基于自参考自相关自适应干扰对消技术听觉皮层诱发电位单次提取

目的：为实现人体的听觉皮层诱发电位（auditory cortical evoked potential，ACEP）单次提取。方法：将当前流行的计算机应用于生物医学，通过多媒体音频技术产生适合诱发人体听见诱发电位的声音刺激，刺激人体，在电脑皮层提取诱发电位，在大脑皮层提取诱发电位，采用自参考、自相关、自适应干扰对消技术（auto—reference，auto—correlative and adaptive interference cancellation theories and techniques，AAA-ICT）实现听觉皮层诱发电位的单次提取。结果：通过AAA—ICT技术。成功提取出了人体的听觉皮层诱发电位。结论：通过结果可以得出：AAA—ICT技术能够很好地提取人体的听觉皮层诱发电位。而且其自参考思想的创新性明显。

Single Trial of Auditory Cortical Evoked Potential Based on the AAA-ICT

Objective: To achieve the single trial of auditory cortical evoked potential(ACEP).Method: The multimedia tech-nique was used to design the auditory stimulator suitable for the ACEP,and the ACEP signal was extracted by the auto-refer-ence,auto-correlative and adaptive interference cancellation theory and technique(AAA-ICT).Result: By the AAA-ICT,the single trial ACEP signal was extracted successfully.Conclusion: From the result,we can see that the AAA-ICT can extract the ACEP signal of human,and the innovat...