Comparison of Graph Generation Methods for Structural Complexity Based Assembly Time Estimation

Comparison of Small Area Estimation Methods for Estimating Unemployment Rate

Extended Abstract. In recent years, needs for small area estimations have been greatly increased for large surveys particularly household surveys in Sta­ tistical Centre of Iran (SCI), because of the costs and respondent burden. The lack of suitable auxiliary variables between two decennial housing and popula­ tion census is a challenge for SCI in using these methods. In general, the...

Computing the graph-based parallel complexity of gene assembly

We consider a graph-theoretical formalization of the process of gene assembly in ciliates introduced in Ehrenfeucht et al (2003), where a gene is modeled as a signed graph. The gene assembly, based on three types of operations only, is then modeled as a graph reduction process (to the empty graph). Motivated by the robustness of the gene assembly process, the notions of parallel reduction and p...

Complexity Estimation for Genetic Assembly Sequence Planning

Assembly planning involves in determining a particular assembly priority from which associated restraint factors such as geometric features, assembly time, tools, and machines are taken into account of arranging a feasible assembly sequence based upon the planner’s individual heuristics. Suchlike planning lately may implement genetic algorithms (GAs) to go towards the assembly sequence features...

Structural and Graph-based Methods for Automatic Fingerprint Classification

A Comparison of Time Delay Estimation Methods for Periodic Signals

A common problem in radar, ultrasound, acoustic and other fields is that of determining the delay between two signals. In many situations, it is possible to determine the delay of a sampled signal to an accuracy better than the sample period. This paper presents a comparison of a number of methods of estimating this subsample delay, with special attention to the case of periodic signals. The au...