Search for dissertations about: "systemization"
Found 4 swedish dissertations containing the word systemization.
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1. Dynamics of corporate strategy from a value chain perspective : A study of the Swedish telecom and construction industries during the 90’s
Abstract : Changes in sectors and industries have brought new challenges to corporations as well as been important driving forces for the dynamics in strategy at the corporate level. With the dramatic developments of the 1990’s in mind, such as multilateral free-trade agreements, liberalization, privatization, sharp industry growth/decline, increased competition and globalization, in particular within the telecom and the construction industry, this study contributes to describing and understanding strategic change at the corporate level as well as changes in the division of work within value chains. READ MORE
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2. Environmental effects and organizational experiences of Environmental Management Systems
Abstract : The global environmental impacts of industrial activities e.g., depletion of the ozone layer and global warming, have come to be growing worldwide concerns. Similarly, catastrophic accidents have raised global worries regarding industries' impact on the environment and generated a global interest in preventing pollution. READ MORE
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3. Toward Accident Prevention Through Machine Learning Analysis of Accident Reports
Abstract : Occupational safety remains of interest in the construction sector. The frequency of accidents has decreased in Sweden but only to a level that remains constant over the last ten years. READ MORE
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4. Optimization and Learning for Large-Scale MIMO-OFDM Wireless Systems : Theory, Algorithms, and Applications
Abstract : The requirements for next-generation wireless communications networks, particularly fifth-generation (5G) and beyond, are driven by at least three broad use cases. These include enhanced mobile broadband services to support extremely high data rates in terms of network or per user in both uplink and downlink, massive machine-type communications to accommodate massive internet-of-things applications, and critical machine-type communications to handle mission-critical applications that require ultra-high reliability and low latency. READ MORE