UIO Sample Clauses
The UiO (Use in Object) clause defines the rights and limitations regarding the use of a product, service, or intellectual property within a specific object or context. Typically, this clause clarifies whether the licensed material can be incorporated into, or used as part of, a larger product or system, such as embedding software in a device or integrating content into a platform. By specifying these boundaries, the clause helps prevent unauthorized uses and ensures both parties understand the permitted scope, thereby reducing the risk of disputes over how the material may be utilized.
UIO. For WP 7.1.1, UiO/USIT is using 1TB of the resources of the Norwegian National Data Storage infrastructure (Norstore).
UIO. The University of Oslo is Norway’s main university. Computer science at UIO was established in 1968 by the late Prof. Ole-Johan Dahl, Turing award winner 2002 for inventing object ori- entation. The research group for Precise Modeling and Analysis has a long tradition in formal specification techniques for object-oriented systems. Recently, the group has focused on open distributed systems with the research projects Adapt-FT: Adaptation of Formal Techniques to Support the Development of Open Distributed Systems (1997–2002), and Creol: A Formal Framework for Reflective Component Modelling (2004–2008), and Connect: Active Behavioral Interfaces for Seamless Network Integration (2006–2010), funded by the Research Council of Norway, and the EU-project IST-33826 Credo: Modeling and analysis of evolutionary struc- tures for distributed services (2006–2009). Johnsen, Owe, and Steffen’s main expertise is on formal specification techniques for object-oriented and open distributed systems, includ- ing type systems, development of assertional and deductive techniques, and open semantics. With the development of the Creol language, this work is extended with executable specifi- cations based on rewriting logic and Maude. In HATS, UIO will be leading WP2 (Variability) and will contribute significantly to WP1 (Framework), in particular to the development of the core ABS language, and to WP3 (Evolv- ability), in particular to the modeling and static analysis.