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Nonlinear Least Squares Solver for Evaluating Canonical Tensor Decomposition

机译:用于评估规范张量分解的非线性最小二乘求解器

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Nonlinear least squares iterative solver developed earlier by the author is applied for numerical solution of special system of multilinear equations arising in the problem of canonical tensor decomposition. The proposed algorithm is based on easily parallelizable computational kernels such as matrix-vector multiplications and elementary vector operations and therefore has a potential for a quite efficient implementation on modern high-performance computers. The results of numerical testing presented for certain examples of large scale dense and medium size sparse 3D tensors found in existing literature seem very competitive with respect to computational costs involved.
机译:作者早期开发的非线性最小二乘迭代求解器应用于规范张量分解问题中产生的多线性方程式特殊系统的数值解。所提出的算法基于易于平行化的计算内核,例如矩阵 - 矢量乘法和基本矢量操作,因此具有在现代高性能计算机上具有相当有效的实现的潜力。在现有文献中发现的大规模密集和中尺寸稀疏3D张量的某些示例的数值测试结果似乎对所涉及的计算成本非常竞争。

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