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    Farming Through Technology Driven Solutions For Agriculture Industry Ceylon E-Agro mobile application-find technology based solutions for agricultural problems
    (Institute of Electrical and Electronics Engineers, 2022-09-16) Imalka, L.A.; Gunawardana, K.G.A.; Kodithuwakku, K.M.S.K; Arachchi, H.K.E; Harshanath, S.M.B; Rajapaksha, S
    Many developing countries are based on the agricultural sector. More than 60 percent of the population depends on this sector. This project is focused on maize cultivation. In agriculture, farmers play the most important role. Currently, farmers are facing many problems related to maize cultivation in Sri Lanka. This mobile application will help the maize farmers to overcome these difficulties and provide a good consumer demand for maize cultivation. Through this mobile application, the farmer can find solutions for pest & diseases in maize, fire threat in the farm field. AI based Agri Agent will be provide real-time solutions, bring the farmers and the buyers into the one platform, and provide price prophesying, price index feature. IoT based smart farming features will be provided to remain soil moisture and quality of soil for maize plantation.
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    Analyzing transport layer protocols to create an API to satisfy timed response in dynamic requirements of wireless networks
    (IEEE, 2014-12-11) De Silva, D. H; Ahamed Ishak, M. M; De Silva, G. C. M; Suranjith, A. V. S; Herath, H. M. H. S
    In modern systems it is very vital to have an efficient data transmission mechanism. This becomes more critical factor when it is involved with a system like a way finding application for vision impaired people or a medical system that notifies the doctor's smartphone when the patient's heart rate goes down. The size of the data that is used frequently by the mentioned systems is relatively small. Additionally it might take more time for connection establishment despite of the requirement of urgency. Thus this kind of data transmission is not ideal for such systems. Therefore this diversity of data transmission makes a special category of systems that needs a reliable, efficient data transfer mechanism since requirements of those systems such as low latency, reliability are not being fully satisfied by the current Transport Layer Protocol (TLP) selection mechanism.
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    FIMAA: Four-way Integrated Mobile Authentication API
    (IEEE, 2019-12-05) Kariyawasam, L; Moonamaldeniya, M; Samarawickrama, V; Premalal, S. H; Rupasinghe, L; Abeywardena, K. Y
    In this era of the digital world, mobile device users have been increased to a significant number. This proposed system presents a hybrid authentication approach which can be considered as a combination of silent authentication and input based authentication to enhance mobile security in android mobile applications. A four-way integrated mobile API introduces the gait patterns and location traces as well as the image context and face ID-based emotions of the user. This application silently authenticates the exposed location trace and gait patterns of the user while other ear and emotion inputs will be prompted to end-user accordingly with input authentication.