互动智能通信是人工智能与互动通信相结合的产物,是智能信息推拉(Intelligent Information Push-Pull,IIPP)技术的延伸和发展。通过实现互动智能通信,可以提高网络及数据库的智能水平,从根本上解决推送和拉取技术应用过程中所遇到的难...互动智能通信是人工智能与互动通信相结合的产物,是智能信息推拉(Intelligent Information Push-Pull,IIPP)技术的延伸和发展。通过实现互动智能通信,可以提高网络及数据库的智能水平,从根本上解决推送和拉取技术应用过程中所遇到的难题及如何从海量信息中提取有用信息,如何为不同用户提供个性化信息服务等问题。应用模糊综合评判法对用户个人偏好模型进行建模,提出用灰色关联度分析确定权重的方法,并用Java编程语言实现通过手机短信和电子邮件两种方式与用户进行互动,取得了良好的应用效果。展开更多
This letter investigates an efficient design procedure integrating the Genetic Algorithm (GA) with the Finite Difference Time Domain (FDTD) for the fast optimal design of Smart Antenna Arrays (SAA). The FDTD is used t...This letter investigates an efficient design procedure integrating the Genetic Algorithm (GA) with the Finite Difference Time Domain (FDTD) for the fast optimal design of Smart Antenna Arrays (SAA). The FDTD is used to analyze SAA with mutual coupling. Then,on the basis of the Maximal Signal to Noise Ratio (MSNR) criteria, the GA is applied to the optimization of weighting elements and structure of SAA. Finally, the effectiveness of the analysis is evaluated by experimental antenna arrays.展开更多
文摘互动智能通信是人工智能与互动通信相结合的产物,是智能信息推拉(Intelligent Information Push-Pull,IIPP)技术的延伸和发展。通过实现互动智能通信,可以提高网络及数据库的智能水平,从根本上解决推送和拉取技术应用过程中所遇到的难题及如何从海量信息中提取有用信息,如何为不同用户提供个性化信息服务等问题。应用模糊综合评判法对用户个人偏好模型进行建模,提出用灰色关联度分析确定权重的方法,并用Java编程语言实现通过手机短信和电子邮件两种方式与用户进行互动,取得了良好的应用效果。
文摘This letter investigates an efficient design procedure integrating the Genetic Algorithm (GA) with the Finite Difference Time Domain (FDTD) for the fast optimal design of Smart Antenna Arrays (SAA). The FDTD is used to analyze SAA with mutual coupling. Then,on the basis of the Maximal Signal to Noise Ratio (MSNR) criteria, the GA is applied to the optimization of weighting elements and structure of SAA. Finally, the effectiveness of the analysis is evaluated by experimental antenna arrays.
