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Óbudai Egyetemconf.uni-obuda.hu/airtc2000/54_AIRTC2000.pdfcertain quadratic matrices {Sn} and a series of step- by-step deformed inputs as , snf(i If the S +1 convergence is realized

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Page 1: Óbudai Egyetemconf.uni-obuda.hu/airtc2000/54_AIRTC2000.pdfcertain quadratic matrices {Sn} and a series of step- by-step deformed inputs as , snf(i If the S +1 convergence is realized
Page 2: Óbudai Egyetemconf.uni-obuda.hu/airtc2000/54_AIRTC2000.pdfcertain quadratic matrices {Sn} and a series of step- by-step deformed inputs as , snf(i If the S +1 convergence is realized
Page 3: Óbudai Egyetemconf.uni-obuda.hu/airtc2000/54_AIRTC2000.pdfcertain quadratic matrices {Sn} and a series of step- by-step deformed inputs as , snf(i If the S +1 convergence is realized
Page 4: Óbudai Egyetemconf.uni-obuda.hu/airtc2000/54_AIRTC2000.pdfcertain quadratic matrices {Sn} and a series of step- by-step deformed inputs as , snf(i If the S +1 convergence is realized
Page 5: Óbudai Egyetemconf.uni-obuda.hu/airtc2000/54_AIRTC2000.pdfcertain quadratic matrices {Sn} and a series of step- by-step deformed inputs as , snf(i If the S +1 convergence is realized
Page 6: Óbudai Egyetemconf.uni-obuda.hu/airtc2000/54_AIRTC2000.pdfcertain quadratic matrices {Sn} and a series of step- by-step deformed inputs as , snf(i If the S +1 convergence is realized