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The application of machine learning to software fault injection data has been shown to be an effective approach for the generation of efficient error detection mechanisms (EDMs). However, such approaches to the design of EDMs have invariably adopted a fault model with a single-fault assumption, limiting the practical relevance of the detectors and their evaluation. Software containing more than a...
WSNs are often besieged with issues related to interference when transmissions of two or more closely located sensor nodes interfere with each other. This forces the data aggregating nodes to receive distorted, faulty or interference ridden signals, which severely affects the fidelity of data being aggregated. If such faults are not arrested at the source, interference laden transmissions or Interference-Faults...
Prediction of faults in a proposed software is helpful in deciding the amount of effort to be given for software development. We observed that, a good number of authors hypothesized that the performance of fault prediction model depends on the source code metrics which are used as input of the model. Feature selection technique is a process of selecting suitable set of source code metrics which may...
Three-dimension geological faults modeling rely on multi-sources faults data heavily. A series of approaches are adopted to triangulate geological faults by analyzing different data types. For multi faults, the priority of each fault is set according to its intersecting or restricting relationships. Based on the highest priority of faults within research region, a new Recursion algorithm dividing...
Series faults are self-sustained arcs produced in series with the normal path of supply power. The electromagnetic transients produced by these series faults are of interest during the design and analysis of existing and forthcoming dc microgrids. This paper presents a preliminary series fault simulation model to predict the electromagnetic transients introduced by series faults. Experimental results...
Three-dimensional visualization of geology is an important means for correct understanding of geological structure; it also can provide scientific basis to describe oil reservoirs, mines, and various geological phenomena. Taking seismic interface counter structural maps as the original data, this paper deals with the key technologies of three-dimensional geological modeling, and also realizes the...
Fault object is an important structural element in geology body. Constructing the independent fault data model has a significant sense for mine 3D GIS because the fundamental functionalities such as spatial analysis and query are relied on it. Based on the strata modeling method of expanded Generalized Tri-Prism(GTP), the independent fault model with duo-TIN structure, named duo-TIN fault model, is...
The authors describe the field evaluation of a new class of distribution protective equipment. Baseline reliability indices are established for six circuit laterals under investigation. Model data is compared to the baseline data, and expectations established. Finally, the actual data is compared to both the baseline and model data, and recommendations are made for further study and alternative applications...
In this paper a BISR architecture for embedded memories is presented. The proposed scheme utilises a multiple bank cache-like memory for repairs. Statistical analysis is used for minimisation of the total resources required to achieve a very high fault coverage. Simulation results show that the proposed BISR scheme is characterised by high efficiency and low area overhead, even for high defect densities...
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