Search

Your search keyword '"Henrietta, H. Mary"' showing total 14 results
Start Over Author "Henrietta, H. Mary" Publication Year Range Last 3 years
14 results on '"Henrietta, H. Mary"'

1. A Robust Self-generating Training ANFIS Algorithm for Time Series and Non-time Series Intended for Non-linear Optimization

Author

Raj, A. Stanley, Henrietta, H. Mary, Kacprzyk, Janusz, Series Editor, Gomide, Fernando, Advisory Editor, Kaynak, Okyay, Advisory Editor, Liu, Derong, Advisory Editor, Pedrycz, Witold, Advisory Editor, Polycarpou, Marios M., Advisory Editor, Rudas, Imre J., Advisory Editor, Wang, Jun, Advisory Editor, Abraham, Ajith, editor, Hong, Tzung-Pei, editor, Kotecha, Ketan, editor, Ma, Kun, editor, Manghirmalani Mishra, Pooja, editor, and Gandhi, Niketa, editor

Published
2023
Full Text
View/download PDF

7. An investigation of inventory optimization by using geometric programming technique with decagonal fuzzy number representation.

Author

Henrietta, H. Mary, Kalaiarasi, K., Sumathi, M., Jayamani, V. N., and Raj, A. Stanley

Subjects
*GEOMETRIC programming, *FUZZY numbers, *GEOMETRIC approach, *INVENTORIES, *INVENTORY costs, *NONLINEAR programming, *ADAPTIVE fuzzy control
Abstract

Inventory optimization focuses on stabilizing the stockpile management in the company with the expenditure involved in a successful volatile system. The major challenge is to meet the customer's demand in a well-organized way for profitable management. The nonlinear programming problem (NLP) from fixed order inventory systems, was solved by using the geometric programming method with fuzzification executed by decagonal fuzzy numbers and graded-mean representation as a defuzzification method. In this paper, we had minimized the total cost for an inventory model to obtain the optimal quantity and compared it with the fuzzy inventory model and illustrated with a numerically. [ABSTRACT FROM AUTHOR]

Published
2023

12. Coconut Tree (Cocos nucifera) Products: A Review of Global Cultivation and its Benefits

Author

Henrietta, H. Mary, Kalaiyarasi, K., Raj, A. Stanley, Henrietta, H. Mary, Kalaiyarasi, K., and Raj, A. Stanley

Abstract

The coconut tree (Cocos nucifera) is one of the most extensively and widely used palm trees. The coconut palm is regarded as the "tree of life," or "Kalpavriksha." Humans have been cultivating a wide range of coconut trees around the world. This study is based on analysis of secondary data on cultivation of coconut trees and its benefits. Due to increased insect infestations and a changing habitat, the lifespan of coconut trees have been affected. Coconut product market has become the fastest expanding business due to the anti-viral compounds found in it. The coconut is used to produce oils, even the shells used for craft materials. People have been using coconut trees to make brooms and woods are being used to make furniture, construction materials for dwellings, and hardwood floors. It shows the livelihood of people around the world have been changed due to the cultivation of coconut trees. Indonesia, India and Philippines are top three countries to be economically benefitted from the plantation of coconut trees. As there is high demand of coconut based products worldwide, farmers need to be made aware about this economic value for increment in production.

Published
2022

13. The optimality representation of a finite-life inventory model with exiguous defectives with Hessian matrix approach.

Author

Kalaiarasi, K., Henrietta, H. Mary, Sumathi, M., and Raj, A. Stanley

Subjects
*HESSIAN matrices, *INVENTORIES, *MANUFACTURING processes, *NUMERICAL analysis, *RAW materials, *COST functions
Abstract

Businesses use inventory modelling to estimate the ideal level of inventories to be kept in a production process. This procedure entails controlling the quantity of goods or raw materials to be stoi-ed. the frequency of orders, and the supply flow. The primary task would be to reduce the overall cost incurred during the production process. This study examines a finite-life inventory model that permits a very small number of de fective products. illustrates the optimal order quantity. and explores how to optimal the second-degree total cost function while validating its optimality with a Hessian matrix. In addition. a numerical analysis is performed, and the findings are described. [ABSTRACT FROM AUTHOR]

Published
2023

14. Determining the efficient optimal order quantity for an Inventory model with varying Fuzzy components.

Author

Kalaiarasi, K., Henrietta, H. Mary, and Sumathi, M.

Subjects
*APPLIED mathematics, *FUZZY sets, *FUZZY numbers, *MATHEMATICAL optimization, *INVENTORY control
Abstract

In the field of applied mathematics, optimization techniques formulate to the maximizing and minimizing for an objective function. The purpose of the optimization problems plays a vital role in the field of inventory management. The aim is to minimize the total cost, which comprises many fluctuating costs such as shortage, ordering, and holding cost. In this paper, the defective items were under the classification synchronous and asynchronous under a rework strategy process. The rework strategy is separating and accumulating the imperfect items at the time of completion of the process. This study considered asynchronous defective items and tried to minimize the total cost incurred. The optimality of the non-linear programming was achieved by the Hessian matrix, which results in the minimization of the total cost incurred. Furthermore, the usage of hexagonal fuzzy numbers formulates many real-life problems that arise due to flawed knowledge. There might be several situations in decision-making problems where optimization techniques require six parameters or more. The inclusion of Python coding has further made numerical working simpler. Furthermore, sensitivity analysis is carried out. [ABSTRACT FROM AUTHOR]

Published
2022

Catalog

Books, media, physical & digital resources
See catalog results