Therefore, it is computationally less complex to train the SVM model and make predictions.
Accordingly, the thermal degradation reaction mechanisms are complex and therefore it is necessary to simplify input parameters and physical properties in order to simulate the largest possible influence on the overall kinetic characteristics of biomass pyrolysis including tobacco [8, 9].
Therefore, it is a complex and inefficient approach to managing several nodes by only one centralized controller with limited memory and battery power.
Manufacturing plants are complex repairable systems, and therefore, it is difficult to evaluate their performance metric including reliability and availability.
Therefore, it is necessary to hydrolyse the complex carbohydrates in POME prior to fermentation to aid or speed up the microbial process.
Therefore, it is necessary to analyze the complex interaction between IM loads and TVC in a STATCOM under the weak grid conditions.
Because of many reasons such as the non-renewable structure of oil and gas resources, prediction of scientists about lack of resources in the near future, etc., oil and gas conflicts occurring in the real world are often complicated; therefore, it is indispensable to describe these complex models with less-complicated game theory models.
The reconstruction algorithm has been implemented by using a Finite Elements Method, and therefore, it is suitable to reconstruct more complex geometries, such as the case of in vivo small animal imaging.
It is complex and therefore requires 2N memory locations.
In the real world, the complex networks are composed of a large number of interconnected fractional-order dynamical units; therefore, it is necessary to investigate fractional-order complex dynamical networks.
