ring

list of<dl class="dl-horizontal">
 <dt><code>randomSeed</code></dt><dd>random seed</dd>
 <dt><code>nStates</code></dt><dd>number of S-Ring states</dd>
 <dt><code>nElevators</code></dt><dd>number of elevators</dd>
 <dt><code>probNewCustomer</code></dt><dd>probability pf a customer arrival</dd>
 <dt><code>counter</code></dt><dd>Counter: number of waiting customers</dd>
 <dt><code>sElevator</code></dt><dd>Vector representing elevators (s)</dd>
 <dt><code>sCustomer</code></dt><dd>Vector representing customers (c)</dd>
 <dt><code>currentState</code></dt><dd>Current state that is calculated</dd>
 <dt><code>nextState</code></dt><dd>Next state that is calculated</dd>
 <dt><code>nWeights</code></dt><dd>Number of weights for the perceptron (= 2 * nStates)</dd>
 </dl>

params

main function which iterates the ring

A set of tools for model-based optimization and tuning of
algorithms. It includes surrogate models, optimizers, and design of experiment
approaches. The main interface is spot, which uses sequentially updated
surrogate models for the purpose of efficient optimization. The main goal is
to ease the burden of objective function evaluations, when a single evaluation
requires a significant amount of resources.

Thomas Bartz-Beielstein

SPOT

Sequential Parameter Optimization Toolbox

Joerg Stork

Martin Zaefferer

Margarita Rebolledo

Christian Lasarczyk

Frederik Rehbach

ring function

list of<dl class='dl-horizontal'>
 <dt><code>randomSeed</code></dt><dd>random seed</dd>
 <dt><code>nStates</code></dt><dd>number of S-Ring states</dd>
 <dt><code>nElevators</code></dt><dd>number of elevators</dd>
 <dt><code>probNewCustomer</code></dt><dd>probability pf a customer arrival</dd>
 <dt><code>counter</code></dt><dd>Counter: number of waiting customers</dd>
 <dt><code>sElevator</code></dt><dd>Vector representing elevators (s)</dd>
 <dt><code>sCustomer</code></dt><dd>Vector representing customers (c)</dd>
 <dt><code>currentState</code></dt><dd>Current state that is calculated</dd>
 <dt><code>nextState</code></dt><dd>Next state that is calculated</dd>
 <dt><code>nWeights</code></dt><dd>Number of weights for the perceptron (= 2 * nStates)</dd>
 </dl>

ring: ring

Description

Usage

Arguments

Value