Exact(1)
Definition 3.6 Let Y i ( M ) = [ X i T U i T ] T be the principal solution of (1.5) at M = 0.
Similar(59)
Corollary 2.2 Let Y i ( 0 ) and Y ˆ i ( N + 1 ) be the principal solutions of (2.1) and (2.2) associated with symplectic fundamental matrices Z i ( 0 ), Z ˆ i ( N + 1 ) such that conditions (2.4) hold.
and the conjoined bases Y i ( M ), Y ˆ i ( M ) of (2.1), (2.2) with the initial conditions Y M ( M ) = [ 0 I ] T, Y ˆ M ( M ) = [ 0 I ] T at i = M are said to be the principal solutions at M. Note that for conjoined bases Y i, Y ˆ i of (2.1), (2.2) there exist symplectic fundamental matrices Z i, Z ˆ i such that Y i = Z i [ 0 I ] T, Y ˆ i = Z ˆ i [ 0 I ] T (2.4).
then is the principal solution of (1.3).
If (1.4) then is the principal solution of (1.3).
In the case of TPS, U is the principal solution of the 3D biharmonic equation (Bookstein, 1989; Harder and Desmarais, 1972).
For the particular case when Y i, Y ˆ i are the principal solutions of (2.1), (2.2), we have the following corollary from Theorem 2.1 (see [[13], Corollary 2.4]).
Remark 2.4 (i) Assume that Y i, Y ˆ i are conjoined bases and Y i ( M ), Y ˆ i ( M ) are the principal solutions of (2.1), (2.2) at M ∈ Z.
Moreover, when (S A,mathbf{b})) is nonempty, the principal solution (hat{mathbf{x}}) becomes the maximum solution and (S A,mathbf{b})) can be determined by the maximum solution and a finite number of minimal solutions.
(ii) If and, then is not the principal solution of (1.3). .
But Herman said the judge had not approved the use of the bunks, and he believed the tents were "now the principal solution" to temporarily easing the jail problem.
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