On this page I will incrementally collect all the information what we (Mandy Wilkens and I) currently (2022-11-20) found out looking in Dragon Quest IV Playstation 1 Remake (ドラゴンクエストIV 導かれし者たち) data. If I cannot continue this project, it may help others to get into it. You can contact me for questions, collaborations or hints.
Discovery of Interaction Patterns with Graphical User Interface Usage Mining
The Graphical User Interface (GUI) serves as an interface to directly manipulate graphical elements. Application softwares contain these graphical elements which represent functionality for a specific application. The main target is the discovery of patterns which express functionality usage. In the first part, the interaction between study participants and application softwares are observed by a tool called „Interaction Observer“. This is accomplished with the Accessibility technology which provides access to graphical elements. The approach is termed „Graphical Software Mining“ which mines software exclusively on a graphical level. The observation forms an interaction log. In the second part, interaction patterns are defined and in the interaction log discovered. Interaction patterns are sequences of interactions which express an intentional action. This approach is termed „GUI Usage Mining“ which discovers usage information from GUI interaction logs. Initially, reference patterns are discovered by human annotators. The insights are used to preprocess the raw interaction log. Transactions, which are meaningful interaction clusters, are identified with four approaches. This enables the application of four mining strategies: sequential pattern mining, graph mining, process mining and mining based on n-grams. They are implemented with the help of extern libraries. User-program pairs are analyzed in the evaluation. The patterns of the four strategies are judged by the corresponding participants. The evaluation indicates that the n-gram based strategy discovers more accepted patterns.
Enabling Semantic Web Services for Desktop Environment
Semantic Web Services is a technology to markup Web Services with semantic annotations therewith machines can read, process and invoke them. This technology can be transferred to the desktop environment. Each console program in a operating system environment can be described as a service. Existing Semantic Web Service technologies can process a declarative goal and invoke console programs automatically to solve this goal. The approach of using normal programs in a desktop environment as Semantic Web Services is called in this research „Semantic Desktop Services“.