Electrical/Computer Projects

This thesis study involves designing, implementing and testing of a novel radio resource control algorithm for the closed loop power control in the LTE uplink. Different values of the path loss compensation factor are investigated in the range 0.7-1.0 and ...

Detecting faults in a propulsion system in time can make great savings in maintenance and in avoiding succession errors. The object of this thesis is to design a fault detection system for three typical errors occurring with a squirrel cage induction ...

The goal of the thesis Development of computer interface for a clamp-on ultrasonic flow meter” is to develop a new and improved computer interface for a clamp-on ultrasonic flow ...

The growing interest in analyzing single cells or even single molecules has inspired a great deal of research and engineering in developing low cost, high throughput, and high sensitivity biosensor systems. This work focuses on integrated CMOS optical sensors for ...

This master thesis consists of three parts. The first part contains a summary of what is needed to understand a X.509 parser that I have created, a discussion concerning the technical problems I encountered during the programming of this parser ...

This dissertation presents a multi-faceted effort at developing standard System Design Language based tools that allow designers to the model power and thermal behavior of SoCs, including heterogeneous SoCs that include non-digital components. The research contributions made in this dissertation ...

DySCAS (Dynamically Self-Configuring Automotive Systems) is a research project funded by the European Commission. This master thesis is a portion of the DySCAS project and work is performed at Enea AB. This thesis concentrates on future vehicle electronic systems. During ...

A new generation of electronic devices that use the spin of the electron instead of its charge as a means to manipulate information has recently emerged. These so called "spintronic" devices exploit effects such as giant magneto-resistance (GMR) in magnetic ...

Directional wireless communications is emerging as a viable, cost-effective technology for rapidly deployable broadband wireless communication infrastructures. This technology provides extremely high data rates through the use of narrow-beam free space optical (FSO) and/or radio-frequency (RF) point-to-point links. The use ...

The purpose of this thesis work is to examine the possibility of building a software-defined radio (SDR) for the VHF-band. The goal is to accomplish this with as few components as possible, thus cutting down the size and the production ...