Xmas (brand substitution not permitted).

Morphological Analysis and Synthesis by Automated Discovery and Acquisition of Linguistic Rules

':[his paper describes a rule-based machine learning approach to morphological processing in the system called XMAS. XMAS discovers and acquires linguistic rules from examples of morphological combinations and accomplishes the morphological analysis and synthesis by applying the rules. This approach is independent of languages, saves time and effort for development and maintenance, and takes sm...

A Brief Introduction to Xmas Xmas Sub-group of Mix

"Oh Tanenbaum, oh Tanenbaum...": Technical Foundations of Xmas 4.0 Research

Andrew Tanenbaum and his textbooks – e.g. on Operating Systems, Computer Networks, Structured Computer Organization and Distributed Systems, to name but a few – have had a tremendous impact on generations of computer science students (and teachers at the same time). Given this, it is striking to observe that this comprehensive body of work apparently does not provide a single line on a research...

XMAS: An Experiential Approach for Visualization, Analysis, and Exploration of Time Series Microarray Data

Time series microarray analysis provides an invaluable insight into the genetic progression of biological processes, such as pregnancy and disease. Many algorithms and systems exist to meet the challenge of extracting knowledge from the resultant data sets, but traditional methods limit user interaction, and depend heavily on statistical, black box techniques. In this paper we present a new des...

A formalisation of XMAS

Communication fabrics play a key role in the correctness and performance of modern multi-core processors and systems-on-chip. To enable formal verification, a recent trend is to use high-level micro-architectural models to capture designers’ intent about the communication and processing of messages. Intel proposed the XMAS language to support the formal definition of executable specifications o...