... Infrastructure details are hidden to the user and they follow a pay-per-use model. It’s easy to scale the system when demand increases, or in the case of huge distributedsystems experiments it’s possible ...
... A distributed application is built up from processes executed at different nodes from possibly distant ...in distributedsystems, two important elements must be faced: or- dering and timeliness [3, ...
... The ultimate goal of the system is the efficient management of the activations and deactivations of worker nodes. In other words, when an activa- tion request is issued the system must rapidly find out whether it can be ...
... There are still non-standardized formal models (e.g., Nets of Petri [6], Statecharts [7], that are used in the specification and validation of distributedsystems. [8] presents a group of architectural ...
... Autonomic Computing faces complexity with the idea of a computer system that adapts to changes without human intervention (Lalanda, Mccann, & Diaconescu, 2013). Autonomic Computing defines an autonomic system as a ...
... In this Thesis we present a framework, named AdCIM, for the management of the conguration of heterogeneous systems. As such, its aim is to integrate and uni- formize the management of these systems ...
... as Distributed Component Object Model (DCOM) provided by Microsoft and Common Object Request Broker Architecture (CORBA), sponsored by Object Manage Group (OMG) and Enterprise Java Bean, from Sun and Internet ...
... I do so on this thesis, using two real datasets from two different industrial envi- ronments to help validating each proposal. This thesis has four relevant research contributions. First, I will compare the performance ...
... A typical example of a Distributed System is formed by a set of processors interconnected by a Local Area Network (LAN). The model studied here consist of a set of homogeneous an independent nodes having their own ...
... System administrators have to take into account the great diversity of hardware and software existing nowadays in organizations. Homogeneity can be achiev- able in some instances, but also has risks; i.e., a monoculture ...
... sharing distributed sys- tem involves deciding not only when to execute a process, but also where to execute ...a distributed system is accomplished by two components: the allocator and the ...in ...
... of distributedsystems; some of them allow interaction between different programming languages or operating ...as distributed architectures that use binary protocols for ...
... grammar systems, see the monograph [5] and more recently the chapter [8] in ...by systems of very simple grammars belonging to grammar classes with weak computational ...tómata systems working under ...
... of Systems (CNRS/LAAS, France) and Kungl Tekniska Hgskolan (KTH, ...using distributed components in such a way that the semantics of the interface is predefined by the patterns, irrespective of where they ...
... Once the architecture and methodology are established, we answer the following ques- tions by integrating components that have some tools from other fields of artificial intelligence. The tools resemble some of the human ...
... in distributed data, based on multi-agent systems, and where we are interested in using multiple models of the ...multi-agent systems, we are interested in Lazy Learning techniques, and specially ...
... Different types of voting equipment are used to speed up the ballot emission and counting process, but the technologies implemented do not capture the power of the information revolution. There have been several studies ...
... In contrast to C, both Ada and Java include more facilities for most real-time require- ments. Ada is a well-known language for RTS; However, Java technology has quite a few features that are desirable in the real-time ...
... Real Time Communications (WebRTC) [4], videoconferencing systems are accessible from web applications and mobile devices and its use is open to a higher number of users than ever before. On the other hand, the ...