Linear demand systems and quasi-linear quadratic utility models are widely used in
industrial economics. We clarify the link between the two settings and explain their exact …

To support rapidly increasing services and applications from users, multi-tier computing is
emerged as a promising system-level computing architecture by distributing …

International experience has shown that electricity consumers react to pricing policies by
switching retailers or shifting part of their consumption from peak to off-peak hours. This …

This article augments d'Aspremont and Jacquemin's [1988.“Cooperative and
Noncooperative R&D in Duopoly with Spillovers.” American Economic Review 78: 1133 …

Compared to linear tariffs, two-part tariffs are generally perceived as being more efficient
since double marginalization is avoided. We investigate the efficiency of two-part tariffs vs …

We study a dynamic pricing problem in which a firm chooses prices over multiple periods
when consumers are state dependent; that is, they develop a habit or satiation from their …

Collaborative learning techniques have significantly advanced in recent years, enabling
private model training across multiple organizations. Despite this opportunity, firms face a …

This research revisits the pioneering work by Katz and Shapiro (Am Econom Rev 75: 424–
440, 1985) with network (consumption) externalities in a twofold way: first, it considers …

The quasi-linear quadratic utility model is widely used in economics. The knowledge of its
exact origin is less widespread. A first contribution of the paper is to explain the genesis of …

This article presents a three-stage non-cooperative disclosure decision game (DDG), in
which R&D-investing firms choose whether to disclose R&D-related information to the rival …