On inverse product cannibalisation: a new Lotka-Volterra model for asymmetric competition in the ICTs

11/08/2018
by   Mariangela Guidolin, et al.
0

Product cannibalisation is a well-known phenomenon in marketing and technological research and describes the case when a new product steals sales from another product under the same brand. A very special case of cannibalisation may occur when the older product react to the competitive strength of the newer one, absorbing the corresponding market shares. Given its special character, we call this phenomenon inverse product cannibalisation. We suppose that a case of inverse cannibalisation is observed between two products of Apple Inc., the iPhone and the more recent iPad, and the first has been able to succeed at the expense of the second. To explore this hypothesis, within a diffusion of innovations perspective, we propose a modified Lotka-Volterra model for mean trajectories in asymmetric competition, allowing us to test the presence and the extent of the inverse cannibalisation phenomenon. A SARMAX refinement integrates the short term predictions with seasonal and autodependent components. A non-dimensional representation of the proposed model shows that the penetration of the second technology has been beneficial for the first, both in terms of market size and life cycle length.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
05/21/2020

Studying Product Competition Using Representation Learning

Studying competition and market structure at the product level instead o...
research
03/13/2021

Diffusion of Innovation In Competitive Markets-A Study on the Global Smartphone Diffusion

In this work, the aim is to study the diffusion of innovation of two com...
research
12/01/2020

Asymmetric Quantum Concatenated and Tensor Product Codes with Large Z-Distances

In many quantum channels, dephasing errors occur more frequently than th...
research
10/06/2022

Product Portfolio Management in Competitive Environments

Product diversity is one of the prominent factors for customers' satisfa...
research
04/04/2018

Spatial diffusion and churn of social media

Innovative ideas, products or services spread on social networks that, i...
research
05/11/2022

Components and Cycles of Random Mappings

Each connected component of a mapping {1,2,...,n}→{1,2,...,n} contains a...
research
08/04/2021

A generalization of the root function

We consider the interpretation and the numerical construction of the inv...

Please sign up or login with your details

Forgot password? Click here to reset