话语与伴随手势的数量协同问题长期缺乏实证研究数据支持。在功能协同(同样的语义和语用功能)、结构协同(同在支架话序中)的前提下,本研究使用语料库量化研究方法,探讨了语力话语形式(powerful language forms)与其伴随手势的数量协同...话语与伴随手势的数量协同问题长期缺乏实证研究数据支持。在功能协同(同样的语义和语用功能)、结构协同(同在支架话序中)的前提下,本研究使用语料库量化研究方法,探讨了语力话语形式(powerful language forms)与其伴随手势的数量协同机制。研究结果发现,在相同教学功能语境之下,语力话语与伴随手势数量比小于1.3∶1大于1∶1.3之间时,能实现最佳的交际效果;反之,则会对交际效果产生消极作用。展开更多
We investigate how to cancel interference by using space time code and codeword space alignment for multiple-input multiple-output （MIMO） Y channel consisting of three users and a relay. All the nodes adopt Alamouti...We investigate how to cancel interference by using space time code and codeword space alignment for multiple-input multiple-output （MIMO） Y channel consisting of three users and a relay. All the nodes adopt Alamouti code. During the multiple access （MA） stage, two codewords within each reciprocal codeword pair are aligned through pre-coding. The relay decodes the elements of each codeword pair using the orthogonal property of effective channel matrix of Alamouti codeword. During the broadcast （BC） stage, the interference between codeword pairs at each user is eliminated by the orthogonal property of effective channel matrix of Alamouti codeword, instead of the interference alignment （IA） pre-coding. Thus, channel state information （CSI） is not required during the BC stage, which greatly reduce the amount of feedback.展开更多
文摘话语与伴随手势的数量协同问题长期缺乏实证研究数据支持。在功能协同(同样的语义和语用功能)、结构协同(同在支架话序中)的前提下,本研究使用语料库量化研究方法,探讨了语力话语形式(powerful language forms)与其伴随手势的数量协同机制。研究结果发现,在相同教学功能语境之下,语力话语与伴随手势数量比小于1.3∶1大于1∶1.3之间时,能实现最佳的交际效果;反之,则会对交际效果产生消极作用。
基金supported by Opening Foundation of Opening Project of Mine Informatization of Henan (KY2015-01)the Fundamental Research Funds for the Universities of Henan Province (NSFRF140126)
文摘We investigate how to cancel interference by using space time code and codeword space alignment for multiple-input multiple-output （MIMO） Y channel consisting of three users and a relay. All the nodes adopt Alamouti code. During the multiple access （MA） stage, two codewords within each reciprocal codeword pair are aligned through pre-coding. The relay decodes the elements of each codeword pair using the orthogonal property of effective channel matrix of Alamouti codeword. During the broadcast （BC） stage, the interference between codeword pairs at each user is eliminated by the orthogonal property of effective channel matrix of Alamouti codeword, instead of the interference alignment （IA） pre-coding. Thus, channel state information （CSI） is not required during the BC stage, which greatly reduce the amount of feedback.
