基于ActiveX控件的景区自助导游语音讲解仪器设计

Design of voice explanation instrument for self guide in scenic spot based on ActiveX control

针对传统的景区自助导游语音讲解仪器效率低下、信号接收完整度差的问题。提出了一种新式的基于ActiveX控件的景区自助导游语音讲解仪器,分别从系统硬件设计和系统软件设计2方面进行阐述,系统硬件设计共分为3个模块进行:GPS数据接收模块、GPS定位模块以及语音合成模块。在GPS数据接收模块中,选取HOBO ZWRCVR无线数据接收器对信号数据进行基础收集,综合调整数据存在状况,并解决内部结构问题,提高系统信号收集完整度;在GPS定位模块中,选用GPS定位器对场景数据进行定位,实时掌握信号发生位置,实现对其的监控操作;在语音合成模块中,利用SYN6288语音合成模块加大对语音的调配力度,完善语音系统信息,获取较佳的系统设计结果,完成对系统硬件的设计。此外,在系统软件设计中不断变换应用程序模式,并辅助操作函数进行操作,达到对系统软件设计的目的。实验结果表明,相较于传统景区自助导游语音讲解仪器设计,基于ActiveX控件的景区自助导游语音讲解仪器设计能够在较高程度上完善系统内部结构,提高设计的有效率,维护系统的正常运行,具备更好的仪器使用前景。

Aiming at the problems of low efficiency of the equipment and poor signal reception integrity in traditional self-guided tour guides in scenic spots,a new type of self-guided tour guide voice explanation instrument is proposed based on ActiveX control,which is explained from two aspects of system hardware design and system software design.The system hardware design is divided into three modules:GPS data receiving module,GPS positioning Module and speech synthesis module.In the GPS data receiving module,the HOBO ZW-RCVR wireless data receiver is selected for basic collection of signal data,comprehensively edjusting the data status,solving the internal structure problems,and the integrity of the system signal collection is improved.In the GPS positioning module.In the speech synthesis module,the SYN6288 speech synthesis module is used to increase the deployment of the voice,improve the voice system information,obtain a better system Design results,and complete the design of the system hardware.In addition,the application mode is constantly changed in the system software design,and the auxiliary operation function is operated to achieve the purpose of system software design.The experimental results show that,compared with the traditional scenic self-guided tour guide voice explanation instrument design,the scenic selfservice tour guide voice explanation instrument design based on ActiveX controls can improve the internal structure of the system to a higher degree,improve the design efficiency,and maintain the normal operation of the system.It has better prospects for instrument use.