Specific features of computer games localization process

Localization of Digital Games: The Process of Blending for the Global Games Market

he process of localizing digital games can be significantly different from the process of localizing productivity software; although many of the issues can be discussed in similar terms, the game industry carries with it a series of unique challenges. The term digital game itself requires some clarification. Kerr (2002) defines digital games as “games on a number of different digital platforms ...

Using Domain-Specific Modeling towards Computer Games Development Industrialization

This paper proposes that computer games development, in spite of its inherently creative and innovative nature, is subject of systematic industrialization targeted at predictability and productivity. The proposed approach encompasses visual domain-specific languages, semantic validators and code generators to make game developers and designers to work more productively, with a higher level of a...

Computer Games

Computer vision for computer games

The appeal of computer games may be enhanced by vision-based user inputs. The high speed and low cost requirements for near-term, mass-market game applications make system design challenging. The response time of the vision interface should be less than a video frame time and the interface should cost less than 50 Dollars U.S. We meet these constraints with algorithms tailored to particular har...

Protein subcellular localization prediction based on compartment-specific biological features.

Prediction of subcellular localization of proteins is important for genome annotation, protein function prediction, and drug discovery. We present a prediction method for Gram-negative bacteria that uses ten one-versus-one support vector machine (SVM) classifiers, where compartment-specific biological features are selected as input to each SVM classifier. The final prediction of localization si...