Rodrigo Lanka

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Distributed systems are some of the most successful structures ever designed for computer users with their undisputed benefits. However, this structure has also introduced several side-effects, most notably unanticipated runtime events and reconfiguration burdens imposed by environmental changes. In this paper, we discuss a model that enables an object to(More)
Open distributed computer systems are some of the most successful structures ever designed for the computer community together with their undisputed benefits for users. However, their complexity has also introduced a few side-effects, most notably the unpredictable nature of the underlying environments and reconfiguration burdens imposed by environmental(More)
In distributed object-oriented computing, a complex set of requirements has to be considered for maintaining the required level of reliability of objects to give higher level of performance. The authors proposed a mechanism to analyze the complexity of these underlying environments and design a dynamically reconfigurable architecture according to the(More)
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