How to experiment with MNR?
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To experiment with the Modified Newton-Raphson (MNR) method, one can utilize the Tikhonov regularization technique for solving the inverse resistivity problem . This involves comparing different methods like the L-curve, zero-crossing (ZC), and generalized cross-validation (GCV) methods to determine the appropriate regularization parameters for the MNR method . Through these comparisons, the most suitable regularization parameters can be self-determined and adjusted during the reconstruction iterations. Simulation experiments on a 2D circle model have shown that the GCV method offers the best reconstruction quality at a faster pace when solving the inverse resistivity problem using the MNR method .
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| Papers (5) | Insight |
|---|---|
01 Jan 2005 4 Citations | Experiment with MNR by self-determining regularization parameters using the L-curve, zero-crossing, and generalized cross validation methods, adjusting them with reconstruction iterations for optimal results. |
Open access 01 Jan 2014 3 Citations | To experiment with MR material, cold mold metal spiral pieces into elastic members for vibration isolators. Study its elastic damping properties during continuous operation using empirical dependences and similarity theory. |
| To experiment with Markov-Modulated Linear Regression (MMLR), simulate data to analyze statistical properties, considering sample parameters and estimation method variations for model estimate consistency. | |
| Not addressed in the paper. | |
| To experiment with MRR, utilize a low-volatility sampling interface that swiftly concentrates and volatilizes analytes for precise measurements, enabling online chiral composition analysis with rapid isomer resolution. |
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