Submit an Article
Become a reviewer
Vol 167 Iss. 2
Pages:
353-356
Download volume:
RUS
Article

Adaptative Holt’s forecasting model based on immune paradigm

Authors:
Tomasz Pelech
About authors
  • University of Science and Technology
Date submitted:
2005-07-05
Date accepted:
2005-08-05
Date published:
2006-02-01

Abstract

In modern management, decision making necessitates forecasting (using appropriate methods) to achieve profitable and smooth functioning of both companies and SMEs. The Holt model is a method that can be used to forecast stock exchange quotes. It is based on the values of two parameters estimating the expected value and its trend. To build a dynamic forecasting model, it is necessary to apply adaptive rules for adjusting the parameters. The paper shows the applicability of the immune paradigm on the example of Holt's adaptive model. Preliminary results of calculations using the constructed algorithm show that the immune paradigm can be considered as a promising way to improve the results (accuracy) of forecasting. They are not absolutely better than the results obtained with the classical Holt method due to a number of factors such as the length of input data, the peculiarity of the method and the design of the algorithm, which is still in the development stage.

Область исследования:
(Archived) Economics and management
Go to volume 167

Similar articles

Justification of parameters of extraction of sylvinite ores from pillars with application of auger excavation
2006 V. I. Shabun, Yu. G. Sirenko
Computer-aided design of an industrial robot designed to perform a casting operation
2006 Zisopol Dragos Gabriel, Dascalu Mihaela, Bunescu Dumitru
Calculation of maximum allowable working pressure at long-term operation of main oil product pipelines
2006 I. P. Abramov, I. Yu. Podavalov
Curing of high-strength concrete in natural winter conditions
2006 Paweł Jednacz, Joanna Hydzik
Adaptation of geographical information system in net water-supply and sewage enterprises
2006 Ewa Wajs
Research of new ways of processing of plant biomass waste in agricultural production
2006 A. N. Nikulin