A Novel Neuro-Optimization Techniques for Inventory Models in Manufacturing Sectors

Abstract

Inventory modeling or policies are the necessity of every business or a new oil for any industry. In other words, inventory control and management are needed by businessmen or entrepreneurs to make effective strategies, i.e., for making their business profitable. It becomes a lot and a lot of vital for enterprises within the real-life things like producing sector like industry, food trade, etc. Inventory issues common in producing, remanufacturing, and lots of helpful applications like pharmaceutical. An associate improvement model for internal control of circulation enterprises was established to minimize the typical total price in the unit time of the inventory system. As we have seen, lot of researchers have made several attempts in the previous decade for improving inventory control/inventory policies, but due to the dynamic nature of human beings, it is difficult to make perfect and unique inventory for all business sectors. So, in this study, we will use collected data (from several research works done by the researchers, questionnaires, interviews) and then will apply an artificial neural network (ANN) concept to provide an optimized solution. Finally, our model shows economical, correct results, which can be additionally helpful for the inventory researchers to seek out the acceptable technique for determining the economic order quantity systems or creating AN assumption for making new inventory policies. Hence, this study provides helpful algorithms, economical inventory models for producing sectors, and future analysis direction toward our planned work.

Comparative Study of Soft Computing and Metaheuristic Models in Developing Reduced Exhaust Emission Characteristics for Diesel Engine Fueled with Various Blends of Biodiesel and Metallic Nanoadditive Mixtures: An ANFIS–GA–HSA Approach

“…The second and third lockdowns are the primary examples of the spread. Henceforth, using a sustainable fuel and researching the experimental data through hybrid models will counter the spread of this virus by lowering exhaust gases as the pandemic has influenced people in all parts of the world . At an individual level, everyone can contribute by using such sustainable fuels with a smaller data set.…”

“…Henceforth, using a sustainable fuel and researching the experimental data through hybrid models will counter the spread of this virus by lowering exhaust gases as the pandemic has influenced people in all parts of the world. 48 At an individual level, everyone can contribute by using such sustainable fuels with a smaller data set. Also, future researchers will have a feasible model that can yield efficient valuable experimental values for potential upcoming feedstocks being sustainable in nature.…”

Multi-fractional fuzzy programming for sustainable agricultural multi-cropping bi-seasonal planning

“…As such, several mathemathical programming models have been employed in this area. For more details, refer to [24,25,26,27,28].…”