This bachelor thesis examines and discusses the question: "How can Graphics for newscasts be adapted to follow technological developments in various media and increase its informative quality?" The work was performed on Swedish Television's own graphic department, SVT design in order to examine how news Graphics need to be developed to follow the technological changes in media. The production resulted in a news Graphics concept divided into three parts. Two of the sections show examples of how Graphics can be adapted according to platform and the third section shows examples of news Graphics that are produced at SVT Design by me. The bachelor thesis focuses on the development of technology in the media and examines areas such as interactive solutions, news Graphics and the traditional television media..

This bachelor thesis examines and discusses the question: "How can Graphics for newscasts be adapted to follow technological developments in various media and increase its informative quality?" The work was performed on Swedish Television's own graphic department, SVT design in order to examine how news Graphics need to be developed to follow the technological changes in media. The production resulted in a news Graphics concept divided into three parts. Two of the sections show examples of how Graphics can be adapted according to platform and the third section shows examples of news Graphics that are produced at SVT Design by me. The bachelor thesis focuses on the development of technology in the media and examines areas such as interactive solutions, news Graphics and the traditional television media..

In the media richness of everyday life, the encounter with information Graphics ishappening on a daily basis, whether we are aware or not. With the development andeasy access of technologies, new ways to create and display information Graphics hasemerged. Among them, the animated information Graphics, which in the few pastyears appears to have increased in popularity on video sharing websites such asVimeo and Youtube. In the genre of animated information Graphics, there seems to bean inherent diversity regarding the design characteristics. In this study we exploredliterature and research on information Graphics and related subjects.

News Graphics as a part of journalism is something that?s constantly developing along with the news. That?s what we believed when we started this paper including its study. And we still believe the same, now that we?re done.News Graphics itself is fairly common in Swedish newspapers, it can be seen every day in almost any major newspaper and is perfect for describing an event like the pollution of the sea over many years or just simply point out on a map where a city is located.This is one of the reasons to why we wrote this; another reason is that there?s almost nothing else written on the subject in northern Europe.

The visual complexity in real-time applications, like computer games, is increasing with customer demands on vissual apperance. This trend is supported by even better Graphics cards from the hardvare industry. This must be taken into consideration when the architecture of a new Graphics engine is to be designed. The engines renderer is responsible of generating a picture of scene data. The renderer must cope with increasingly more complex scenes, and must be able to render them depending on available hardvare capasity.

GPGPU is a collective term for research involving general computation on Graphics cards. A modern Graphics card typically provides more than ten times the computational power of an ordinary PC processor. This is a result of the high demands for speed and image quality in computer games.This thesis investigates the possibility of exploiting this computational power for image processing purposes. Three well known methods where implemented on a Graphics card: FFT (Fast Fourier Transform), KLT (Kanade Lucas Tomasi point tracking) and the generation of scale pyramids. All algorithms where successfully implemented and they are tree to ten times faster than correspondning optimized CPU implementation..

Om man vill skapa ett realistiskt hav inom Computer Graphics är det viktigt att man har snygga övergångar till andra material. Ett exempel på detta är stränder och det är precis där fokusen på den här studien har legat. Studien gick ut på att hitta en enklare lösning på att visuellt förbättra stränder inom Computer Graphics. För att göra detta så testade två olika metoder i olika experiment. Den ena tekniken som testades var att simulera partiklar för att få fram en bättre strandlinje och de andra var att skapa en shader för att förbättra den.

This essay serves to illustrate the main practical differences between the popular medium-level programming language C++ (C Plus Plus), and the newer high-level language C# (C Sharp). It will focus on the aspects that are readily apparent to the application programmer, such as differing syntax, constraints and capabilities.It will also feature a similar comparison between the open source OpenGL Graphics library, and the proprietary Direct3D Graphics library owned by Microsoft Corporation.It will not go into the differences in ?under the hood? mechanics that the application programmer seldom have to consider after having chosen his programming language or Graphics API, such as C# being compiled into an intermediate language and is run on a virtual machine where C++ is compiled directly to machine code, or the differing principles of rendering in OpenGL and Direct3D.This is by no means comprehensive, many things have been left out or overlooked..

This report is part of the major thesis carried out at Stoneridge Electronics in Bromma,Stockholm during autumn and winter 2005-2006. The background to the thesis is the trendwithin the automotive industry where color displays have become more common for presentationof information to the driver, a trend that has come to the commercial vehicle market. Thepurpose of the thesis has been to evaluate whether programmable logic, with respect to FPGAtechnology, could be suitable for display control and Graphics generation of these more complexcolor displays in automotive environment.Within the scope of the thesis the FPGA technology has been investigated, i.e. whatopportunities and threats there are with aspect to environmental and security requirements. Inaddition, the market of FPGAs and pre-built IP-cores has been investigated.

For many people, a good game is synonymous with good Graphics. One thing that is often forgotten, is that the Graphics only makes up one part of the games. An aspect of the games that is far to often forgotten, is the game?s content and ability to tell stories. Through analyses of the games of the Zelda series, the development of content and storytelling aspects of computer- and video games, since the later half of the 1980:s and up till today, are examined..

To give a realistic impression in a driving simulator for nighttime driving, there are many challenging aspects to consider. One of the most important aspects is the illumination caused by the headlights of the own vehicle. To give a realistic impression there is the need to consider the characteristics of the headlight in use to be able to represent main and dipped beam, but also to represent different models and types of headlights. Another important aspect is the dazzling effects caused by the light cast by other vehicles upon the driver. These effects are not only important to give a realistic and visually appealing simulation, but also to simulate blinding effects which may affect the drivers ability to perceive the traffic environment to a large degree.

The purpose of this paper is to find out how visually impaired people get information on Internet. Visually impaired people has got the right to be able to use the Internet like everyone else. We are also going to revise which aids visually impaired people use today, and how they work in practise. What problems can you run into when you use these aids? We are also going to revise how the webpages design affect the use of the Internet for the visually impaired people.

In this study, we investigate various lighting applications in a virtual environment, where we compare between light based in naturalism (natural light) and pictorialism (artistic light). The purpose of this study is to gain further knowledge in lighting, which is increasingly important for game Graphics. Theory are examined to gather information and recommendations on how to use various light settings that convey different emotions. We then use this information to illuminate the environment that we have built. The environment is presented in Unreal 4 for respondents who are allowed to move around freely in the environment.

My objective for this project was to create a short but thrilling 2D-animation intended as promotion for an online comic book. The purpose of the project was to learn more about animation and Graphics, to further my artistic skills and to learn how to work in Adobe After Effects. I also wanted to learn more about scheduling, project methods and how to handle stress. During the ten weeks of the project I have created the story, the storyboard, the character design, the backgrounds and the animation. The voice over was recorded with the help of a fellow student who also made the music and the sound effects.

This degree project is a study of Graphics profiling with a practical application on IUC Dalarna.The competition between companies is getting harder and harder. Competing goods and services hasa tendency to be more and more equal to each other in respect of quality and value. The customer choosesthe Company with a high reputation and confidence. This is one of the reasons why a companyshould strengthen their company profile. The graphic profile is an important part of the company profileand it gives positive signals to the company spirit and customers.The degree project contains a guide to Graphics profiling.