An Agent Based Market Design Methodology for Combinatorial Auctions

Auction mechanisms have attracted a great deal of interest and have been used in diverse e-marketplaces. In particular, combinatorial auctions have the potential to play an important role in electronic transactions. Therefore, diverse combinatorial auction market types have been proposed to satisfy market needs. These combinatorial auction types have diverse market characteristics, which require an effective market design approach. This study proposes a comprehensive and systematic market design methodology for combinatorial auctions based on three phases: market architecture design, auction rule design, and winner determination design. A market architecture design is for designing market architecture types by Backward Chain Reasoning. Auction rules design is to design transaction rules for auctions. The specific auction process type is identified by the Backward Chain Reasoning process. Winner determination design is about determining the decision model for selecting optimal bids and auctioneers. Optimization models are identified by Forward Chain Reasoning. Also, we propose an agent based combinatorial auction market design system using Backward and Forward Chain Reasoning. Then we illustrate a design process for the general n-bilateral combinatorial auction market. This study serves as a guideline for practical implementation of combinatorial auction markets design.Combinatorial Auction, Market Design Methodology, Market Architecture Design, Auction Rule Design, Winner Determination Design, Agent-Based System

Activity-Centric Computing Systems

• Activity-Centric Computing (ACC) addresses deep-rooted information management problems in traditional application centric computing by providing a unifying computational model for human goal-oriented ‘activity,’ cutting across system boundaries. • We provide a historical review of the motivation for and development of ACC systems, and highlight the need for broadening up this research topic to also include low-level system research and development. • ACC concepts and technology relate to many facets of computing; they are relevant for researchers working on new computing models and operating systems, as well as for application designers seeking to incorporate these technologies in domain-specific applications

Customer requirements for the continuous improvement of product-service system: a conceptual approach

Identifying customer requirements is a strategic element for consolidating product-service systems (PSSs) in the market. However, literature on empirical studies has devoted relatively little attention to this topic. The purpose of the present work is to identify PSS customer requirements by analyzing empirical studies. Toward this goal, we present here a structured systematic literature review. This study systematically reviews 269 articles published until 2015 in the PSS field. About 10% of the publications reviewed describe empirical studies that identify PSS-customer requirements. After analyzing the content of these articles, we identify 37 requirements clustered around three criteria: (i) type of PSS, (ii) type of business transaction, and (iii) customer requirements that relate to product, service, or general aspects of PSS. The empirical studies investigated in this literature review focused on the business-to-business context. This study support PSS provider meet customer requirements. Then, they will be more successful in offering the PSS

Systematic Heterogeneity: How to combine Smartphone related Apps with FIspace

FIspace represents an Internet based B2B collaboration platform that can be used by actors along the supply chain, and specifically the agri-food chain, facilitating the design and usage of inter-organisational workflows. The FIspace platform was developed by using FIWARE, a European initiative to develop technologies for a Future Internet. At the same time, the requirements of actors from an agri-food related B2B environment were analysed. One of the key requirements was the demand for smartphone-based apps that can be easily used by any actor at any time in the scope of a B2B relationship of different organisations. However, realising inter-organisational workflows with a combination of smartphones and a platform for B2B collaboration raises business related requirements that are specifically in relation to interoperability and security. Therefore, the architectural principles of FIspace supported ecosystems are presented and the concept of developing FIspace software applications is detailed. The latter provides domain specific features and enables a systematic usage of heterogeneous components in business related ecosystems. Furthermore, different development strategies for smartphone apps are analysed to discuss the related implications with respect to effort, costs and interoperability when aiming at a combination with a FIspace supported ecosystem. This is compared with the general principles to develop features within a FIspace ecosystem to systematically identify the implications when integrating heterogeneous software and hardware solutions. The purpose of this paper is to present those design principles that shall help to systematically analyse end-user requirements, which need to be taken into account when developing or designing changes and extensions of a FIspace supported business ecosystem with the help of smartphone apps. Therefore, the paper addresses specifically software developers intending to use FIspace as well as business architects intending to change or design an ICT supported collaborative ecosystem

Systematic Heterogeneity:How to Combine Smartphone Related Apps with FIspace

FIspace represents an Internet based B2B collaboration platform that can be used by actors along the supply chain, and specifically the agri-food chain, facilitating the design and usage of inter-organisational workflows. The FIspace platform was developed by using FIWARE, a European initiative to develop technologies for a Future Internet. At the same time, the requirements of actors from an agri-food related B2B environment were analysed. One of the key requirements was the demand for smartphone-based apps that can be easily used by any actor at any time in the scope of a B2B relationship of different organisations. However, realising inter-organisational workflows with a combination of smartphones and a platform for B2B collaboration raises business related requirements that are specifically in relation to interoperability and security. Therefore, the architectural principles of FIspace supported ecosystems are presented and the concept of developing FIspace software applications is detailed. The latter provides domain specific features and enables a systematic usage of heterogeneous components in business related ecosystems. Furthermore, different development strategies for smartphone apps are analysed to discuss the related implications with respect to effort, costs and interoperability when aiming at a combination with a FIspace supported ecosystem. This is compared with the general principles to develop features within a FIspace ecosystem to systematically identify the implications when integrating heterogeneous software and hardware solutions. The purpose of this paper is to present those design principles that shall help to systematically analyse end-user requirements, which need to be taken into account when developing or designing changes and extensions of a FIspace supported business ecosystem with the help of smartphone apps. Therefore, the paper addresses specifically software developers intending to use FIspace as well as business architects intending to change or design an ICT supported collaborative ecosystem

TAXONOMY DEVELOPMENT IN INFORMATION SYSTEMS: DEVELOPING A TAXONOMY OF MOBILE APPLICATIONS

The complexity of the information systems field often lends itself to classification schemes, or taxonomies, which provide ways to understand the similarities and differences among objects under study. Developing a taxonomy, however, is a complex process that is often done in an ad hoc way. This research-in-progress paper uses the design science paradigm to develop a systematic method for taxonomy development in information systems. The method we propose uses an indicator or operational level model that combines both empirical to deductive and deductive to empirical approaches. We evaluate this method by using it to develop a taxonomy of mobile applications, which we have chosen because of their ever-increasing number and variety. The resulting taxonomy contains seven dimensions with fifteen characteristics. We demonstrate the usefulness of this taxonomy by analyzing a range of current and proposed mobile applications. From the results of this analysis we identify combinations of characteristics where applications are missing and thus are candidates for new and potentially useful applications.taxonomy, design science, mobile application

Sustainable R&D portfolio assessment.

Research and development portfolio management is traditionally technologically and financially dominated, with little or no attention to the sustainable focus, which represents the triple bottom line: not only financial (and technical) issues but also human and environmental values. This is mainly due to the lack of quantified and reliable data on the human aspects of product/service development: usability, ecology, ethics, product experience, perceived quality etc. Even if these data are available, then consistent decision support tools are not ready available. Based on the findings from an industry review, we developed a DEA model that permits to support strategic R&D portfolio management. We underscore the usability of this approach with real life examples from two different industries: consumables and materials manufacturing (polymers).R&D portfolio management; Data envelopment analysis; Sustainable R&D;

Contributions to chatbots and digital analytics in industry

Diese kumulative Dissertation umfasst zehn wissenschaftliche Artikel, die zur Forschung digitaler Analytik, Messung von Technologieakzeptanz und Chatbots beitragen. Ziel der Artikel ist es, die Entwicklung, Implementierung und Verwaltung von Technologien zu vereinfachen und zu unterstützen. Modelle werden entwickelt, welche die wichtigsten Schritte beschreiben und unter anderem relevante damit zusammenhängende Fragen auflisten, die zu beteiligenden Interessengruppen benennen und geeignete Tools vorstellen, welche berücksichtigt werden sollten. Es werden Chatbot Taxonomien entwickelt und vorgestellt, welche die Bandbreite der derzeit bestehenden Gestaltungsmöglichkeiten aufzeigen, während identifizierte Archetypen zu beobachtende Kombinationen aufzeigen. Die Identifizierung der häufigsten Gründe für Misserfolge und die Entwicklung kritischer Erfolgsfaktoren tragen ebenfalls zu dem Ziel bei, den Entwicklungs- und Managementprozess zu erleichtern. Da die Endnutzer über die Akzeptanz und Nutzung und damit über den Erfolg einer Technologie entscheiden, werden Ansätze genutzt, wie die Nutzerakzeptanz von Technologien gemessen werden kann und wie Nutzer frühzeitig in den Entwicklungsprozess eingebunden werden können

E-Fulfillment and Multi-Channel Distribution – A Review

This review addresses the specific supply chain management issues of Internet fulfillment in a multi-channel environment. It provides a systematic overview of managerial planning tasks and reviews corresponding quantitative models. In this way, we aim to enhance the understanding of multi-channel e-fulfillment and to identify gaps between relevant managerial issues and academic literature, thereby indicating directions for future research. One of the recurrent patterns in today’s e-commerce operations is the combination of ‘bricks-and-clicks’, the integration of e-fulfillment into a portfolio of multiple alternative distribution channels. From a supply chain management perspective, multi-channel distribution provides opportunities for serving different customer segments, creating synergies, and exploiting economies of scale. However, in order to successfully exploit these opportunities companies need to master novel challenges. In particular, the design of a multi-channel distribution system requires a constant trade-off between process integration and separation across multiple channels. In addition, sales and operations decisions are ever more tightly intertwined as delivery and after-sales services are becoming key components of the product offering.Distribution;E-fulfillment;Literature Review;Online Retailing