Ur ett företagsekonomiskt perspektiv finns det ett stort intresse av att utveckla innovativa tjänster då forskning visar att det skapar hållbara konkurrensfördelar. Fastighetsföretag arbetar med tjänsteutveckling för att fylla sina fastigheter och arbetar tätt ihop med sina kunder där efterfrågan styr utvecklingsprocessen. Föreliggande studie testar Wang & Tsais (2012) tjänsteutvecklingsmodell där metoderna tjänstekartläggning, ‘service blueprint’ och ‘axiomatic design’ utgör verktyg för fastighetsföretag. Med dessa metoder ska företaget identifiera kundernas behov och leverera en ny tjänst som uppfyller både interna och externa krav. Genom innovativ tjänsteutvecklingsprocess minskar på så sätt gapet mellan kunders förväntningar om vad företaget kan erbjuda för tjänster och fastighetsbolags uppfattningar om vilket behov kunderna har. Med denna utgångspunkt utformades studiens forskningsfrågor; -     Vilka tjänster kan fastighetsföretagen erbjuda för att matcha den efterfrågan som ställs av nyetablerade entreprenörer? -          Hur kan fastighetsföretag genom ’service blueprinting’, i ett nära samarbete med kunden, skapa innovativa tjänster med en långsiktig plan för lokalkontrakt? -          Hur arbetar fastighetsföretag med ’axiomatic design methodology’, för att konstruera tjänster som efterfrågas av nyetablerade entreprenörer, och på så sätt skapa hållbara konkurrensfördelar? / From a business perspective, there is a considerable interest in developing innovative services, as research shows that it creates sustainable competitive advantage. Real estate companies are working with service development to fill their properties and work closely with their customers where demand determines the development process. The present study tests the Wang & Tsai (2012) service development model where the methods service mapping, service blueprint and axiomatic design provides tools for real estate companies. With these methods, the company shall identify customer needs and deliver a new service that meets both internal and external requirements. Through innovative service development process, the gap between customers’ expectations of what services the company can offer and the real estate companies’ perceptions of what needs the customers have decreases. On this basis, the research questions of the study were designed; -          What services can property companies offer to match the demand made by newly established entrepreneurs? -          How can the real estate company through service blueprinting, in a close cooperation with the customer, create innovative service with a long-term plan for local contracts? -          How do real estate companies work with axiomatic design methodology, to construct the services demanded by newly established entrepreneurs, and thus create sustainable competitive advantage?

In this paper several equivalences of the axiom of choice are examined. In particular, the axiom of choice, Zorn's lemma, Tukey's lemma, the Hausdorff maximal principle, and the well-ordering theorem are shown to be equivalent. Cardinal and ordinal number theory is also studied. The Schroder-Bernstein theorem is proven and used in establishing order results for cardinal numbers. It is also demonstrated that the first uncountable ordinal space is unique up to order isomorphism. We conclude by encountering several applications of the axiom of choice. In particular, we show that every vector space must have a Hamel basis and that any two Hamel bases for the same space must have the same cardinality. We establish that the Tychonoff product theorem implies the axiom of choice and see the use of the axiom of choice in the proof of the Hahn- Banach theorem.

Virtual Enterprise (VE) is an organizational business concept. Its key ingredients are collaboration among a set of member companies and integration of their competencies, which are needed for developing a new product or service. This concept is in response to the ever-increasing demand on the manufacturing enterprise to react quickly to changes in the market conditions and become agile enterprises. This thesis presents a quantitative study on the life cycle of Virtual Enterprises. Specifically, it covers the design and management phases. These two phases are modeled using system engineering as a foundation. This has led to the development of two new methods for designing and managing Virtual Enterprises. The design method uses Axiomatic Design Theory and a methodology for complex large systems. The management method is based on the Robust Design principles.

Axiomatic quantum field theory is one approach to the project of merging the special theory of relativity with that of ordinary quantum mechanics. The project begins with the postulation of a set of axioms. Axioms should be motivated by reasonable physical principles in a way that illustrates how a given axiom is true. Motivations are often grounded in the principles of the parent theories: ordinary quantum mechanics or the theory of special relativity. Amongst the set of axioms first proposed by Haag and Kastler in 1963 is the axiom of microcausality. Microcausality requires the observables of regions at space-like separation to commute. This thesis seeks to answer the question ‘What principles from the special theory of relativity or ordinary quantum mechanics motivate, or justify, accepting microcausality as an axiom?’ The first chapter will provide the necessary background to investigate this question and the second chapter will undertake that investigation. In conclusion, microcausality cannot be well-motivated by individual principles rooted in the special theory of relativity or ordinary quantum mechanics.

Virtual Enterprise (VE) is an organizational business concept. Its key ingredients are collaboration among a set of member companies and integration of their competencies, which are needed for developing a new product or service. This concept is in response to the ever-increasing demand on the manufacturing enterprise to react quickly to changes in the market conditions and become agile enterprises. This thesis presents a quantitative study on the life cycle of Virtual Enterprises. Specifically, it covers the design and management phases. These two phases are modeled using system engineering as a foundation. This has led to the development of two new methods for designing and managing Virtual Enterprises. The design method uses Axiomatic Design Theory and a methodology for complex large systems. The management method is based on the Robust Design principles.

This thesis aims to make an analysis of the concepts of &amp / #8216 / existence&amp / #8217 / . It also constructs four new definitions based on the concept of &amp / #8216 / effect&amp / #8217 / for different concepts of beings. By reasoning based on these definitions and some pre-suppositions, a foundation for an axiomatic system of ontology is tried to construct.

This thesis provides an approach to use feature modeling with a set of guidelines for requirements definition and decomposition activities of the axiomatic design methodology. A tool that supports the development of feature models and modeling of the Axiomatic Design activities is implemented to be utilized for guiding the designer. Axiomatic Design suggested four domains of information in the transformation of the problem definition to the solution, and provided mechanisms for supporting the mapping among some of those domains. The approach suggested in this thesis fills an important gap, which is the transition from the customer needs to functional requirements, in axiomatic design. A case study is carried out in order to analyze advantages and disadvantages of the proposed approach.

In this research, component oriented development is supported with design guidance by extending the Axiomatic Design Theory for component orientation, and utilizing domain engineering and ontology mechanisms. Guidance is offered in the form of suggesting missing components and discovering incompatibilities among the candidate elements of software development, corresponding to different phases such as requirement analysis, design, and implementation. A mature domain concept is developed suggesting the availability of reference models for customer needs, software system requirements, software design, and also a rich set of implemented components. As the system is being defined starting with the customer needs and progressing towards components, at every step the developer is presented what is available in the domain and what becomes unavailable. This guidance is based on the selections made so far, utilizing ontology based constraint checking. Feature Models are incorporated for modeling customer needs. Case studies are presented for demonstration purposes.

The purpose of this dissertation is to search the primitives of Axiomatic Set Theory in Leibnizian Philolosophy, nourishing, roughly, from Platonic idea of universal-particular distinction, Aristotelian syllogistic propositions of Organon-Categoria and Euclidean Methodology in Elements. The main focus of the dissertation intends to examine the analyticity of Leibnizian Metaphysics and the anologies between the subject-predicate relation in The Philosophy of Leibniz and Axiomatic Method in general and Set Theory in particular. In doing this, special emphasis will be ascribed to the notion of sets as to universality and/or nullness of a class, probable causes of paradoxes and in this context a critical analysis of Russell Paradox.

This research combines the methodology proposed in Axiomatic Design Theory (ADT) with a service oriented decomposition approach for systematic development of Service Oriented Architecture compliant systems. A previous study had applied ADT to component oriented development where simultaneous specification and decomposition of models related to requirements, design, product domain, and components were supported. Recently, Web services have gained popularity and they became a more desired alternative to components. This research sets the foundation for service-oriented modeling and development with ADT support through enhancing the component oriented work conducted before. The goal is to be able to consider customer needs viewed in the domain context, together with the requirements and design so that efficient development can take place based on existing Web services. The system under development is viewed as a hierarchy of process models where leaf-level processes correspond to Web services.