In particular, the combination of shortest turnaround time scheduling heuristic (STT) and centralized dynamic replication with response-time oriented replica placement (CDR_RTPlace) exhibits remarkable performance in diverse system environments and job workloads.
Therefore, object replication and placement is essential for multi-hop wireless networks.
In this paper, we propose an object replication and placement scheme for WMNs.
Moreover, there is no systemic method that can be used to quantify the reliability for multi-way replication based data placement methods, which has been widely used in enterprise large-scale storage systems to improve the I/O parallelism.
Jung et al. [63] uses an LQN model to predict the performance of the RuBis benchmark application, which is then used as the basis of an optimization algorithm that aims at determining the best replication levels and placement of the application components.
Replication of landmark placement was required, with less than 2 mm difference per linear measurement.
The motivation of this work is to reduce the complexity in managing and administering services in the ever growing distributed environment via automated service placement and replication with team formation algorithm.
In a large-scale multimedia storage system (LMSS) where the user requests for different multimedia objects may have different demands, placement and replication of the objects is an important factor, as it may result in an imbalance in loading across the system.
However, there is a complex interplay between many factors that might lead to small effects: for example the effect of neighboring bases on point mutation rates (discussed below), transcription, GC% and gene placement, DNA replication: these results are therefore presented as negative controls.
Existing reserve assessments have been consistently criticized for a myriad of insufficiencies, including limited sample replication [5], non-random reserve placement [6], and inadequate controls for temporal and spatial variability in the systems being protected [7], [8].
