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Large scale decentralized communication systems have motivated a new trend towards online routing where routing decisions are performed based on a limited and localized knowledge of the network. Geometrical greedy routing has been among the simplest and most common online routing schemes. While a geometrical online routing scheme is expected to deliver each packet to the point in the network that...
In this paper we propose a new architecture based on Z-order curve and kd-tree that can efficiently handle issues related to update messages distribution to interested entities locations in a three-dimensional (3D) virtual environments where locations are described in terms of 3D coordinates. We also aim to minimize the number of routing hops in distribution of update messages, especially when updates...
Massively multiuser virtual environment (MMVE) applications have the challenge of update message exchange among a large number of users. Real-time collaboration in the virtual environments requires the updates to be exchanged with the minimum end-to-end latency and overhead. This article proposes a new clustering technique to improve the update message exchange efficiency in MMVE applications. The...
This article proposes a new architecture for distributed data management and update massage exchange in massively multi-user virtual environments. The key points in the design of such environments are scalability and QoS-aware message delivery. Therefore it requires robust distributed algorithms in a dynamic peer-to-peer system with frequent node arrivals and departures. Our proposed approach is mainly...
Current state management practices heavily rely on centralized architectures that pose scalability bottleneck and are expensive to adopt and deploy. In this paper, large scale state management issues are considered and addressed from design perspectives. The intra zonal communication strategies presented in [2][5] assume that peer knows its position in the global coordinate system. In this work, we...
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