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Mankind has always pursued knowledge. Over the philosophy questions by Paul Gauguin (“where do we come from, what are we, where are we going”), the science may answer these questions. In every scientific field, empirical and theoretical researches are making to describe natural processes, to better understand the universe. The questions are modified by the scientists: are these two variables correlated,...
Analyzing processes are important to make a good prediction. Based on the results, right decisions can be made. However, there is some kind of results anyway and therefore it can be hard to differ the real result from the results which occurred randomly, despite of the validations which were used during the process. In this work, we analyzed the environment, where these random results can be appeared...
The efficient search in unsorted database is extremely important for our everydays' applications. This type of search is useful in communication networks as well, since routing can be considered as a search in the database of the routing table. From the viewpoint of quantum computing, the not quantum-based solutions are named as classical. The search could be very time-consuming and computationally...
The quantum cryptography and quantum communications are future and emerging techniques. The quantum mechanics based algorithms offer revolutionary solutions for solving different problems, e.g., key distribution, factoring, searching in an unsorted database. From the blocks of quantum circuits, we are able to design efficient quantum algorithms which could affect our networks. In this paper, we focus...
The modern networks have an increasing complexity and the Internet - in nowadays construction - is not seem to be suitable for handling the near future's service demands. The quantum mechanical based ACE (Quantum Autonomic Communication Element - QACE) component model uses a CASCADAS based classical language to communicate with the model elements, and uses a closed, non-classical quantum mechanical...
The need for self-managing multihop MANETs (mobile ad hoc networks) arose recently, where the network rapidly adapts to the changes of the environment without any central control. One of the challenges is how to spread the information fast and resource-effectively in the network. This paper presents a novel adaptive framework, which utilizes natural selection for choosing the adequate message forwarding...
This paper presents the networking framework as conceived within the European project BIONETS. The case for such a framework comes from the idea of a ldquoDisappearing Networkrdquo paradigm. In the disappearing network, the network ceases to exist as an independent entity and becomes an appendix of the distributed services running on user devices. The overall BIONETS system exploits the presence of...
We examined the efficiency of information dissemination assuming a disconnected network architecture where highly mobile nodes form the network. The nodes have different limitations, like short battery life and low computing capabilities. We created IOBIO and MIOBIO, two protocols for information dissemination in this environment. In this article we present the results of several simulations - with...
The information dissemination was examined in a special disconnected network architecture where the moving nodes form the network. The nodes have certain kind of limitations, in terms of battery and computing capabilities. We created APF and IOBIO, two protocols for information dissemination in this environment. In this article we present the results of several simulations - run in a simulator created...
Nowadays mobile communications gain more and more importance. The increased usage requires more sophisticated services. In this paper a possible, future network architecture is examined, called BIONETS. In this case the mobile nodes for the entire network, without dedicated backbone is present. We pursue the goal of finding an optimal information dissemination model over some mobility model. The investigation...
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