MINIMUM PHASE CRITERION OF SAMPLED SIGNALS

[1] BALABANIAN N, 1956, COMMUNICATION ELECTR, P785

[2] BERKHOUT AJ, 1970, THESIS DELFT U

[3] A SIMPLIFIED DERIVATION OF LINEAR LEAST SQUARE SMOOTHING AND PREDICTION THEORY [J]. PROCEEDINGS OF THE INSTITUTE OF RADIO ENGINEERS, 1950, 38 (04): : 417 - 425

[4] BURG JP, 1967, 37 ANN SEG M

[5] CLAERBOUT JF, 1963, THESIS MIT

[6] On the number of roots in an algebraic equation for a circle. [J]. MATHEMATISCHE ZEITSCHRIFT, 1922, 14 : 110 - 148

[7] CyBe MORTAR, 2019, CYBE CONSTR WE RED C

[8] FORD WT, 1967, IEEE T GEOSCIENCE EL, VGE 5, P1

[9] FUJIWARA M, 1926, MATH Z, V24, P160

[10] SIMPLIFIED STABILITY CRITERION FOR LINEAR DISCRETE SYSTEMS [J]. PROCEEDINGS OF THE INSTITUTE OF RADIO ENGINEERS, 1962, 50 (06): : 1493 - &

[1] BALABANIAN N, 1956, COMMUNICATION ELECTR, P785

[2] BERKHOUT AJ, 1970, THESIS DELFT U

[3] A SIMPLIFIED DERIVATION OF LINEAR LEAST SQUARE SMOOTHING AND PREDICTION THEORY [J]. PROCEEDINGS OF THE INSTITUTE OF RADIO ENGINEERS, 1950, 38 (04): : 417 - 425

[4] BURG JP, 1967, 37 ANN SEG M

[5] CLAERBOUT JF, 1963, THESIS MIT

[6] On the number of roots in an algebraic equation for a circle. [J]. MATHEMATISCHE ZEITSCHRIFT, 1922, 14 : 110 - 148

[7] CyBe MORTAR, 2019, CYBE CONSTR WE RED C

[8] FORD WT, 1967, IEEE T GEOSCIENCE EL, VGE 5, P1

[9] FUJIWARA M, 1926, MATH Z, V24, P160

[10] SIMPLIFIED STABILITY CRITERION FOR LINEAR DISCRETE SYSTEMS [J]. PROCEEDINGS OF THE INSTITUTE OF RADIO ENGINEERS, 1962, 50 (06): : 1493 - &