Abstract: An administration method comprising: determining a cancer type through (i) first data indicating that an Estrogen Receptor (ER) is negative and a Human Epidermal growth factor Receptor-2 (Her2) is negative, or (ii) second data indicating that at least one of the ER and the Her2 is positive; and when the cancer type is determined through (i) the first data indicating that the ER is negative and the Her2 is negative: first performing a docetaxel administration cycle comprising administrating docetaxel to a patient multiple times at certain intervals; and then performing a 5-fluorouracil, epirubicin, and cyclophosphamide (FEC) administration cycle comprising administrating 5-fluorouracil, epirubicin, and cyclophosphamide to the patient multiple times at certain intervals, and when the cancer type is determined through (ii) the second data indicating that at least one of the ER and Her2 is positive: first performing the FEC administration cycle; and then performing the docetaxel administration cycle.

Abstract: There was no device that proposes a method for administrating anti-cancer drugs according to each of cancer types. An administration method proposing device (100) includes an input unit (101) that receives an input of the cancer type of a cancer patient, an administration procedure determination unit (102) that determines the administration order of an FEC (F: 5-fluorouracil, E: epirubicin, and C: cyclophosphamide) administration cycle and a docetaxel administration cycle, and a display unit (103) that displays the administration order of the FEC administration cycle and the docetaxel administration cycle, as a result of the determination by the administration procedure determination unit (102).

Abstract: When SIM image data D[n] of a mark is compared with reference SIM image data in calculating a displacement of machining position in the nth time, image data D[n−1] just before the nth time is employed as the reference image data and a position displacement of the image is obtained from matching processing of the two kinds of image data of D[n] and D[n−1] to calculate a displacement of machining position.

Abstract: When SIM image data D[n] of a mark is compared with reference SIM image data in calculating a displacement of machining position in the nth time, image data D[n−1] just before the nth time is employed as the reference image data and a position displacement of the image is obtained from matching processing of the two kinds of image data of D[n] and D[n−1] to calculate a displacement of machining position.