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The main goal of this paper is to investigate the data contained in a 3D holographic projection as well as to analyze the requirements for a timely and efficient transmission of such information over wireless communication networks. The basic architecture of our network consists of multiple participants located under a common session with an intermediate node managing the sessions. In this research, the two-stage encoding method is proposed. This scenario will be compared to the basic scenario for the purpose of determining the one with the best performance. In these scenarios, Real-Time Transport Protocol (RTP) is used for transmitting the data and Multi-view Video Coding (MVC) is used as a special 3D encoding-decoding codec. In our analysis, we managed to prove that by using a two-stage encoding method, the total delay can be decreased by 53% on average in comparison with the basic scenario.

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Resource-driven systems are affected by resource variability, which prevents the timely completion of important tasks. This paper presents BOND, a hyBrid resOurce-driveN aDaptation approach which addresses the issue of resource variability by (i) prioritising tasks and making resources available for tasks with higher priorities, (ii) considering alternative task executions when resources are not available, (iii) substituting resources with alternative ones, and (iv) changing tasks into similar ones. The approach supports a proactive and reactive adaptation plan. A prototype tool has been implemented as a proof of concept and used for an initial evaluation of the approach in terms of its feasibility and scalability.