Because of the global optimality and discreteness of the DP, the matching methods based on it are robust to clutter. The DP can also be used to match triangular graphs [10, 26], where the perfect elimination scheme of vertices can be used to design recursive equations. For instance, in ...
These equations need to be expanded to a given order in the heavy mass expansion, matching the desired order in the EFT expansion, to obtain order- by-order expressions of the heavy fields in terms of light fields. The tree-level EFT Lagrangian is obtained by replacing these expressions into...
The scale image of each layer in the co-occurrence scale space can be obtained using Equations (1) and (2). Divide the scale space into S layers, then the scale of each layer scale image is defined as follows: σ s n = σ s 0 · 2 n 3 , n = 0 , 1 , 2 … n ; σ s...
(Note that Equations: (40) and (41a)–(41b) here are in the corrected form when compared with the misprints in [15]). 2. Statement and Re-Statement of the Problem 2.1. Associated IVP and Statement of The Problem The process being followed here can be stated by the following ...
To our best knowledge, there are mainly two approaches to matching instances between large-scale knowledge graphs. (i) The blocking algorithm can be adopted to reduce the searching space. This type of approach divides instances into overlapping blocks and executes the matching process only within ...
calculated using classical impedance matching theory, into (1) or (2) accordingly, taking into account the derived component parasitic parameter estimation Equations (3)–(8) and the coefficients (Tables 1 and 2), typical SMD package parasitics (Tables 3 and 4), and following the proposed algo...
Here also, the typical profile of each flat is more or less similar to the monthly profiles; moreover, the seasonal variation can also be observed in both graphs related to F3 and F4. 2.1.2. Flats with Two Persons There are five flats with two persons living inside, four of which (F5...