[PDF] Top 20 Computational techniques in Turan problems
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Computational techniques in Turan problems
... + the distinct Given any with and W the subspaces and as dimension formula -dimensional Definition 4: An incidence only if it 1 -dimensional in fact for any 3-dimensional of number q e3F[r] ... See full document
50
Computational Complexity of Capacity Planning Problems under Uncertainty
... supply chain is a network of suppliers, production facilities, warehouses and end markets. Capacity planning decisions involve decisions concerning the design and the configuration of this network. The decisions are made ... See full document
8
Stability Analysis in Computational Problems Regarding Power Networks
... The paper demonstrates the possibility of using Euclidian condition number and W-K inequality to study power system stability, when the mathematical model of the network is a system of matrix equations. The main ... See full document
5
Eagle Techniques in Cloud Computational Formulation
... preliminary problems regarding the experiments carried out exhibit that the amazing use of Cloud assets is obviously primary and a alternate-offs between price and performance need to be carefully ... See full document
8
Computational techniques for simulation of damage and failure on composites
... enhanced computational power-in a near ...recent computational techniques that have been developed to tackle such a complex mechanical ...available computational approaches as this would need ... See full document
23
Computational Bayesian techniques applied to cosmology
... cosmological problems where a number of models of increasing complexity are explored may therefore benefit from using this ...the computational cost of obtaining the Bayes factor will be ... See full document
174
On the Forward and Inverse Computational Wave Propagation Problems.
... difference techniques obtain the solution over the entire ...many problems, there are several situations where the response is needed only in a few small regions of ...these problems involve ... See full document
214
Reducing computational effort in field optimisation problems
... Abstract Design and optimisation of many practical electromechanical devices involve intensive ®eld simulation studies and repetitive usage of time-consuming software such as ®nite elements (FEs), ®nite differences of ... See full document
14
Computational techniques applied to group presentations
... to problems such as those described above can then be implemented using any tool composition language, such as shell ...first-order problems (such as the failure of TC to enumerate some example ... See full document
265
Computational study for workforce scheduling and routing problems
... Castillo-Salazar et al. (2012) describe WSRP’s main characteristics. Time window refers to the pe- riod by which the service should start. Start and end location indicate if employees start/end their work at home, ... See full document
10
Classification of epilepsy using computational intelligence techniques
... Inspired by the human brain functioning and architecture, McCulloch and Pitts in 1940s presented a logical threshold unit (LTU) [13]. This basic idea of LTU has been generalized in many ways since then and it is the ... See full document
13
Computational Complexity of Electrical Power System Problems
... The majority of focus in the academic literature is directed towards the AC-OPF. A way to find a solution for the AC-OPF is to model it as a Non-linear Program (NLP). Mathematical optimization techniques to solve ... See full document
133
On the complexity of some computational problems in the Turing model
... of problems itself is motivated by cryptanalytic applications, in particular concerning public-key ...the problems themselves, we think that it is worthwhile to consider the proposed Turing algorithms ... See full document
29
Semigroup congruences : computational techniques and theoretical applications
... [M + 19], some having never been described before; others are trivial or unnecessary; and two remain open problems (converting from kernel–trace to generating pairs, and from generating pairs to an ideal). See ... See full document
194
An Exploratory Study of Computational Challenges in Industrial Grouping Problems
... Results of an in-depth taxonomic study of 18 case studies in the literature revealed a number of complicating features within the four categories. Among the methods that have been applied in these case studies, genetic ... See full document
6
A NEW COMPUTATIONAL PACKAGE FOR USING IN CFD AND OTHER PROBLEMS
... the best criterion for evaluate a numerical meth- od is the results of the method and as can be seen in the examples were solved, the result of RFEM comparable to the best results were obtained by other methods is (for ... See full document
22
Computational Electromagnetics: Techniques and Applications
... The performance of CEM tools is increasing rapidly. One reason for this is the steady growth of computer capacity since last few decades. Besides, improvements in algorithms is another important reason. CEM allows for a ... See full document
6
Replication-based inference algorithms for hard computational problems
... In this section, we compare the performance of the rOnMP with that of the PT algorithm. The reason for choosing PT is that it is a well established parallel algorithm with good performance in searching for solutions in ... See full document
10
Comparison Between The Optical Flow Computational Techniques
... Motion estimation and video compression have developed as a major aspect of optical flow research. Optical flow is being used by robotics researchers in many areas such as: object detection and tracking, image dominant ... See full document
5
Computational Complexity Measures for Many-objective Optimization Problems
... Computational complexity is usually defined as a function of the size (cardinality) of the input data set. In this case, it is common to speak in terms of the asymptotic growth of an algorithm in terms of the ... See full document
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