier. The finding using the developed tool identified the worker factor as the highest contributor to construction site accidents followed by technological factor, surrounding activities, organisational factor, and natural factor (1%). The developed tool could be used to quickly extract the sources of hazards by converting largely available unstructured digital accident data to structured attributes allowing better data-driven safety management.
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    PublicationEmbargo
    Motorcyclists Safety Assistant App
    (IEEE, 2020-11-04) Fernando, A. H. V; Muthuarachchi, M. D. C; Anandakumar, D. R; Chamalka, W. N. R. B; Gamage, M. P. A. W; Amarasena, N. C
    Motorcycles are an important part of daily transportation. They are specially used to avoid traffic congestions downtown and most of the individuals tend to use a motorcycle because it takes less time to get to the destination. The rapid increase of motorcycle usage has led to a significant increase in the number of motorcycle-related accidents and fatalities. The reasons for accidents which were considered are speeding, collision with objects, lack of focus or drowsiness where only the rider's head is protected but not the body. And accidents may lead to death when help is not called immediately. By considering these, author introduces a Motorcyclists Safety Assistant Application (MSAA). This research tries to address four major factors that caused most road accidents and fatalities in Sri Lanka. They are excess speed, 360-degree threat detection, motorcyclist safety balloons, and emergency alert system. Here, MSAA can detect the vehicle's real-time speed and inform the user when a certain speed limit has been exceeded. Also, it has proposed a system which automatically detects threats that occur in each collision and alerts the rider via visual and audio cues. Moreover, the next system will be focusing on safeguarding the rider's body by inflating an airbag which will be connected to the rider's jacket. An automatic alert system is also introduced where the main objective is to mitigate the consequences of accidents by sending a message to the registered mobile using wireless communication techniques and checks whether an accident has occurred using vibration frequency limits. Location will be sent through the tracking system to cover the geographical coordinates over the area. The proposed domain successfully contributes to a drastic reduction in road accidents. The ultimate objective is to create a better future for everybody through road safety. The survey conducted to test the user satisfactory level, demonstrated high user satisfaction.
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    PublicationEmbargo
    Smart Backpack for Travelers
    (2020 2nd International Conference on Advancements in Computing (ICAC), SLIIT, 2020-12-10) Gunarathne, P.D.R.P.; Amarasuriya, R.M.C.I.; Wickramasinghe, W.A.D.D.; Witharana, A.H.T.N.; Abeygunawardhana, P.K.W.
    Smart backpack is an application-specific design which guarantees a safe journey for travelers. The smart backpack has a different combination of services connected to a single system. It has a unique design that helps to fulfill its services. The system provides the health status of travelers and environmental status by measuring the quality level of the nearby atmosphere. As a security feature, it contains a human detective sensor-based security system. As well as the research consists of an undying power resource which charges by solar cells, the power source can be used to power up the system and to recharge traveler's devices through a USB power outlet. The Backpack has a user-friendly mobile application. This system also provides a health monitoring feature, which monitors the heart rate and body temperature of the traveler. The traveler can share his/her health status with the system and compute the real-time health condition from the outputs of the health sensors integrated into the backpack. The bag model design and building play a major role and has removable unique mini compartments for all hardware components. It should carry maximum weight with minimum pressure for the back of the traveler with minimum cost.