Optimal Allocations of Multiple Tasks Using Optimization Techniques with Dynamic Load Criterion

Abstract

Sir Francis Bacon first started Optimization Techniques in 1960. Bacon felt that problem
inquiry should consist of Observation and Problem Description, Hypothesis Statement, Model
Development & Test and Model Analysis. The allocation of tasks to any system is being
done either static or dynamic, while in a static task assignment algorithm, we cannot schedule
tasks until we know all task dependency in advance. Here, tasks are small or large or even
complex entities that are to be executed on distributed real time system, these may be divided
or partitioned into sub tasks or modules for the execution purposes only. The present study is
being investigated for the dynamic way of allocation, in which the allocations are being made
on the basis of the current system state. Developed method is extended through open source
available Rprogramming.