学科分类
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17 个结果
  • 简介:自主学习平台设计中很重要的一点就是交互功能的实现,以往都是通过论坛或聊天室发送文本信息进行交流,速度慢,效率低,实时性不高。开发设计一个基于BotFramework架构的智能语音聊天机器人,并将其应用到高职自主学习智能平台之中.实现学生与自主学习平台的高效交互。

  • 标签: BOT FRAMEWORK 智能聊天机器人 自主学习智能平台
  • 简介:基于RobotFramework和Appium设计出一种app自动化测试框架,该框架实现了对多个安卓手机设备进行并发功能测试。RobotFramework框架负责编写测试用例,鳊写shell脚本为每个手机启动Appium服务,Appjum负责启动服务连接手机,发送用例鳊写的指令到手机同时接收执行结果。同时,以某app为例,验证本框架的适用性。

  • 标签: ROBOT FRAMEWORK Appium APP自动化测试
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  • 简介:Theeffectsofexerciseondecision-makingperformancehavebeenstudiedusingawidevarietyofcognitivetasksandexerciseinterventions.Althoughthecurrentliteraturesupportsabeneficialinfluenceofacuteexerciseoncognitiveperformance,themechanismsunderlyingthisphenomenonhavenotyetbeenelucidated.Wereviewstudiesthatusedsingle-pulsetranscranialmagneticstimulation(TMS)toprobetheexcitabilityofmotorstructuresduringwhole-bodyexerciseandpresentaframeworktoaccountforthefacilitatingeffectsofacuteexerciseonmotorprocesses.Recentresultssuggestthat,evenintheabsenceoffatigue,theincreaseincorticospinalexcitabilityclassicallyreportedduringsubmaximalandexhaustingexercisesmaybeaccompaniedbyareductioninintracorticalinhibition.Weproposethatreducedintracorticalinhibitionelicitsanadaptivecentralmechanismthatcounteractstheprogressivereductioninmuscleresponsivenesscausedbyperipheralfatigue.Suchareductionwouldrenderthemotorcortexmoresensitivetoupstreaminfluences,thuscausingincreasedcorticospinalexcitability.Furthermore,reductionofintracorticalinhibitionmayaccountforthemoreefficientdescendingdriveandfortheimprovementofreactiontimeperformanceduringexercise.Theadaptivemodulationinintracorticalinhibitioncouldbeimplementedthroughageneralincreaseinreticularactivationthatwouldfurtheraccountforenhancedsensorysensitivity.

  • 标签: 运动皮层 经颅磁刺激 运动过程 兴奋性 急性 框架