Life science applications of computational intelligence for modelling

Yogesh Mohan

ISBN 10: 1805247530 / ISBN 13: 9781805247531

Published by independent Author, 2023

About this Item

Zustand: Hervorragend | Sprache: Englisch | Produktart: Bücher | Can computers be intelligent? If yes! Then how to represent intelligence? The development of digital computers made possible the invention of human engineered systems that show intelligent behaviour. Now a days, the researchers are active with the studies applying computational intelligence (i.e. numerical methods for implementing an intelligent behaviour) to understand the complex and uncertain behaviour of real-world processes. Despite advancement in neuro/fuzzy modeling techniques, the field still lacks a mathematical framework for the design and analysis of intelligent systems to deal with the real-world problems considering the underlying uncertainties in a sensible way. This thesis presents a fuzzy rules based system for modeling the relationships between inputs and output data in the presence of uncertainties. The fuzzy system is designed by separating the uncertainties from the data using fuzzy filtering algorithms. A stochastic modeling of the uncertainties helps in designing the fuzzy system to approximate the uncertain relationships. The proposed fuzzy model offers the followings.

Seller Inventory # 41530156/1

Bibliographic Details

• Title: Life science applications of computational intelligence for modelling
• Publisher: independent Author
• Publication Date: 2023
• Language: English
• ISBN 10: 1805247530
• ISBN 13: 9781805247531
• Binding: Soft cover
• Condition: Hervorragend
• Seller catalogs:
  • Bücher

About this title

Synopsis

Can computers be intelligent? If yes! Then how to represent intelligence? The

development of digital computers made possible the invention of human engineered

systems that show intelligent behaviour. Now a days, the researchers are active with the

studies applying computational intelligence (i.e. numerical methods for implementing an

intelligent behaviour) to understand the complex and uncertain behaviour of real-world

processes. Despite advancement in neuro/fuzzy modeling techniques, the field still lacks

a mathematical framework for the design and analysis of intelligent systems to deal with

the real-world problems considering the underlying uncertainties in a sensible way. This

thesis presents a fuzzy rules based system for modeling the relationships between inputs

and output data in the presence of uncertainties. The fuzzy system is designed by

separating the uncertainties from the data using fuzzy filtering algorithms. A stochastic

modeling of the uncertainties helps in designing the fuzzy system to approximate the

uncertain relationships. The proposed fuzzy model offers the followings.