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A Strongly Semismooth Integral Function and Its Application

机译:强半光滑积分函数及其应用

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As shown by an example, the integral function f : R~n → R, defined by f(x) = ∫_a~b[B(x,t)]+g(t) dt, may not be a strongly semismooth function, even if g(t)≡1 and B is a quadratic polynomial with respect to t and infinitely many times smooth with respect to x. We show that f is a strongly semismooth function if g is continuous and B is affine with respect to t and strongly semismooth with respect to x, i.e., B (x, t) = u(x)t + v(x), where u and v are two strongly semismooth functions in R~n. We also show that f is not a piecewise smooth function if u and v are two linearly independent linear functions, g is continuous and g not ≡ 0 in [a, b], and n ≥ 2. We apply the first result to the edge convex minimum norm network interpolation problem, which is a two-dimensional interpolation problem.
机译:如示例所示,由f(x)=∫_a〜b [B(x,t)] + g(t)dt定义的积分函数f:R〜n→R可能不是强半光滑函数,即使g(t)≡1和B相对于t是二次多项式并且相对于x无限次平滑。我们证明,如果g是连续的并且B关于t是仿射的,并且b关于x是强半光滑的,则f是一个强半光滑函数,即B(x,t)= u(x)t + v(x),其中u和v是R〜n中的两个强半光滑函数。我们还表明,如果u和v是两个线性独立的线性函数,g是连续的且g在[a,b]中不为0,且n≥2,则f不是分段光滑函数。我们将第一个结果应用于边凸最小范数网络插值问题,它是一个二维插值问题。

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