WebAssembly is a new binary code specification, which was initially designed to complement JavaScript in web applications. WebAssembly is inherently portable and small, designed for multiplatform usage. Therefore, WebAssembly modules can be created to support embedded system-based biomedical sensor operation. However, WebAssembly has its own limitations to compensate with its portability. In this thesis, we show how WebAssembly modules can be applied to the basic biomedical modalities of body temperature, heart rate, and breathing pattern.  We show how the implementation performed, and what challenges were met during the development. It is concluded that WebAssembly can be applied for achieving safe and effective biomedical sensor devices, although with some limitations. / WebAssembly är ett nytt binärt maskinkodsformat, ursprungligen skapat för att komplettera JavaScript i webbapplikationer.  WebAssemblys kod är liten och kan lätt användas på flera plattformar. Därför kan WebAssembly-moduler skapas för att stödja inbyggda system för biomedicinska sensorer. WebAssembly har dock sina egna begränsningar på grund av sin portabilitet.  I denna avhandling visar vi hur WebAssembly-moduler kan användas på enkla biomedicinska mätningar av kroppstemperatur, hjärtfrekvens och andningsmönster. Vi visar hur implementeringen genomfördes och vilka utmaningar som möttes under utvecklingen. Slutsatsen är att WebAssembly kan tillämpas för att skapa säkra och effektiva biomedicinska sensorenheter, även om det finns en del begränsningar.

The notion of aesthetic unity has garnered substantial attention within the realm of contemporary art, particularly in the domains of film and gaming. These creative mediums encompass a multitude of design elements, making the pursuit of aesthetic unity all the more crucial. In the context of traditional 3D action games, achieving aesthetic unity holds paramount importance in crafting captivating and immersive experiences. Notably, combat systems play a pivotal role in attaining aesthetic unity as they often serve as the primary avenue for player interaction. This research delves into the concept of aesthetic unity in action games, with a specific focus on strategies employed in traditional 3D action game design. Through interviews with seasoned developers possessing extensive research and development experience, this study utilizes the interview research methodology to extract valuable insights and summarize the strategies employed in the development process. Additionally, the study underscores the significance of development models, gameplay design, and other essential design elements, such as plot, in fostering aesthetic unity within the realm of 3D action games.