The transmission of infections caused by infected species or arthropoda, such as ticks, blackflies, sandflies, mosquitoes, and triatomine bugs, is known as vector-borne diseases. Arthropod vector is responsible in tra...
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The transmission of infections caused by infected species or arthropoda, such as ticks, blackflies, sandflies, mosquitoes, and triatomine bugs, is known as vector-borne diseases. Arthropod vector is responsible in transmitting the most harmful illnesses that affect people as well as animals. This results in a significant impact on human health, leading to increased mortality rates and various side effects, ultimately reducing the life expectancy of people. This article proposes a novel approach to predict vector-borne diseases using medical data. The approach combines the Sine Cosine as well as Spotted hyena-based Chimp optimizationalgorithm (SSC) as well as hybrid Support Vector Machine-based Random Forest (SVM-RF) approach. The SSC algorithm is designed by incorporating three different algorithms, namely the Chimp optimizationalgorithm, the Spotted hyena Optimizer algorithm, and the Sine Cosine algorithm (SCA). The proposed hybrid SVM-RF classifier approach accurately detects vector-borne diseases. Using the vector-borne dataset, the proposed SSC-optimized hybrid SVM-RF approach outperformed other approaches with values of 92, 93.25, 92.53, and 91.52%, respectively. Overall, the proposed approach has significant potential in predicting and diagnosing vector-borne diseases, which can ultimately lead to improved public health outcomes.
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