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一触即发的时代即将来临,只是,这次我们面临的是智能生活。试想一下,当你轻轻触碰墙壁,就可以自动开启家中的音乐设备,通过音乐的声波,自动自动开启窗帘,生活,是不是就从指间开始了呢?智能生活,由此而来! 清晨,睁开惺忪的睡眼,来到餐厅想享用一杯现磨咖啡和切片面包。按下墙上的触摸屏按钮,可以实现窗纱或者窗帘的独立开闭,背景音乐悄悄开启。如果是身着睡衣,可以先选择窗纱闭而窗帘启,如果私密性保护很好,可以完全开启。墙装智能按键面板,还可根据你个人的生活习惯进行多种场景设计(如灯光明暗组合,音视频设备之间的组合,实现看电视、休息、聊天、就餐等模式)。 设置智能背景音乐面板,可开启和关闭背景音乐,选择曲目和新闻广播的同时,提供呼叫家庭人员或呼叫保姆服务。家庭间的茶几上放置无线触摸屏,可实现对全宅指定区域内灯光、空调/采暖系统、音视频系统、泳池设备等控制。大大的屋子,无需你来回走动,只需要轻触屏幕选择所需即可。 餐厅也分置有墙装智能按键面板,方便进入时启动灯光并启动各种灯光场景(如:晚餐、聚餐、西餐、中餐等场景,联动背景音乐可依需求进行设计),同时可一键启动相应模式,关闭宅内其他房间的灯光、音视频等各个系统的工作,节约能源。需要时,还可通过墙装智能面板呼叫家人。 不只是日常生活能享受智能化的浪潮,在出行中,也可以实现智能。举个简单地例子吧,大家都知道现在车辆过桥梁和高速路,车辆必须停车缴费才可以,如果使用智能交通中的电子收费系统,就能避免这一现象了。通过安装在车辆挡风玻璃上的车载器与在收费站的电子收费系统车道上的微波天线之间的微波专用短程通讯,利用计算机联网技术与银行进行后台结算处理,就都能达到这一目的,在现有的车道上安装电子不停车收费系统,可以使车道的通行能力提高3~5倍。想必这里大家都深有感触,今年国家过节,开车堵在桥上等待13个小时是什么概念。


yuen5133 Good
nabeel.zia2 Still waiting for an English Version
nabeeluos Great
christinerotsaert123 谢谢, 好主意。
nabeel.zia2 Kindly post in English, it would be great
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Location context has become increasingly important for applications that capture real-world data, including those in the logistics and navigation markets. Whether tracking location of a delivery truck or providing turn-by-turn navigation, the need for a seamless way to accurately and intelligently identify the location and where their data was captured is growing. Fortunately, advancements in precise location-based services (LBS) technology are making it possible to provide mobile carriers, application developers and enterprises with a one-stop shop services platform for building or enhancing cloud-based, embedded and hybrid LBS applications, especially in IoT deployments. The platform may incorporate multiple modular technology suites, including indoor and outdoor positioning, geo-fencing, location fraud detection, maps, search, routing, navigation, real-time messaging, and analytics. Here is how the power of connected-location technologies might play out when a consumer or commercial delivery driver is in a retail store or high-rise office location: • The driver searches for their destination on a desktop, mobile or in the vehicle. All are sync’d seamlessly with a highly advanced cloud navigation platform. • Navigation is started to the destination with the vehicle’s navigation system. The platform routing engine alerts the driver to the fact that their final destination does not have parking immediately in front, and routes them to the nearest parking garage instead. • As the vehicle nears the parking garage, the mapping engine queries the CCS and loads the indoor map data for the parking garage, along with the real-time data for empty spots. The route is updated to guide the vehicle to the empty parking spot nearest to the driver’s final destination. • As the vehicle enters the garage and loses GPS coverage, position determination automatically switches over to Wi-Fi and inertial sensor data. This platform will then use this data to accurately guide the driver to the empty spot. If equipped, the vehicle can even park itself. • Using a cloud based navigation system, the remaining route to the driver’s final destination is automatically transferred to their mobile device. Continuing to utilize indoor positioning technology, the driver’s mobile device now guides them to their final indoor destination, depending upon the mix of the signals available to the device, and the hybrid-positioning engine to provide location. • Returning to the driver’s vehicle is a simple matter of tapping the ‘Take Me Back’ button on their mobile phone, and the needed audible and visual cues are provided to guide them back to their vehicle. • Once the driver arrives within visual distance of the vehicle, geo-fence alerts can be used to flash the vehicle lights, pulse the horn or start the engine.
Bringing Location Context to Logistics and Automotive Markets
Android Cars
The Peoples’ A.I.