We can use I(C i ; C i ') as the severity judgment of classification error.
Thus, p ~ can be exactly recovered from any estimated value p ̂ using : I = C I σ - 1, C I σ, …, C d (6).
In this paper, we use V I(C, A) to denote the set of solutions of the variational inequality (1.4).
In this paper, we use GV I(C, B, A) to denote the set of solutions of the generalized variational inequality (1.2).
Given a cleavage fragment, we use A i C j G k T l to denote its base composition of i As, j Cs, k Gs, and l Ts.
As used in schedule I(c), the term "isomer" means any optical, positional, or geometric isomer.
The term "isomer" means the optical isomer, except as used in schedule I(c) and schedule II(a)(4).
(a) Using shearlet coefficients (Shearlet-C), (b) using thresholding in the image reconstructed using shearlets (Shearlet-I), (c) using intensity thresholding in the original image (d), and using Canny edge detection.
Proof From now on, we use c i ( i = 1, 2, … ) to denote various positive constants.
We use V I ( C, A ) to denote the solution set of inequality (2.5).
In this paper, we use V I ( C, B ) to denote the solution set of the variational inequality.
