个人分散式便携数码设备VIP免费

1个人分散式便携数码设备摘要：纵观当下的各种数码设备，几乎都是性能与便携不可兼得。我所设计的这个分散式便携数码设备就是为了解决这个问题。所谓分散式，就是该设备分成眼镜式显示器，入耳式耳机和手表三部分，可利用手指交互，眼球跟踪，语音交互，从手表端触屏，电子笔端，再加上现有的数码设备多种途径来实现更加简单便捷的全方位，一体化的控制。除此之外，该设备所利用的并行运算，云运算等技术使得该设备的性能十分优越。在安全性能，供电性能和外观方面，该设备都充分体现了设计时的用户友好的原则。加上现在越来越成熟的技术，我相信在将来这套设备一定能成为现实，并在人们的生活工作和学习等方面带来革命性的变化。关键字：分散式手指交互眼镜显示用户友好2Abstract:Whenwetakealookattheallkindsofpresentdigitaldevices,almostnoneofthemcanhavebothhighperformanceandportability.Idesignedthepersonaldistributedportabledigitaldevicestosolvethisproblem.Thedistributeddeviceconsistsofglassesdisplay,in-earheadphonesandwatch.Userscanusefingerinteraction,eyetracking,voiceinteraction,fromthewatch-sidetouchscreen,electronicpen,togetherwiththeexistingdigitaldevices,whichisavarietyofways,toachieveamoresimpleandconvenient,integratedcontrol.Inaddition,theuseofparallelcomputing,cloudcomputingtechnologycontributetothehighperformanceoftheequipment.Whenitcomestosafetyperformance,powerperformanceandappearance,theequipmentfullyreflectstheprincipleofuser-friendlydesign.Withmoreandmorematuretechnology,Ibelieveinthefuturetheequipmentwillbeabletobecomeareality,andbringrevolutionarychangesintopeople'slives.Keywords：distributedfingerinteractionglassesdisplayuser-friendly3目录摘要：........................................................................................................................1关键字：....................................................................................................................1一、引言.....................................................................................................................41.1创意背景.......................................................................................................41.2创意概述.......................................................................................................4二、相关设计.............................................................................................................52.1人机交互方式...............................................................................................52.1.1手指交互............................................................................................72.1.2眼球跟踪...........................................................................................82.1.3语音交互............................................................................................82.1.4从手表端触摸屏控制.......................................................................92.1.5从电子笔端控制...............................................................................92.1.6从现有数码设备控制........................................................................92.2网络及互联方式.........................................................................................102.2.1内部互联..........................................................................................102.2.2同外部互联......................................................................................102.3处理运算方式.........................