Modeling of the Vegetable Oil Blends Composition
Journal Title: International Journal of Advanced Computer Science & Applications - Year 2019, Vol 10, Issue 8
Abstract
The article presents a computer modeling of blends of vegetable oils for treatment-and-prophylactic and healthy nutrition. To solve this problem, based on biomedical requirements, models of vegetable oil blends have been developed, taking into account the required chemical composition, mass fractions of the main components of the product, structural correlations of the biological value of blends according to the criterion of fatty acid compliance (omega-6 to omega-3). The problem was solved by the method of complete enumeration (brute force), which belongs to the class of methods for finding a solution by exhausting all sorts of options. An automated research system has been developed and implemented to model the composition of mixtures of vegetable oils in accordance with a given target function of the ratio of omega-6: omega-3 polyunsaturated fatty acids (PUFAs). The use of an automated system allowed us to model prescription formulations of blends of oils, taking into account the constraints set and a given goal function. In this study, three alternatives were obtained for a blend composition with omega-6: omega-3 in the first and second variant 5: 1, and in the third - 10: 1, which makes it possible to use them for healthy and therapeutic nutrition.
Authors and Affiliations
Olga S. Voskanyan, Igor A. Nikitin, Marina A. Nikitina, Maria V. Klokonos, Daria A. Guseva
Keywords
Related Articles
- EP ID EP626593
- DOI 10.14569/IJACSA.2019.0100819
- Views 100
- Downloads 0
Implementation of a Formal Software Requirements Ambiguity Prevention Tool
The success of the software engineering process depends heavily on clear unambiguous software requirements. Ambiguity refers to the possibility to understand a requirement in more than one way. Unfortunately, ambiguity i...
Finite Element Analysis based Optimization of Magnetic Adhesion Module for Concrete Wall Climbing Robot
Wall climbing robot can provide easier accessibility to tall structures for Non Destructive Testing (NDT) and improve working environments of human operators. However, existing adhesion mechanism for climbing robots such...
3D Face Compression and Recognition using Spherical Wavelet Parametrization
In this research an innovative fully automated 3D face compression and recognition system is presented. Several novelties are introduced to make the system performance robust and efficient. These novelties include: First...
Rating Prediction with Topic Gradient Descent Method for Matrix Factorization in Recommendation
In many online review sites or social media, the users are encouraged to assign a numeric rating and write a textual review as feedback to each product that they have bought. Based on users’ history of feedbacks, recomme...
Study of Chaos in the Traffic of Computer Networks
Development of telecommunications technology currently determines the growth of research with an aim to find new solutions and innovative approaches to the mathematical description of the processes. One of the directions...