Novel Quantum Chaotic Human Activity based Optimization Algorithm for Loss Lessening in Electrical Power and Distribution System

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Authors: Lenin Kanagasabai
Cited by: 0

Abstract

An optimized condition of sexual feelings in humans is commonly measured a healthy, satiating experience inside the framework of the sexual retort cycle, which encompasses stages of yearning, stimulation, excitement, orgasm, and to final state of resolution. This optimal state comprises a receptive, healthy physique and mind, free from disproportionate or challenging desires and prejudiced by features such as mind wellness, association excellence, and bodily health. Healthy level of sexual attentiveness and feelings are might be prejudiced by interior and peripheral signs. Mind and physical eagerness are prominent to functional vicissitudes like augmented rate of heart beating and blood flow. Amplified condition of arousal will prevail when bodily and emotional tension physiques. Built-up pressure, supplemented with congenial feelings and the discharge of sensation good endorphins during the state of feelings in sexuality. Rendering to mind and emotive Well-being, an optimistic feeling and condensed anxiety contribute to vigorous sexual moods and retorts. In terms of relationship eminence, Optimistic acquaintances and mental state of closeness can nurture superior sexual satisfaction. Quantum chaotic human activity based optimization algorithm (QCHA) is validated in 7 benchmark functions and IEEE 30, 57 bus systems.

Fields of Study & Subjects

Metaheuristic Optimization Algorithms Research Optimal Power Flow Distribution Power System Optimization and Stability

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
13 February 2026
Language
EN