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能以1/7奈奎斯特取样速率传输的话音处理技术的商用问题已在洽谈合同.在威·戈斯林教授的指导下与电子工程研究所合作,由布·雷·金在巴斯大学发展的这种技术,可把话音减缩到仅含27个“字符表”,然后约以每秒1000个5比特字的速率发送些字符.尚待解决的问题之一是样品出现不规则的间隔.而现有的传输技术仅只考虑到规则的传输速率.但是布·金曾对《无线电世界》说,采用微处理品做样机,大约用18个月完成将是容易的;如果一切顺利的话,商用设备将在大约4-5年内问世.他还强调,这种处理技术也不会使现在的一些技术在一夜之间就过时了.
The commercial issue of voice processing technology capable of transmitting at a Nyquist sampling rate of 1/7 is already under negotiation and cooperation with the Institute of Electrical Engineering under the direction of Professor Weiss Gosling and development by Buray King at the University of Bath This technique reduces the speech to only 27 “character tables,” and then sends those characters at about 1000 5-bit words per second. One of the unresolved issues is the irregular spacing of samples. The existing transmission technology only considers the regular transmission rate, but Bujin once said to “radio world” that using microprocessing products as prototypes would be easy in about 18 months. If all goes well, commercial The device will be available in about 4-5 years, and he emphasizes that this processing technology will not obsolete some of the current technologies overnight.