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人工耳蜗的未来。

The future of cochlear implants.

作者信息

Wilson B S

出版信息

Br J Audiol. 1997 Aug;31(4):205-25. doi: 10.3109/03005369709076795.

Abstract

Remarkable progress has been made in recent years in the design and application of processing strategies for cochlear implants. Most notably, use of the new spectral peak (SPEAK) and continuous interleaved sampling (CIS) strategies have provided large improvements in speech reception performance compared with prior strategies (NIH Consensus Statement, 1995; Skinner et al., 1994a; Wilson et al., 1991). All major manufacturers of multichannel implant systems, including Advanced Bionics Corp., Bionic Systems, Cochlear Pty. Ltd., and Med El, now offer CIS or CIS-like strategies in their speech processors. The SPEAK strategy was developed by Cochlear Pty. Ltd and continues to be one of the options available in that company's devices. The principal purpose of this editorial is to present some of the many possibilities for further improvements in performance. To the extent that such possibilities are realized, implant systems of the future may be quite different from present systems, with different processing strategies, electrode designs, telemetry features, and fitting procedures.

摘要

近年来,人工耳蜗植入处理策略的设计与应用取得了显著进展。最值得注意的是,与先前的策略相比,新的谱峰(SPEAK)和连续交错采样(CIS)策略在言语接收性能方面有了大幅提升(美国国立卫生研究院共识声明,1995年;斯金纳等人,1994年a;威尔逊等人,1991年)。多通道植入系统的所有主要制造商,包括先进生物电子公司、仿生系统公司、科利耳有限公司和美迪乐公司,现在都在其言语处理器中提供CIS或类似CIS的策略。SPEAK策略由科利耳有限公司开发,并且仍然是该公司设备中可用的选项之一。这篇社论的主要目的是介绍性能进一步提升的诸多可能性。如果这些可能性得以实现,未来的植入系统可能会与当前系统大不相同,具有不同的处理策略、电极设计、遥测功能和调试程序。

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