Abstract: A determining method and apparatus thereof for a transition point of a sequence which can be applied to a decoder. The determining method determines the transition point of the sequence having N numbers, wherein the sequence is composed of a first value and a second value and N is a positive integer. The determining method includes determining the position the first value appearing consecutively in the sequence to determine a first interval; determining the position the second value appearing consecutively in the sequence to determine a second interval; and determining the longer interval between the first interval and the second interval, when the first interval is longer, determining an adjacency of the first interval and the second value as the transition point according to the first interval, and when the second interval is longer, determining an adjacency of the second interval and the first value as the transition point.

Abstract: The invention is to provide a generating method for transaction models with indicators for option. The method comprises: (S1) collecting a variety of indicators from the financial market; (S2) establishing an indicator pool saved with the indicators; (S3) distinguishing and classifying the indicators by Neural Network; (S4) determining a plurality of transaction models, the indicator of each transaction model in an independent classification; (S5) determining a date parameter for each indicator; (S6) deleting a part of the transaction models; (S7) determining a plurality of final transaction models from another transaction models; and (S8) determining a weight of each final transaction model.

Abstract: The invention is to provide a generating method for transaction models with indicators for option. The method comprises: (S1) collecting a variety of indicators from the financial market; (S2) establishing an indicator pool saved with the indicators; (S3) distinguishing and classifying the indicators by Neural Network; (S4) determining a plurality of transaction models, the indicator of each transaction model in an independent classification; (S5) determining a date parameter for each indicator; (S6) deleting a part of the transaction models; (S7) determining a plurality of final transaction models from another transaction models; and (S8) determining a weight of each final transaction model.

Abstract: A phase digitizing apparatus for generating a corresponding digital value in response to a phase of an input signal is provided. The phase digitizing apparatus includes a coarse phase generator, for generating a coarse phase code according to the phase of the input signal and a first time unit; a fine phase code generator, for generating a fine phase code according to the phase of the input signal and a second time unit; and a calculating unit, for generating the digital value according to the coarse phase code and the fine phase code; wherein the first time unit is greater than the second time unit.

Abstract: A determining method and apparatus thereof for a transition point of a sequence which can be applied to a decoder. The determining method determines the transition point of the sequence having N numbers, wherein the sequence is composed of a first value and a second value and N is a positive integer. The determining method includes determining the position the first value appearing consecutively in the sequence to determine a first interval; determining the position the second value appearing consecutively in the sequence to determine a second interval; and determining the longer interval between the first interval and the second interval, when the first interval is longer, determining an adjacency of the first interval and the second value as the transition point according to the first interval, and when the second interval is longer, determining an adjacency of the second interval and the first value as the transition point.

Abstract: A phase digitizing apparatus for generating a corresponding digital value in response to a phase of an input signal is provided. The phase digitizing apparatus includes a coarse phase generator, for generating a coarse phase code according to the phase of the input signal and a first time unit; a fine phase code generator, for generating a fine phase code according to the phase of the input signal and a second time unit; and a calculating unit, for generating the digital value according to the coarse phase code and the fine phase code; wherein the first time unit is greater than the second time unit.