När Boliden Contech AB konstruerar och säljer en processanläggning ingår ett styrsystem för att styra processen. Det faktum att produkterna ständigt förbättras och nya versioner utkommer samt att företag förvärvas gör att det i dagsläget kan vara svårt att välja styrsystem. Jag fick i uppdrag att utvärdera två styrsystem som är aktuella för Boliden Contech AB vid val av system till sålda processanläggningar. Systemen jag har utvärderat är ABB IndustrialIT och Siemens SIMATIC. Denna rapport ger en presentation av för- och nackdelar med de två aktuella styrsystem samt exempel på systemlösningar och en prisjämförelse.

3D-modelling in AutoCAD This thesis is done in cooperation with LB-Hus in Bromölla, and have aimed to establish a digital AutoCAD model of one of the company?s house types and to find out what opportunities there are to do visualisations in the form of images directly from the programme. Modeling has been carried out so that the very construction of the house is included. Interiors and installations, with the exception of the ventilation system, have been left out in the model. The model has been created with solid models after a comparative study made between solid models and surface models to find out which option in this case was the easiest to handle and took up the least space.

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.

Riksbiljett AB i Göteborg utvecklar heltäckande lösningar för biljettförsäljning. De ser en stor marknadspotential på detta område eftersom de system som nu finns börjar bli gamla och omoderna. Dessutom är det svårt att integrera dessa system med varandra eller med de nya försäljningskanaler som dagens teknik frambringar i form av internet, digital-tv, telefontjänster både via det fasta nätet och via GSM. För att underlätta för de företag som idag inte har något data system och för de företag som vill att Riksbiljett AB skall stå för driften av deras system, har Riksbiljett AB bestämt sig för att utveckla ett verktyg som möjliggör administration av biljetter via Internet.Riksbiljett AB använder uteslutande Microsofts produkter och man vill skapa en så plattformsoberoende applikation som det är möjligt. Därför föll valet på active server pages (ASP) som motor för hela applikationen.

Energy and environmental demands regarding buildings have become an increasinglydiscussed topic, both in Sweden and in Europe as a whole. The general trend indicatesthat greater efforts are being put into the energy efficiency of the built environment.There are already numerous examples of houses with a low energy demand, and thenumber of low energy buildings is constantly growing.At the time being, the maximum level for energy demands for housing in Stockholm is110 kWh/m2year, but as soon as next year the limit will be changed to 90. The Swedishagency Energimyndigheten is currently conducting a project to interpret the EU Directiveon the so-called Nearly zero energy buildings, and the preliminary results indicate thatthe level of requirements for purchased energy will end up with about 55 kWh / m2year,which is in line withtoday?s recommendationsfound in FEBY's Kravspecifikation förPassivhus.Starting with a low-energy house in Henriksdalshamnen in Stockholm, we have analyzedvarious energy-efficiency measures and their influence on power and energy needs. Thefinancial aspects associated with the measures have been studied using a model of lifecycle costs.The measures were initially studied individually to give an idea of how much impact theyeach had.

It is found that the properties of the record years of 1965-1975 is leaking a lot of energy andthese properties are facing a major energy efficiency. From the energy aspect, the facade isafflicted with poor thermal insulation which is a big problem. To address this problem addinginsulation is a good alternative to reduce overall energy consumption of a building. Thewindows on these buildings are also a problem from the energy point of view. Therefore,there are many reasons considered for energy upgrading.

Abstract:This thesis work has been conducted at the Real Estate Department in Halmstad.The department consists of a construction/project management-unit and an operation/management-unit.Like many other towns in Sweden, Halmstad has had a long lasting problem with indoor environment. Not at least at their preschools.Today they are constructing from current building regulations. They have learned from negative experiences which have occurred in the indoor environment in older buildings.Focus is now on healthy materials, like low emission value, energy efficiency and optimization of the building, but still with soft parameters such as cleaning, interior and choice of materials.The fixtures is provides by the real estate department and the furnishings are provides by the children and youth administration. Together they are trying to provide a great indoor environment.I have, together with the real estate department and the children and youth administration of Halmstad, investigated how to provide a good indoor environment in the preschools with small funds.In my thesis there is one theoretical part with a questionnaire survey of how the preschool staff is experiencing their indoor environment to determine where the problems often start. And a practical part with measurements to try and come down to a result that analysis the cause of the problems and also to make sure that the ventilation systems are fulfilling projected values.The measurements and the questionnaire surveys was made at Lokes preschool in Frösakull, Askens preschool in Oskarström and Gullbrandstorps preschool.There were some differences between the staff-responses at the three different preschools.At Askens preschool they feel that the premises are cleaned poorly.At Gullbrandstorps preschool they feel that the indoor-air is bad because they can´t open the windows.

Microsoft SharePoint 2013 är en plattform som är väldigt populär för utveckling av intranät. Möjligheterna för kommunikation inom en organisation bidrar till större och bättre informationsflöde inom organisationen samt leder till effektivare arbete inom organisationen. Microsoft Sharepoint 2013 är alltså ett intranät som blir ett centrum att vistas på samt där man träffar sina kollegor för att dela information och mycket mer.Detta examensarbete utgår från Microsofts välkända intranät Sharepoint 2013. Målet med examensarbetet har varit att skapa ett ärendehanteringssystem utifrån företaget Precio Systemutveckling AB:s beställning samt kravspecifikation . Utvecklingen har baserats på ?The great new app model? som under början på detta år (2013) introducerades utav Microsoft i den senaste versionen av Sharepoint: Sharepoint 2013.

Rapportens syfte är att undersöka vilka krav som ställs på programvaran till framtidens mobila terminaler och de möjligheter som kommer att finnas för denna. Detta inkluderar en liten undersökning om vad vi kan vänta oss för terminaler och vilken funktionalitet som dessa kan komma att ha. Eftersom det är svårt att ge en bild av hur de kommer att se ut har jag mest koncentrerat mig på att hitta lösningar som skall fungera oberoende av hur de mobila terminalerna utvecklas, naturligtvis inom vissa gränser. Detta innebär i realiteten att programlogik och beräkningar ligger på en server och att sedan bara användargränssnittet med kommunikation finns på den mobila terminalen. Rapporten går djupare in på WAP plattformen och sakerna runt denna eftersom detta är den i dagsläget bästa och mest accepterade specifikation för hur man skall göra programvara till mobila terminaler.

Den här kandidatavhandlingen undersöker fördelarna och begränsningarna med Internetbaserade operativsystem i molnet, så kallade Internet OS, och hur IT-företag ser på ämnet. Internet OS är operativsystem som placerar sina resurser och processorkraft ute på Internet, ofta med hjälp av olika molnettjänster. Det finns problem och utmaningar med Internet OS. Dessa problem kan vara ett hinder för företag att överge de traditionella operativsystemen, som exempelvis Windows, och övergå till Internet OS. Det saknas undersökningar om IT-företag vill eller kan flytta sin verksamhet till molnet. Vi vill ge en tydligare bild och bidra med ny kunskap om företags syn på Internet OS. Arbetet har genomförts med en litteraturstudie som har fokuserats på vad den akademiska världen vet om Internet OS med fokus på Chrome OS. Litteraturstudie går in på fördelar och nackdelar, samt framtida visioner.

Sectra Mameas is a medical technology company in an expansive phase that is planning to increase its volume capacity with 50 % in the beginning of 2009. This to be able to deliver the increased number of systems that the customers request. To be able to produce more units the takt time of the assembly line needs to be shortened. This could only be done by identifying and solving recurring problems. To be able to find the problems, create a common knowledge of which these are and eliminate them the production department of Sectra Mamea needs to visualize certainKey Performance Indicators (KPI) in the organization.

This report aims to examine the design of a passive house. The design addresses the selection ofmaterial, sizing and selection of both building services systems and building technical features suchas load-bearing framework and moisture control. Interior layout is designed for a family of twoadults and one child.A big part of the report is devoted to an in-depth comparison of three different wall constructions ofpassive house standard. The structures that have been compared are a lightweight timber structure, aheavier concrete structure and a sandwich wall of the brand Weber Leca. The report covers variousaspects such as air flow, wall thickness, the risks associated with the construction, U-value, thermalbridges, power consumption, price, and assembly costs.

This report aims to examine the design of a passive house. The design addresses the selection ofmaterial, sizing and selection of both building services systems and building technical features suchas load-bearing framework and moisture control. Interior layout is designed for a family of twoadults and one child.A big part of the report is devoted to an in-depth comparison of three different wall constructions ofpassive house standard. The structures that have been compared are a lightweight timber structure, aheavier concrete structure and a sandwich wall of the brand Weber Leca. The report covers variousaspects such as air flow, wall thickness, the risks associated with the construction, U-value, thermalbridges, power consumption, price, and assembly costs.

AEC AB är ett svenskt konsultföretag med 20 års erfarenhet inom disciplinerna tekniska beräkningar och CAD system. AEC´s affärsområde är att stödja Svensk industri med projektering, konstruktion och att driva projekt i egen regi. AEC AB har idag ca 40 anställda fördelade på kontor i Göteborg (HK) och Stockholm. Företaget ingår i koncernen Flygfältsbyrån AB, med säte i Göteborg. AEC AB i Göteborg fick i uppdrag av ett svenskt ingenjörsföretag att försöka förenkla simuleringsberäkningar för järnvägsbroar som trafikeras av snabbgående tåg med hastigheter större än 200km/h, vilket var examensarbetets uppgift.

This report aims to examine the design of a passive house. The design addresses the selection ofmaterial, sizing and selection of both building services systems and building technical features suchas load-bearing framework and moisture control. Interior layout is designed for a family of twoadults and one child.A big part of the report is devoted to an in-depth comparison of three different wall constructions ofpassive house standard. The structures that have been compared are a lightweight timber structure, aheavier concrete structure and a sandwich wall of the brand Weber Leca. The report covers variousaspects such as air flow, wall thickness, the risks associated with the construction, U-value, thermalbridges, power consumption, price, and assembly costs.