Referentia Systems (United States)

Vortrag von Dr. Ralf Nacke zum Thema Gemeinwohl-Ökonomie vom 17. März 2016 an der Zentral- und Hochschulbibliothek Luzern.

Table-lookup-and-addition methods provide multiplierless function evaluation using multiple lookup tables and a multioperand adder. In spite of their high-speed operation, they are only practical in low-precision applications due to the fast increase in table size with precision width. In this brief, we present two methods for table size reduction by decomposing the original table of initial values into two or three tables with fewer entries and/or smaller bit width. The proposed table decompositions do not incur any extra rounding errors so that the original table can be completely recovered. Experimental results demonstrate significant saving of table sizes compared with the best of the prior designs of the multipartite methods.

Aircraft have multiple disparate data sources associated with maintaining vehicle health. Storing and retrieving data for correlation, trending, and analysis from these data sources is inefficient and expensive. To enable efficient data retrieval and storage, we have implemented an innovative software system based on a common data model that is independent of the data type or vehicle platform. We show that it is possible to integrate data from multiple aircraft platforms using a single data model to facilitate data interoperability and enable cross-platform application development.

In this paper we explore the concept of two-sided competitive coevolution as a mechanism to explore the dynamics of competition in a simulation context. One potential value of doing so is the ability to rapidly explore simultaneous adaptations to two sides, presumably Blue and Red, in order to find solutions that perform well and are relatively robust even in the face of an adaptive adversary