Titlebook: Distributed Applications and Interoperable Systems; 16th IFIP WG 6.1 Int Márk Jelasity,Evangelia Kalyvianaki Conference proceedings 2016 IF

繼而發(fā)生

explicit

: Towards a Practical Evaluation of Robustness and Effectiveness of BFT Protocols,gning and implementing BFT protocols is a hard and tedious task. This first comes from the inherent complexity of designing BFT distributed protocols, reasoning about their correctness, and implementing the software prototype of the protocols in a consistent and efficient way. Another reason that ma

mortgage

Communal

Resource Usage Prediction in Distributed Key-Value Datastores,benefits from the ability to predict those changes in order to handle them seamlessly. In this paper, we present a mechanism to accurately predict the resource usage of distributed key-value datastores. Our mechanism requires offline training but, in contrast with other approaches, it is sufficient

elucidate

Femine

Dynamic Load Balancing Techniques for Distributed Complex Event Processing Systems,ng Systems (DSPS) have been widely adopted by major computing companies such as Facebook and Twitter for performing scalable event processing in streaming data. However, dynamically balancing the load of the DSPS’ components can be particularly challenging due to the high volume of data, the compone

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Sputum

Bringing Complex Event Processing into Multitree Modelling of Sensors, future. These applications generate a large amount of data that can be challenging to manage; identifying and parsing this data become a prominent problem. In order to address this issue, we propose a multitree model for the sensor representation which matches the need for heterogeneous application

定點(diǎn)

Enhanced Energy Efficiency with the Actor Model on Heterogeneous Architectures,se options showed to be effective already in the literature, the lack of energy-efficient software in practice suggests missing incentives for energy-efficient programming. In fact, programming heterogeneous applications is a challenging task, due to different memory models of the underlying process

微粒

Evaluating the Cost and Robustness of Self-organizing Distributed Hash Tables,ibute three additional self-organizing DHTs: T-Pastry, T-Kademlia and T-Kelips. We conduct an experimental evaluation of the cost and performance of each of these designs using a prototype implementation. Our conclusion is that, while providing equivalent performance in a stabilized system, self-org