Cache Simulator is a tool to increase the understanding of a cache memory. Therefore cache memory simulation is included in the course Computer Engineering IS1200 at the Royal Institution of Technology. The purpose of this project is to develop a cache memory Simulator for education. The existing MipsIt and Mips Simulator which is currently used in IS1200 has been the main source of inspiration. This resulted in the development of the cache memory Simulator LMSim.

Detta är ett uppsats på D-nivå. I en tidigare kurs, inom vårat program Data- och Systemvetenskap, kom vi på en idé om hur man kan förbättra/komplettera utbildningen av nyanställda som befinner sig i en stressig arbetsplats på företag där det är ett ständigt behov av återanställning av personal. Vi utvecklade detta koncept och kom med idén till en Simulator som kan utbilda personal samt minska stress hos nyanställda. Idén mognade till en Serious Game Simulator baserad på en Wii-kontrollerad PC-baserad Simulator med Bluetooth-stöd.Syftet med denna uppsats är att skapa en guide om grunderna i en Simulator som utnyttjar Wii-kontroller som externa inmatningsenheter. I denna guide kommer vi att täcka hur Nintendos Wii-kontroll fungerar, hur man kan skapa enkla 3D-modeller i Blender och även hur detta kan implementeras i Microsoft XNA.

This is a thesis on D-level. In a previous course, at our program Computer Science, we came up with an idea of how to improve/complement training for new employees who are situated in a stressful workplace at companies who are in a constant need of rehiring. We developed this concept and came up with an idea for a Simulator that could train staff as well as relieve stress and tension for new employees. The idea matured and became a Serious Game Simulator based on a dual-wield Wii-controlled PC-based Simulator with Bluetooth support.The purpose of this paper is to produce a design concept for a Simulator as well as conducting research on the topics: mental and physical learning abilities, psychomotor abilities, visual perception, hand-eye coordination, confidence, Simulators and Serious Games. The conducted research will be the foundation for the design concept which will be implemented in our co-workers', Henrik Djerf & Daniel Gomez-Ortega, prototype.

För att bibehålla och öka produktiviteten i skogsbruket behövs nya tekniker och arbetsmetoder. Syftet med detta examensarbete var att, för sektionsgallring med flerträdshantering, ta fram ett fungerande Simulatorkoncept genom att utforma ett testbestånd i Simulatormiljö. Vidare var syftet att studera maskinförares inlärningsförmåga och upplevelse av Simulatormiljön, samt utvärdera möjligheten att använda en Simulator vid forskning och tidsstudier. Studien genomfördes genom tidsstudier av fyra maskinförares körningar i en skogsmaskinSimulator och genom en enkät.  Beståndet blev ett väl fungerande arbetsområde med bra stamantal med god översikt där testerna kunde genomföras. Maskinens funktion var mycket snarlika verkliga förhållanden.

The purpose of this study is to explain how the value of sawn wood changes when sawn wood are cut in 30 respective 60 cm lengths. The raw material into the saw mill will mainly be bucked in 30cm and 60 cm modules. There will also be two alternatives where the timber will be bucked special lengths, 370, 490 and 550 cm but also in 490 and 550 cm.The method used for the study is to simulate both cutting and sawing the woods. For cutting the Simulator Timan is used and for sawing the Simulator Timberopt is used. When data is generatedfrom the Simulators, calculations of some key figures is done and also how much the revenue need to be increased for the sawn wood in order to cover for the increased costs of changing sawn woodfrom 30 cm to 60 cm modulesThe conclusion is that the single biggest reason, impacting the value of the sawn wood is the cutting at the saw mill.When going from 30 to 60 cm modules, the impact will be that the customers to the saw mill must pay more to increase the revenue by at least 10% for the sawn wood in order to justifice the changein production.It is also possible to increase the value of the products further by bucking the timber in three lengths, 370, 490 and 550 cm, in order to get 12 % increase of the share of longer sawn wood (>= 480 cm)..

In this project a Simulator has been developed (in C++) with the purpose of illustrating how changes in environmental regulations, tax levels and other policy measures affect the composition of an energy system. The aim of the project was to investigate how energy companies? investment strategies are affected when changes in economic and environmental conditions occur. A standard scenario has been created based on current Swedish conditions, but the user can create new scenarios and set parameters freely. The user is tasked with building power plants to supply the city/region with district heating and electricity during a pre-set number of years. When the simulation is finished the result is graded in the following categories: economy, environment and quality. To evaluate the Simulator three scenarios were created (?early 20th century?, ?reduced environmental control? and ?future?) in addition to the standard scenario and these were compared with each other by examining how a select group of power plants perform under the given conditions.

This report presents a master thesis project performed at Elekta AB during the fall of 2013 and early 2014. Elekta is a medical technology company and their main product in the Stockholm office is a gamma knife used for radiosurgery. The gamma knife contains a cluster of a dozen motor servos and motors used for adjusting the patient and the radiation sources over a CAN bus. A self-developed hardware-in-loop Simulator running on a PC with LabVIEW is currently being used for integration level testing of the control system of the gamma knife. The Simulator has some problems with it not running in real-time and having other performance issues.

This report presents a master thesis project performed at Elekta AB during the fall of 2013 and early 2014. Elekta is a medical technology company and their main product in the Stockholm office is a gamma knife used for radiosurgery. The gamma knife contains a cluster of a dozen motor servos and motors used for adjusting the patient and the radiation sources over a CAN bus. A self-developed hardware-in-loop Simulator running on a PC with LabVIEW is currently being used for integration level testing of the control system of the gamma knife. The Simulator has some problems with it not running in real-time and having other performance issues.

The purpose of this work is to providing a general set of base classes for building Simulators, for example a robot system. Instead of every time building a new Simulator from the beginning, you get the already completed components from a library. The library should in that way act as a springboard for development.To do this work, there?s a lot of knowledge required in how a general robot system could look like. Therefore it was necessary to gather some information about robotics.

The company Sound Precision has developed a new Line Array loudspeaker system (VHA-40). When using this system, their customers need computer aid to get the best possible sound-quality and control of sound levels for the whole audience. The aim of this thesis is to develop a truly useful sound quality Simulator for the VHA-40. The system will help the sound engineers to position the loudspeakers for optimal sound by simulating loudspeaker configurations and visualizing the resulting sound quality and quantity. To solve this a human-centered design (HCD) approach is taken to implement a system that is truly useful for the users, meaning that they will use it more and hence deliver better sound for the audience.

The company Sound Precision has developed a new Line Array loudspeaker system (VHA-40). When using this system, their customers need computer aid to get the best possible sound-quality and control of sound levels for the whole audience. The aim of this thesis is to develop a truly useful sound quality Simulator for the VHA-40. The system will help the sound engineers to position the loudspeakers for optimal sound by simulating loudspeaker configurations and visualizing the resulting sound quality and quantity. To solve this a human-centered design (HCD) approach is taken to implement a system that is truly useful for the users, meaning that they will use it more and hence deliver better sound for the audience.

Prevas AB har utvecklat ett lagerhanteringssystem som kallas Snitcher Warehouse. Programmet körs på handdatorer och används av lagerarbetare för att underlätta det dagliga arbetet. Applikationen innehåller bland annat funktioner för att hantera gods som inkommer till lagret, det hanterar också flera olika typer av plocklistor samt funktioner för saldo och inventering. Lagerhanteringssystemet körs mot ett affärssystem som heter Movex/M3.Affärssystemet är stort och komplext samt innehåller många fler funktioner än vad Snitcher Warehouse har användning för. För att kunna demonstrera och felsöka applikationen behövs en uppkoppling mot affärssystemet samt tillgänglig testdata i det.

This report is a description of a developed educational Simulator over rail vehicles and its components. The Simulator is a hardware-based prototype over a door system on rail vehi- cles. System specialists and technicians will use the prototype. The Simulator should give the user a technical demonstration on how components work in a door system. The proto- type consists of motor, switch, relay and sensor.

This report is a description of a developed educational Simulator over rail vehicles and its components. The Simulator is a hardware-based prototype over a door system on rail vehi- cles. System specialists and technicians will use the prototype. The Simulator should give the user a technical demonstration on how components work in a door system. The proto- type consists of motor, switch, relay and sensor.

The company Sound Precision has developed a new Line Array loudspeaker system (VHA-40). When using this system, their customers need computer aid to get the best possible sound-quality and control of sound levels for the whole audience. The aim of this thesis is to develop a truly useful sound quality Simulator for the VHA-40. The system will help the sound engineers to position the loudspeakers for optimal sound by simulating loudspeaker configurations and visualizing the resulting sound quality and quantity. To solve this a human-centered design (HCD) approach is taken to implement a system that is truly useful for the users, meaning that they will use it more and hence deliver better sound for the audience.