Curves obtained using the orientation algorithm
A Greedy Algorithm for Constraint Principal Curves
... V s is the first vertex, that is V 1 , and we need to find V 2 . The initial value of R 1 is the distance from V e to V 1 , that is R 1 = R u /2= d 1 e . And R 1 ’ is obtained by R 1 ’=R 1 *0.9. So we get the ...
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Validation of Tool Mark Comparisons Obtained Using a Quantitative, Comparative, Statistical Algorithm
... established for comparisons made between any given subset of marks within a larger population of similar marks. Researchers at Iowa State University have developed a computer-based data analysis technique that allows ...
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OSA: Orientation Search Algorithm
... optimization algorithm should have fine enough capability to search in the problem space, and not to be restricted to some ...the algorithm to discover the optimal areas is ...the algorithm should ...
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A Study of Pupil Orientation and Detection of Pupil using Circle Algorithm: A Review
... In recent years, Scientist is analysis eye movement data to detect fraud or false behavior where the pupil is used to tracking and getting the eye data [6] [16] [17] [18]. Time and resource have been wasted to search ...
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Three-dimensional analysis of acetabular orientation using a semi-automated algorithm
... Several studies have assessed methods for measur- ing acetabular orientation [4 –6 ]. These methods can be divided into two main approaches: manual and automatic. Zhang et al. manually identified anatomical ...
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ELLIPTIC CURVES AND LENSTRA S FACTORIZATION ALGORITHM
... m using this method, so we need to check that the roots of n, starting from the square root and stopping once a root evaluates to be less than 2, are not natural ...
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Accurate Synthesis Formulas Obtained by Using a Differential Evolution Algorithm for Conductor-Backed Coplanar Waveguides
... formulas obtained by using a differential evolution (DE) algorithm for conductor-backed coplanar waveguides (CBCPWs) are ...are obtained in this ...formulas obtained by using DE ...
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Binary quadratic forms, elliptic curves and Schoof's algorithm
... an algorithm solving representation problems for ev- ery imaginary quadratic eld, whatever is its class number, further properties to distinguish the proper equivalence classes of the form class group are ...of ...
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ECM using Edwards curves
... 4.1. Overview of stage 1. Stage 1 of ECM tries to factor a positive integer n as follows. Choose an elliptic curve E defined over Q, and a non-torsion element P ∈ E (Q). Choose a rational function φ : E → Q that has a ...
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Random Scanning Algorithm for Tracking Curves in Binary Image Sequences
... However, resampling cannot prevent the tracker from losing the circle of interest in clutter. For example, consider a tracking problem for noisy binary images, as shown in Figure 1 (top). Figure 1 (middle) shows the ...
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ATREngine: An Orientation-Based Algorithm for Automatic Target Recognition
... unknown images using an XNOR operation to determine the number of matching pixels between the two images. The number of matching pixels is compared with the highest total of previous comparisons and replaces it if ...
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An Analytical Review of Orientation Based Concurrency Control Algorithm
... starts before transaction T 2 then TS(T1)<TS(T2).There are two method for preventing deadlock using the concept of timestamp ordering: a. Wait-die: suppose that transaction T1 wants to lock an item X but is not ...
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Pairing-friendly elliptic curves with small security loss by Cheon's algorithm
... liptic curves, we study the affect of Cheon’s algorithm on ...elliptic curves with small security loss. We also gives examples obtained by using the proposed ...
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Modeling Patterns of Activities using Activity Curves
... Figure 3: The permutation-based steps to detect changes in the activity curve. The first step is to compute the test statistic from the original samples. In the second step, the samples are rearranged N times and the ...
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Approximating Pareto Curves using Semidefinite Relaxations
... time ranges from 0.5sec to compute the degree 4 polynomial q 4 , to 1sec for the degree 6 computation and 1.7sec for the degree 8 computation. The discretization of the Pareto front is obtained by solving the ...
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Approximating Pareto curves using semidefinite relaxations
... of degree 4, 6 and 8. The approximation results are displayed on Figure 5. Degree 8 poly- nomials give a closer approximation of the Pareto curve than degree 4 or 6 polynomials. The solution time range is similar to the ...
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Using learning curves to mine student models
... learning curves for each of the resulting 304 generalised ...curve obtained by averaging the results for the participating constraints, based on their individual ...these curves were for the first ...
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Comparison between S-N-P Curves Obtained from Constant Stress and Step-Stress Fatigue Tests
... S-N-P curves of FIGURE 6: (1) For higher stresses, the lifetime of undamaged material specimens is smallest than the lifetime of damaged material ...investigations using a methodology based on Fracture ...
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Quantitative summaries of treatment effect estimates obtained with network meta-analysis of survival curves to inform decision-making
... Kaplan-Meier curves and the number of patients at risk at the beginning of the interval in each arm of each study, assuming a constant hazard rate within each interval (see Jansen and Cope [16] for more ...
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Improvement of Thriault Algorithm of Index Calculus for Jacobian of Hyperelliptic Curves of Small Genus
... Note that the elements of matrix is integers modulo |J q | . = q g . So the cost of elementary operation modulo J q is O(g 2 (log q) 2 ). M is a sparse matrix of the size q r × q r . Note that the number of non-zero ...
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