This study tests two financial valuation models empirically by valuing three stocks from three industries, with the purpose of studying how well valuation models work empirically and to make a forecast. The models which will be tested are residual income valuation and discounted cash flow. Nine stocks will be picked strategically from the Swedish stock market and additional analysis will follow in the analysis chapter.Based on analysis and valuation, the commodities industry has decent valuation as the healthcare industry is undervalued thanks to the high valuation of AZN. The energy industry has low value due to the capital intensive nature of the industry. When it comes to the models and their practical implementation, DCF has been the most problematic to apply empirically whereas RIV was better but it still shows extreme values, which teaches the student the clear difference between theory and empiri..

Title: Investor or Maecenas? ? A study on the usage of venture capital within the Swedish film industry.Author: Tobias MagnussonSupervisors: Ahmad Ahmadi, Clas GunnarssonPurpose: The purpose with this thesis is to complement the research on procurement of capital within the Swedish film industry.Methodology: The primarily research method that have been used to gather material is qualitative interviews, that has been performed with four individuals that are active in the Swedish film industry.Theory: In order to create an adequate theoretical base, theories regarding investments and cultural entrepreneurship are presented.Empirics: In this chapter the results of the interviews are presented, sorted in several subcategories. The material is thereafter analyzed and discussed in the following chapter, with the theoretical base in mind.Conclusion: The usage of venture capital within the Swedish film industry is relatively low today. Non-monetary values are the primary reason to invest in the Swedish film industry today. A significant risk diversification, together with knowledge dispersion needs to be made in order to make the Swedish film industry more attractive to investors.

Palm oil has been used in processed food commodities since the 19th century. An increasing demand for regulating and ensuring a more sustainable palm oil production has resulted in various initiatives. However, these initiatives have received critique due to lack of compliance and insufficient revisions of palm oil plantations. The initiatives for creating an ethical, social and environmentally sustainable production are not sufficient for the Swedish industrial users of palm oil. As a result, stakeholders such as Swedish food processing companies, commit to ethical sourcing codes of conduct that go beyond the international palm oil initiatives.

Sweden?s energy consumption is divided into three major sectors. One of them is the industry sector. One third of Sweden?s energy consumption is converted in the industries.

Just how far is it possible to make learning of new parts for recognition and robot picking autonomous? This thesis initially gives the prerequisites for the steps in learning and calibration that are to be automated. Among these tasks are to select a suitable part model from numerous candidates with the help of a new part segmenter, as well as computing the spatial extent of this part, facilitating robotic collision handling. Other tasks are to analyze the part model in order to highlight correct and suitable edge segments for increasing pattern matching certainty, and to choose appropriate acceptance levels for pattern matching. Furthermore, tasks deal with simplifying camera calibration by analyzing the calibration pattern, as well as compensating for differences in perspective at great depth variations, by calculating the centre of perspective of the image.

The company Somas, Säffle, has assigned Fredrik Kjellin the project of finding out how ?KVTF DN250?, one of their own valves, reacts on cutting forces under production. They wish to know if and then how much it?s possible to minimize the wall thickness of the valve with neither plastic nor to big elastic deformations caused by processing.The most critical processes have been identified as rough lathing. The study has shown that the marginal for a wall thickness of two millimeters, to fall short of the yield stress in the most critical process, is good.

Background: Literature regarding brand identity within the service industry is relatively under developed. As a result one theory is used for both the service and product brands, even though there is a significant difference between a product and a service. As a result of this, the brand identity within the service industry has consequences. Purpose: The purpose of this thesis is to contribute to the brand identity within the service industry. This is done by focusing on how and why this work is done.

Kontorslandskap är en vanligt förekommande kontorsdesign och fördelar och nackdelar med att arbeta i sådan miljö är oklara. Syften med denna studie var att a) undersöka hur individer upplever att arbeta i kontorslandskap och vad det kan ha för konsekvenser för hälsa och arbetsvillkor, och b) undersöka deras grad av känslighet i förhållande till kontorslandskap, hälsa och arbetsvillkor. Studenter vid Beckmans designhögskola deltog i studien genom att fylla i en enkät. Resultaten visade att upplevelse av kontorslandskap var relaterat till anspänning av arbete och arbetstillfredsställelse men inte till sensory-processing sensitivitet vilket är delvis i linje med tidigare forskning. Att uppleva kontorslandskap som positivt kan kopplas till högre arbetstillfredsställelse och lägre anspänning av arbetet.

Volvo Human Monitoring (VHM) is an ongoing project at Volvo Cars where they measure, amongst other parameters, inhalation and exhalation through a device called Respiratory Inductance Plethysmograph (RIP), on drivers. RIP measures changes in the cross-sectional area of the chest and abdomen. When the driver is in motion, such as when she is turning the vehicle, the cross-sectional area changes and noise in the RIP signal may arise.The noise results in a large number of manual adjustments in the analysis of the RIP signal, which is very time consuming and the validity of the device for measuring inhalation and exhalation is questioned.The purpose of this study was to improve the efficiency of the analysis of the RIP signal. The goal was to create a new data processing tool in Matlab that automatically detects inhalation and exhalation from a RIP signal with higher validity compared to the previous data processing tool.In this study, nine tests were performed on drivers while they were driving in different scenarios such as highway, country road and in city traffic. Inhalation and exhalation was measured using a RIP, a pneumotachograph with a tightly sealed facemask and a thermocouple placed between the nose and mouth, which was used as reference to the RIP.The result of this study was a data processing tool that automatically detects inhalation and exhalation with higher validity compared to the previous data processing tool.

The purpose of this essay is to investigate the airline industry and its part in the mobile community. Further on, to investigate the factors that throughout history are having an impact on the airline industry and have lead to the condition of today. Through this information we are outlining the future of the airline industry.This essay has been written in a qualitative approach. The empirical gathering has been made through interviews based on open discussions between the interviewers and respondents. We started out with creating a theoretical pre-understanding and continued by comparing how well these theories matched the reality.The gathering of the theoretical material was chosen on the basis how well it matches the subject of our essay.

We have different kinds of signal processing everywhere around us in our everyday life, in our cellphones, when we are listening to music, watching TV etc. This makes signal processing a very interesting and important technical area, where the demand of skilled engineers sets the limit of what is possible.Working with signal processing requires in-depth knowledge in areas such as mathematics, physics, electronics, and other related areas. For this, it has traditionally been demanded by a talented developer to also master the advanced programming languages such as C / C + + and Assembler.This has begun to change; today there are several companies that offer graphical development environments for signal processing, environments where programming skills are not needed anymore, and the focus can be on signal processing instead.The goal with this project is to build a corresponding graphical development environment to reach an understanding of what is required of these systems, and also to grasp what opportunities that are available within graphic programming. Inspiration for the work has partly arise from some of the tools available on the market, and partly from previous theses that have been written about graphic programming.The challenge lies in creating a program that can execute signal diagrams in real time from given signal blocks, and be able to handle feedback loops in an efficient way and to do so at the lowest "cost" in terms of clock cycles as possible. This should also be compared against to code, compile and run a complete signal diagram directly.To increase the usability it should also be possibility to externally manage in real time the parameters of the signal diagram during execution.The interface is a separate program, which is to some extent similar to Matlab Simulink, where a signal diagram is drawn up graphically by connecting wires between different signal blocks.

The degree project is performed at Metso Kamfab. The production is aimed on machines everything from handling of fiber to paper pulp. Metso Fiber and Kamfab are using Pro/Engineer for design and blueprint production. The processing department types the NC-programs in notepad on the basis of the blueprints, the CAD-dates that already is there are not used. The aim with the work is to study if Kamfab can use CAM-system for processing and production of programs for their NC-machines.

The company Somas, Säffle, has assigned Fredrik Kjellin the project of finding out how ?KVTF DN250?, one of their own valves, reacts on cutting forces under production. They wish to know if and then how much it?s possible to minimize the wall thickness of the valve with neither plastic nor to big elastic deformations caused by processing.The most critical processes have been identified as rough lathing. The study has shown that the marginal for a wall thickness of two millimeters, to fall short of the yield stress in the most critical process, is good.

About 30 % of our greenhouse gas admission comes from the food we are eating, and food plays a crucial role in the choice of destinations. The tourism industry has a great opportunity to affect our food habits. Used in the right way, the industry can teach us to eat more environmental friendly..

About 30 % of our greenhouse gas admission comes from the food we are eating, and food plays a crucial role in the choice of destinations. The tourism industry has a great opportunity to affect our food habits. Used in the right way, the industry can teach us to eat more environmental friendly..