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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

Developing A Framework To Analyze The Effect Of Mobile Technology Within A Department Of Transportation

Squire, Devin 01 December 2012 (has links)
Mobile technology is becoming more and more pervasive within the consumer industry. Devices such as Smartphones and Tablets are able to relay information effectively and affordably either with or without an accompanying cellular connectivity plan. The effect of this technology is slowly making its way through the corporate world. Recognizing that this technology has the potential to affect workflow practices within a Department of Transportation, this thesis first presents two mobile applications to address specific areas of concern identified within the Utah Department of Transportation maintenance division. The first application creates a living directory that provides specific information regarding employees, equipment, and location within maintenance shed locations throughout the state of Utah. The second application provides a seamless method of information transfer as it relates to traffic signs from the field directly to central servers in an effort to reduce data loss and corruption.
2

Business Ecosystem for Cellular Connectivity in Manufacturing Factories : - A case study to investigate how infrastructure developing telecom companies can establish a viable buisness ecosystem for cellular connectivity in manufacturing factories. / Affärsekosystem för cellulär uppkoppling i tillverkande fabriker

Håkansson, Martin, Åkerström, Tom January 2019 (has links)
Manufacturers have begun to realize that in order to have factories which are adapted to the contemporary conditions required for having state of the art manufacturing, the fixed network cables should be replaced by wireless communication with higher capacity. Cellular connectivity has this ability, but to be able to deliver it to manufacturing factories, they would benefit from establishing a suitable ecosystem design for the technology. The purpose of this research paper is to investigate how infrastructure developing telecom companies can work to establish this business ecosystem for cellular connectivity in manufacturing factories and make sure they remain competitive over time. The purpose was fulfilled using a qualitative case study consisting of 20 semi-structured interviews, conducted at a case company. The case study was complemented with a quantitative study to understand the status of current relationships in the ecosystem. Results of the study indicate that: • As cellular connectivity for manufacturing factories is in an early stage of its life cycle, it is of more importance to convince customers of the technology’s benefits, in order to get a market pull, rather than promoting the own product. • A competitive advantage may not be yielded through getting a minimum viable product to the market in the sense of learning about components and complements. However, the minimum viable product should give rise to an opportunity to establish key relationships and experience across the entire ecosystem. • Relationships to all business partners in the ecosystem are considered important. However, the relationships differ in strength, as they are at different maturity stages and needs various amounts of attention and resources. Accordingly, some effort needs to be put into all relationships, but making sure to understand the optimal amount of attention and resources for each relationship may facilitate the choosing of appropriate effort levels. / Tillverkande fabriker har börjat inse att de fasta nätverkskablarna borde ersättas med trådlös kommunikation med högre kapacitet, för att deras fabriker ska vara anpassade till dagens förhållanden som krävs för toppmodern tillverkning. Cellulär uppkoppling har denna förmåga, men för att leverera tekniken till tillverkande fabriker borde en lämplig ekosystem-design etableras. Syftet med denna studie är att undersöka hur infrastrukturutvecklande telekomföretag kan arbeta för att etablera detta ekosystem för cellulär uppkoppling i tillverkande fabriker samt se till att vara konkurrenskraftiga över tid. Syftet uppnåddes genom en kvalitativ fallstudie bestående av 20 halvstrukturerade intervjuer som genomfördes på ett företag. Fallstudien kompletterades med en kvantitativ studie för att förstå statusen på nuvarande relationer i ekosystemet. Studiens resultat påvisar att: • Eftersom cellulär uppkoppling för fabriker är i ett tidigt skede av sin livscykel så är det av större betydelse att övertyga kunder om teknikens fördelar för att expandera marknaden snarare än att främja företagets egen produkt. • Vart eftersom tekniken mognar är det viktigt att ha en differentieringsstrategi, för att få en tillfredsställande marknadsandel. En konkurrensfördel uppnås inte garanterat genom komponenter och komplement via att företaget får ut en tidig fungerande produkt på marknaden. Den tidigt fungerande produkten bör dock ge upphov till en möjlighet att etablera viktiga relationer och erfarenheter över hela ekosystemet. • Affärsrelationer till alla parter i ekosystemet anses vara viktiga. Relationerna skiljer sig åt i styrka, eftersom de befinner sig i olika mognadsfaser och behöver olika mängder uppmärksamhet och resurser. Följaktligen måste en viss ansträngning sättas in i alla relationer, men förståelse av den optimala mängden uppmärksamhet och resurser för varje relation kan underlätta valet av lämpliga insatsnivåer.

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