In the present work we propose an original analytical model of coopetitive game. We shall apply this analytical model of coopetition (based on normal form game theory) to the Greek crisis, while conceiving this game theory model at a macro level. We construct two realizations of such model,...

This chapter estimates sustainable coverage and competitive effects of entry for Swiss newspaper sellers which sell composite goods, including a range of other products such as food and near-food items. It utilises the applied entry threshold ratio methodology from Bresnahan and Reiss (1991),...

Fixed telephony has long been a fundamentally important market for European telecommunications operators. The liberalisation and the introduction of regulation in the end of the 1990s, however, allowed new entrants to compete with incumbents at the retail level. A rapid price decline and a...

The paper proposes a coopetitive model for the Green Economy. It addresses the issue of the climate change policy and the creation and diffusion of low-carbon technologies. In the present paper the complex construct of coopetiton is applied at macroeconomic level. The model, based on Game...

In the present work we propose an original analytical model of coopetitive game. We shall apply this analytical model of coopetition (based on normal form game theory) to the Greek crisis, while conceiving this game theory model at a macro level. We construct two realizations of such model,...

In the present work we propose an original analytical model of coopetitive games. We try to apply this analytical model of coopetition - based on Game Theory and conceived at a macro level - to the Greek crisis, suggesting feasible solutions in a cooperative perspective for the divergent...

The paper aims at providing a Game Theory model of coopetition which addresses the problem of the global Green Economy. The Green Economy is a theoretical model of sustainable development. This sustainable development model should lead to reduce emissions of greenhouse gases, determine the...