Near Field Communication (NFC) approach may be seen as a perspective way to improve user experience of quick data access with mobile devices to various services (secure payments, information exchange between users, etc.) in a city. This thesis concerns the topic of challenges which may be faced by interaction designers using this approach for creating a context-aware mobile solution for personalized data access in service-intensive urban environments. This research is based on considerations from researches, which explored which mobile information needs in particular seemed to be relevant for a modern user. Moreover, affordances and design blends concept are discussed in this work through a prism of the human-computer interaction in a city. ‘Research through design’ concept allowed performing the investigation of the given problem, starting from a user research, followed by prototyping an alternative solution and after - user evaluation of the prototype. Finally, a critical overview of the performed research gives suggestions for further improvement of the project.

從1980 年以來，台灣電子製造業便以高效率、低成本的製造技 術、彈性生產，以及快速量產而在全球資訊電子產業中具有極佳的競 爭優勢。其中，電子零組件代理商藉由其產業網路與通路之優勢，提 供了整體電子產業之效率運作，對台灣高科技產業的高速發展扮演關 鍵的中介角色。一般而言，代理商經常在市場趨勢與上下游整合間， 呈現出「代理困境」，如何突破此一困境找出經營轉型的策略，則已 成為電子零組件代理商的共同課題，也為本研究之主軸。 準此，本研究以個案研究方法，透過相關文獻的回顧，以司徒達 賢之策略形態分析法與Osterwalder 之商業營運模式，作為建構策略 轉型之商業營運模式之架構，並針對國內某大型電子零組件通路業者 在面臨無線通訊時代之市場契機下，如何進行策略轉型進行個案分 析，並提出電子零組件通路廠商策略轉型後之商業營運模式，並藉以 驗證理論模型於實務上之適用性與提供廠商進行策略轉型時，在策略 規劃與商業模式建構的思維架構，提供企業在面臨策略轉型之參考。 透過個案研究結果發現，本研究指出，企業進行策略轉型時，可 先透過SWOT 分析檢視目前的外部環境與內部資源，之後藉由事業 策略的策略形態分析模式，具體深入地檢視企業在各策略構面上的現 況與未來形貌，並據以展開其商業模式，相信能有效進行策略轉型。

Le matériau composite Cu/NFC (Nano Fibre de Carbone) peut être utilisé en tant que drain thermique par les industriels de l'électronique de puissance. En remplacement du cuivre, il doit combiner une conductivité thermique élevée et un coefficient de dilatation thermique adapté à celui de la céramique du circuit imprimé (alumine ou nitrure d'aluminium). Après avoir étudié les propriétés de la matrice cuivre et des NFC, plusieurs méthodes de synthèse du composite Cu/NFC ont été développées. Le composite a tout d'abord été élaboré par métallurgie des poudres. Puis, dans le but d'améliorer l'homogénéité, il a été envisagé de revêtir individuellement chaque NFC par du cuivre déposé par voie chimique electroless ainsi que par une méthode originale de décomposition d'un sel métallique. Des mesures de densité et de propriétés thermiques (conductivité et dilatation) ainsi que les caractérisations microstructurales de ces matériaux montrent la complexité de l'élaboration d'un tel composite. En effet, la dispersion des nanofibres, la nature des interfaces fibres/matrice et surtout les phénomènes thermiques à l'échelle nanométrique sont autant de paramètres à contrôler afin d'obtenir les propriétés recherchées. La simulation numérique et analytique, qui a été mise en oeuvre en parallèle a été corrélée aux résultats expérimentaux, afin de prédire les propriétés finales de nos matériaux.

In the near future several Swedish family firms will face a need for succession. Many times there is no available successor within the family firm. Hiring a non-family CEO (NFC) is thus a solution to keep the firm within the family. Using a multiple case study with 6 participating family firms, we have identified how clashing logics between family business owners and NFCs, on the role of the NFC, influence their expectations and relationships. Clashing logics were often a source of disagreements and conflicts, leading to failure in the owner-NFC relationship. Furthermore, we have identified that the two parties often perceived the non-family CEO to offer more professional management which was a motive why family firms in this study hired NFCs. This perceived professionalism was also a reason for conflicting expectations. Adding to previous studies we also identified a series of influencing factors impacting the family business owner-NFC relationship. To conclude this study provides new insights for further research and practical recommendations for family firms in the process of hiring NFCs.

Regardless all the advantages of MPs, it has not reach the sizable customer base. In this paper, we examined the core drivers of using mobile payments (MPs) in restaurant industry from the consumers' perspective. Based on the Technology Acceptance Model (TAM), we developed a six factor model to reveal the determinants of consumers' intention to use MPs in restaurant. Security, subjective norm, compatibility with lifestyle, and previous experience with MPs were added to the traditional two factor TAM model (usefulness and ease of use). 300 respondents were recruited from an online survey agency and 258 valid responses were included in the data analysis. The regression results suggested that consumers' intention to use MPs in restaurants is influences by compatibility with lifestyle, usefulness, subjective norm, security, and previous experience in MPs. Lifestyle compatibility was found as the strongest determinant of consumers' acceptance of MPs in restaurants. However, ease of use was not a significant predictor of MPs usage in restaurant. Based on the findings, the study provided several implications to the restaurant industry. Five factors (compatibility with lifestyle, usefulness, subjective norm, security, and previous experience in MPs) can serve as a guideline to encourage consumers' adoption of MPs in restaurant industry. Industry practitioners can develop advertisement catered to a trendy, innovative, tech-friendly generation who desires the flexibility that MPs give and is willing to have everything in one device. MPs should be developed to provide an added value to the user. It is also important to increase the source credibility of social information to improve communication campaigns. Finally, restaurant staff could be trained in guiding and assisting consumers in their first experience with MPs.

Södra DuraPulp is a relatively new eco-composite, made from natural wood fibers and polylactic acid (PLA), which comes from corn starch. Until now, there are only few applications for DuraPulp, mainly in the area of design. To find new fields of application, more knowledge about its mechanical material properties are of great interest.This study deals with characterizing the mechanical properties of DuraPulp in an analytical way by means of micromechanical modelling and evaluation with help of Matlab. The mechanical properties for PLA were taken from scientific literature. Not all properties of the wood fibers could be found in literature (particularly Poisson’s ratios were unavailable). Therefore, they partly had to be assumed within reasonable boundaries. These assumptions are later validated regarding their influence on the final product.Figures and tables were used to present and compare the in- and out-of-plane E-Moduli, shear moduli and Poisson’s ratios of DuraPulp. The calculated in-plane E-Moduli were then compared to those obtained from an earlier study, where DuraPulp was tested in tension. The results showed that experimental and analytical values are very similar to each other. / Södra DuraPulp är en relativt ny eco-komposit, tillverkat av naturliga trä fibrer och polylactic syra som kommer från majsstärkelser. I dagsläget finns det få användningsområden för DuraPulp, huvudsakligen används det inom design. För att expandera användningsområdet behövs det mer kunskaper angående de mekaniska egenskaperna för materialet. Studien handlar om att karakterisera de mekaniska egenskaperna för DuraPulp på ett analytiskt sätt i form av mikro-mekanisk modellering och evaluering med hjälp av Matlab. De huvudsakliga mekaniska egenskaperna för PLA kunde hämtas från flera vetenskapliga källor, men de motsvarande mekaniska egenskaperna för fibrer kunde inte alla valideras. Delvis antogs dem i rimliga gränser och deras inverkan validerades med hjälp av en parameter studie.Figurer och tabeller användes för att presentera och jämföra in- och ut-plan E-Moduler, skjuvmoduler och tvärkontraktionstalen av DuraPulp. De beräknade in-plan E-modulerna för DuraPulp jämfördes med motsvarande E-moduler från en tidigare studie där DuraPulp genomgick dragtest. Resultatet visade att analytiska och experimentella värden överensstämmer bra med varandra.

Šiame darbe magrinėtas Artimo Lauko Ryšio (ARL) technologijos panaudojimas identifikacijos protokolo realizacijai mobiliajame telefone. Išnagrinėti esami standartai ir duomenų mainų formatai, jų architektūra ir įrenginių komunikacijos su kitais įrenginiais ar servisais, taip pat saugaus elemento programavimo galimybės. Išanalizuoti keli identifikavimo algoritmai. Atlikta identifikacijos protokolų saugumo analizė prieš pagrindines atakas. Prototipu pasirinktas Li-Wang identifikacijos algoritmas. Nustatytos šio algoritmo silpnos vietos. Pateiktas Li-Wang algoritmo patobulinimas leidžiantis apsisaugoti nuo DOS ir sinchronizacijos atakos. / In this work we will review what Near Field Communication (NFC) is and what standards it use. Which architecture is using to make NFC. How NFC is working between devices and services. We will evaluate threats between technology and devices. After analyze identification algorithms we will choose one of identification method and we will remove its vulnerability. Then we will adjust in mobile phones with NFC. Algorithm will be chosen by mobile phones capability to compute hash functions. We will analyze which hash functions combinations are fasters. How much data between services and mobile device communications we will send.

This thesis communicates a new approach for the future Library system using secure NFC technology. Today we can use NFC and Android based mobile phones to build modern library system in which user will instead of standing in the queue can directly borrow and return books. The NFC technology which will use in this thesis is capable of storing small amount of information. This storage will be used for maintaining the books records. Although the NFC works in close proximity but still there are possibilities of attacks. Due to contact less communication the victim cannot notice the attacks. There are different types of attacks which can occur including modification of data and listening to the communication by unknown user. Therefore in this thesis the author will look into how one can protect the system from these kinds of at-tacks. The motivation behind the thesis is to introduce scalable cloud based infrastructure as a backbone Library. Current systems using bar code technology are not secure. Therefore an infrastructure needs to be built which includes cloud based server for key distribution and data storage. Furthermore, this thesis includes a study of the encryption and decryption schemes for close proximity communications. A new novel algorithm has been introduced and implemented as an encryption scheme for this thesis work. The Huffman scheme has been modified and 16 bit keys have been used for the key exchange. The new approach is compared with the existing techniques and found that it is reliable as compared to other techniques.

The master´s thesis project was performed in collaboration with the design and engineering company Eker Design from Fredrikstad in Norway, who is designing and developing flip cover NFC keyboards for smartphones. The new product idea is the full-sized NFC desktop keyboard for public institutions to offer to pupils, students or business people for instance. The thesis project is examining how such a product can be designed and should be designed in order to fit into its market and environment to meet the target group´s interest in order to be successful. With a human-centered design approach the project work was starting by the user and the market. The work consisted of analyzing and emphasizing with the market which mainly included the users, the competitors and the trends within a market analysis and a survey research. From the findings and insights of the research phase a design strategy and a business model for the new keyboard was created and communicated via a design brief. Different ideas and concepts were created, tested and presented via concept sketches along with mock-ups. The final concepts were evaluated via a concept evaluation in relation to the requirements of the business and user value. The final concept was developed and designed via the CAD software SolidWorks and the rendering software Keyshot. The design and development phase was focusing on functionality, usability, materials, surfaces, textures and the mechanical and technical solutions for the design. The result of this thesis project is named TRANSIT and is presenting how a collapsible desktop keyboard which is offering a NFC connection could look like and work to offer to people in public places such as libraries or universities and be as well be suitable for people to use at home. The TRANSIT keyboard is a simple and robust concept of a full-sized tactile keyboard which is offering a NFC connection as well as a Bluetooth connection for devices which do not support NFC yet. The design is aimed for smartphones and tablets and is offering a support which consists of an automated stand and a back plate which angle is adjustable step-less. The design allows to collapse stand, keyboard and back plate into a compact package which makes it easy to store and transport. Furthermore the design is providing a charging option for the smart device via energy harvesting or cable and has therefore internal batteries.   The project is ending with the final presentation of the physical model in scale 1:1. / Detta examensarbete genomfördes i samarbete med design och ingenjörsföretaget Eker design från Fredriksstad i Norge, som designar och utvecklar flipcover NFC tangentbord till smartphones. Den nya produktidén är ett fullstort stationärt NFC tangentbord för offentliga institutioner, tänkt att användas av till exempel elever, studenter eller affärsmänniskor. Detta examensarbete undersöker hur ovan nämnda produkt kan och bör designas för att passa dess målmarknad och möta målgruppens intresse för att bli framgångsrik. Med en Human-centered design approach, började projektet med att utgå från användaren och marknaden. Arbetet bestod i att analysera och empatisera med marknaden som huvudsakligen bestod av användare och konkurrenterna, samt att undersöka trender genom en marknadsundersökning. Med utgångspunkt från de insikter som uppkom genom projektets utforskningsfas, skapades en design strategi och en affärsmodell för det nya tangentbordet i form av en design brief. Olika idéer och koncept skapades, testades och presenterades via koncept skisser och mock-ups. Det slutgiltiga konceptet utvecklades och designades med hjälp av CAD programvaran SolidWorks och renderingsprogrammet Keyshot. Design och utvecklingsfasen fokuserade på funktionalitet, användbarhet, material, ytor, texturer och mekaniska och tekniska lösningar för designen. Den slutgiltiga produkten heter TRANSIT och visar på hur ett hopfällbart stationärt tangentbord som erbjuder en NFC-anslutning skulle kunna se ut och fungera för människor som arbetar på olika platser i det publika rummet, som på bibliotek eller universitet. Men även för privat användning i hem. TRANSIT tangentbordet är ett enkelt och robust koncept av ett fullstort taktilt tangentbord som erbjuder en NFC-koppling såväl som Bluetooth for enheter som ännu inte stöder NFC. Designen, som är riktad mot smartphones och tablets, har ett ställ som består av ett automatiskt stöd och en bakplatta med steglös justering. Designen gör att tangentbordet, stödet och bakplattan går att fälla ihop till ett kompakt paket som är enkelt att transportera och förvara. Dessutom erbjuds möjligheter att ladda smart-enheter via energi-skördning eller kabel då enheten har inbyggda batterier. Projektet avslutades med en slutpresentation av en fysisk modell i skala 1:1.

Nowadays, mobile devices offer a wide variety of features and sensor capabilitiesthat can be applied into everyday problems. This is being used by the commu-nity in order to provide more intuitive tools that facilitate users to tackle theseproblems. In this thesis, I present my work which aims at providing an afford-able, non-intrusive, easy to use and intuitive tool that enables users withoutany musical background to create music collaboratively and enjoy this activityby using NFC enabled mobile devices and NFC tags. I introduce the "Rela-tive Position Awareness" which is utilized to allow users to create a music piecebased on the relative position of the devices. To do that, I implement a proto-type that includes Near Field Communication (NFC) and study whether NFCis a suitable technology for supporting the positioning awareness system. Inaddition, I also study the interactions that occur while users are collaborativelycreating music pieces. I run several user studies that indicate my prototype issuitable for supporting music creation collaborative activities, that NFC pro-vides a high level of accuracy when it comes to support the relative positioningsystem and that the prototype fosters social interaction among the users. Partof the results from this research effort have been presented in Fifth Workshopon Ubiquitous Music (V UbiMus) and can be found in Exploring the potentialof mobile technology for creating music collaboratively [1]