ANALYSIS OF HIGHER-ORDER NONLINEAR SYSTEMS SUBJECT TO RANDOM SIGNALS

[1] Booton R.C., 1954, IRE T CIRCUIT THEORY, V1, P9

[2] AN EXPLICIT SOLUTION TO FOKKER-PLANCK EQUATION FOR AN ORDINARY DIFFERENTIAL EQUATION [J]. INTERNATIONAL JOURNAL OF CONTROL, 1965, 1 (03) : 201 - +

[3] A GENERAL PROOF OF PN MATRIX AND ITS INVERSE [J]. IEEE TRANSACTIONS ON AUTOMATIC CONTROL, 1967, AC12 (04) : 458 - +

[4] A MATRIX FOR EVALUATING SCHWARZS FORM [J]. IEEE TRANSACTIONS ON AUTOMATIC CONTROL, 1966, AC11 (02) : 303 - +

[5] CHUANG K, 1959, APPLIC INDUSTRY, P100

[6] HATA, 1966, JIEE JAPAN, V86, P1006

[7] HATA, 1967, J IEE JAPAN, V87, P1971

[8] KOZIN F, 1965, CONTROL ENGRG, V9, P283

[9] LANING JH, 1956, RANDOM PROCESSES AUT, P395

[10] NIKIFORUK PN, 1965, ELECTRON ENG, V37, P316

[1] Booton R.C., 1954, IRE T CIRCUIT THEORY, V1, P9

[2] AN EXPLICIT SOLUTION TO FOKKER-PLANCK EQUATION FOR AN ORDINARY DIFFERENTIAL EQUATION [J]. INTERNATIONAL JOURNAL OF CONTROL, 1965, 1 (03) : 201 - +

[3] A GENERAL PROOF OF PN MATRIX AND ITS INVERSE [J]. IEEE TRANSACTIONS ON AUTOMATIC CONTROL, 1967, AC12 (04) : 458 - +

[4] A MATRIX FOR EVALUATING SCHWARZS FORM [J]. IEEE TRANSACTIONS ON AUTOMATIC CONTROL, 1966, AC11 (02) : 303 - +

[5] CHUANG K, 1959, APPLIC INDUSTRY, P100

[6] HATA, 1966, JIEE JAPAN, V86, P1006

[7] HATA, 1967, J IEE JAPAN, V87, P1971

[8] KOZIN F, 1965, CONTROL ENGRG, V9, P283

[9] LANING JH, 1956, RANDOM PROCESSES AUT, P395

[10] NIKIFORUK PN, 1965, ELECTRON ENG, V37, P316