The main purpose of a logotype is to harmonize with a company?s business concept and culture. This study is based on the Receiver?s attitudes about three different logotypes - Volvo, Telia and Mcdonald's. It informs the reader about the importance of a logotype as a mean of communication and if the perceptions of the logotype harmonize with the profile of the company.

The main purpose of a logotype is to harmonize with a company?s business concept and culture. This study is based on the Receiver?s attitudes about three different logotypes - Volvo, Telia and Mcdonald's. It informs the reader about the importance of a logotype as a mean of communication and if the perceptions of the logotype harmonize with the profile of the company.

The main purpose of a logotype is to harmonize with a company?s business concept and culture. This study is based on the Receiver?s attitudes about three different logotypes - Volvo, Telia and Mcdonald's. It informs the reader about the importance of a logotype as a mean of communication and if the perceptions of the logotype harmonize with the profile of the company.

The main purpose of a logotype is to harmonize with a company?s business concept and culture. This study is based on the Receiver?s attitudes about three different logotypes - Volvo, Telia and Mcdonald's. It informs the reader about the importance of a logotype as a mean of communication and if the perceptions of the logotype harmonize with the profile of the company.

This report is an outcome of a master degree project at Linköpings University in co-operation with Micronic Laser Systems AB. The purpose with this master degree project was to investigate how to implement a Receiver in a data transfer system. The system consists of several data channels, where every channel consists of three parts: driver, transmission lines and Receiver. The driver send low amplitude differential signals via the transmission lines to the Receiver that amplifies and converts it to a single-ended signal. The Receiver has to be fast and be able to feed an output signal with high voltage swing.

This thesis for the Master of Science degree was performed at Solectron Corporation in Norrköping. The background for the thesis was a need to develop and build two test fixtures to automatize testing and adjusting of transmitter modules (TX-fixture) and Receiver modules (RX-fixture) which are head devices in DWDM-systems. The basic elements for the test fixtures are: Test board, switch board and DC/DC board. The main function of the test board is to handle communication between the transmitter and Receiver modules and supply voltage to these modules. The test board was insufficient and modified with a microprocessor to handle the communication between the PC and the Receiver module.

Every year approx. 110 billion SEK is being used In Sweden to finance research. The government contributes with 22 percent, i.e. approx. 25 billion SEK.

The rising demand for electricity and heat raises a big challange for the society and engineers. Many products have been introduced to the market to supply more energy to the energy systems. Absolicon AB is a Swedish company that develops and markets a combined heat and power generating product. The product, Absolicon X10, uses a parabolic trough to concentrate the radiation of the sun onto a Receiver. The Receiveris equipped with mono crystalline solar cells and is cooled by a circulating liquid media.

The work that is the basis of this Master Thesis was performed on Scania´s group of cabdevelopment, and concerns the GPS-system in Scania´s trucks. Today, the GPS-systemconsists of an active antenna mounted on the roof of the truck. The antenna is connectedto the Receiver with a coaxial cable.The purpose with this Master Thesis was to develop and evaluate a new GPS-system,where the information is distributed using a LIN-network. Today, each unit requiringGPS-information is equipped with its own antenna and Receiver. This solution has beenthe most cost effective to this point.

In this Master's thesis, a direct-conversion Receiver front-end has been designed in a 0.18um CMOS technology. Direct-conversion Receivers (DCR) have obvious advantages over the heterodyne counterpart. Since the intermediate frequency (IF) is zero, the problem of image is circumvented. As a result, no front-end image reject filter is required and the channel selection requires only a low-pass filter, which makes it easy to integrate directly on chip. However, the DCR also suffers from several drawbacks such as extreme sensitivity to DC offsets, 1/f noise, local oscillator (LO) leakage/radiation, front-end nonlinearity and I/Q mismatch.

Events are a growing channel for companies and organizations to reach out to their customers. The com-munication channel opens up to satisfy all human senses. Which are required for a message to go into the Receiver and be memorized. The research gap we decided to contribute to we made a case study of an event that is not sport related and looking at both the transmitter perspective and Receiver perspective. Thus, the purpose of our study is to increase the understanding of how the transmitter should be able to convey the purpose and goal of the event to the Receiver.

The aim of this study is to gain knowledge about the internalcommunication at a public library in Sweden, focusing on the flow of information and the library employee?s role as a source and Receiver. This is an important subject because internal communication affects not only the internal work, but also the users. Despite this there are few studies about internal communication in libraries. The research questions used are: How do the employees perceive the role as source of information, and what choices do they make before they spread information? How do the employees perceive the role as Receiver of information? How do the employees feel that the information flow works in the organization as a whole?The research is founded on five qualitative semi-structured interviews with the library employees.

Free2Move AB is developing products for the market within wireless communicationand identification, among those active RFID-tags. The company had an idea aboutproviding one of their active RFID tags with a GPS Receiver and transmit positions viaan existing RFID protocol. Desire from the company was also the possibility to logpositions and measure temperature. The finished prototype should also be able to beactivated by movement. The company had proposal about components that were to beused in the project.

TV and radio services have always been distributed over analogue broadcasting networks and been received on a TV -set or a radio Receiver. Today this situation is changing due to digitalization and convergence between broadcasting, telecommunications and data communications. Other terminals, such as a PC, can also receive TV and radio services. Digital TV and radio can offer additional services such as e-commerce, electronic program guides and content synchronized to the TV and radio shows. If these services are to be received by several receiving terminals with different properties, the services must be adapted to the terminals.

To be able to evaluate different radio waveforms in a laboratory environment FOI in Linköping has developed an experimental system for radio communication called Rasmus. The system consists of a transmitter, a channel emulator and a Receiver. The transmitter modulates a digital signal to a desired analogue waveform. The channel emulator is used to simulate a real radio channel. The channel emulator distorts the signal by splitting it up in several propagation paths.