This report covers the study of the global airport moving walkway systems market. Comprehensive analyses of the market trends, future estimations, and thorough study of the market on the basis of business type, type, angle, and region are included in this report. Airport moving walkway systems report specifies the market of moving walkway systems especially for airports and its detailed revenue generation by its various segments. Airport moving walkway systems include moving walkways of different types depending on their types and angle of installation. Moving walkway systems are used to move people and their luggage from one place to another within the airport. Further, the report highlights the regional trends, and the regional coverage of this market across North America, Europe, Asia-Pacific, and LAMEA (Latin America, Middle East, and Africa). It further provides insights on the drivers, restraints, and opportunities to understand the dynamics and potential of the airport moving walkway systems market.

IC packaging provides the physical/mechanical support for the device and is also responsible for the interconnection between the chip and external terminal, such as the printed circuit board (PCB). The encapsulation helps in the prevention of physical damage and corrosion of the metallic parts; the type of package used in manufacturing IC depends on various parameters, such as power dissipation, size, cost, and other requirements. The increasing trend of miniaturization is driving the demand for advanced packaging. The advent of 5G, which influenced the demand during 2018, is expected to be continued, as the use of FCBGA in 5G base stations and HPCs is increasing in countries that adopt the communication technology, worldwide. FCCSP holds a prominent demand share, which is driven by smartphones, wearables, and other consumer electronics. Over the coming years, the demand for advanced IC substrate is expected to increase even further due to growth in the global demand for 5G enabled smartphones and smart wearables. Due to the 2018's shortage of substrate, which was driven by the demand from 5G vendors, fabless manufacturers are pushing substrate manufacturers for capacity and are partnering with increasing number of suppliers to cover their requirements.

3D reconstruction is the process of creating a computer model of the 3D image of an object from twodimensional images. 3D object reconstruction finds various applications in the real world. Reconstruction allows to gain information about qualitative features of the object, which cannot be deduced from a single plane of sight. 3D reconstruction can be used in art analysis and restoration, phenotype analysis, film, and game graphics, design, and criminal investigations, among others. 3D reconstruction techniques enable users to design product at each stage of its development, eventually reducing the overall production cost by a considerable margin. Such wide range of applications across the end-user industries and the commercial application projections have been the prominent factors prompting vendors to invest in technology developments. The advent of deep learning techniques and the increasing availability of large training data sets is leading to a new generation of methods that can recover the 3D geometry and structure of objects, either from one or several RGB images, without using any complex camera calibration process. The image-based 3D reconstruction is an impor tant problem and a building block to several applications, ranging from autonomous navigation and robotics to graphics and enter tainment. Some of the applications deal with generic objects, while some deal with objects that belong to specific classes, such as the human body parts (e.g. faces and hands), animals, and automobile. The recent advancements in geometrically correct 3D intravascular ultrasound (IVUS) reconstruction enabled the depiction of the true coronary anatomy, with the combination of IVUS data with biplane angiographic images. Additionally, fur ther advancements of the 3D IVUS reconstruction software, in conjunction with the advancement in hardware capabilities, are expected to enable the implementation of real-time 3D IVUS reconstruction within the catheterization laboratories. This is expected to aid the market’s growth.

市场整体情况：纵观一周走势，沪指5 日累计上涨2.38%，深成指5 日累计上涨2.33%，创业板指5 日累计上涨2.34%。申万行业口径下，通信板块本周上涨2.38%。通信细分板块，其他板块本周景气度最高，实现周涨幅8.79%。

1-8月，电信业务收入累计完成9153亿元，同比增长3.1%，增速与1-7月持平。按照上年不变价计算的电信业务总量为9733亿元，同比增长19.3%。

行业聚焦：鸿蒙系统 2.0 亮相华＃为sum开m发ary者＃大 会。华为开发者大会于 9 月 10日举行，围绕鸿蒙OS 2.0、HMS Core 5.0、EMUI 11 三大主题。鸿蒙OS 正式升级至2.0 版本，预计2021 年4 月份鸿蒙系统将开始支持内存4G 以下的华为终端设备，所有设备将在10 月份全面搭载；目前鸿蒙移动应用生态用户数达7 亿，开发者数量也达到180 万，上架APP 突破9.6 万。此外，华为自主研发的HiLink 互通技术将深化1+8+N 全场景生态，在连接、交互、运营、方案商、认证等方面迎来重大升级，已激活5 千万生态用户，智慧生活APP 装机量累计达4 亿，全场景设备交互请求日均10 亿次。

Kiva System成立于2003年，2012年被亚马逊7.75亿美元收购，改名为Amazon Robotics。部门专注于：利用机器人在仓库里完成订单的派发工作。Kiva机器人可提高近50%的分拣处理能力，Kiva机器人与Robo-Stow机械臂等组成的系统可在30分钟内卸载和接收一拖车的货物，效率提升了几倍。

2019年12月25日，腾讯会议正式上线，为用户提供云视频会议平台；在不到一年时间内，腾讯会议用户已突破一亿，成为中国使用人数最多的专业视频会议产品；国际版覆盖全球一百多个国家与地区。

电池分类：从广义上讲主要可分为化学电池、物理电池和生物电池三大类。其中在电动汽车中，应用最广泛的是化学电池。

WhatsApp toB业务与企业微信均为由toC即时通讯工具（WhatsApp/微信Wechat）衍生，保留原生通讯工具沟通体验的的企业级应用。二者优势在于：（1）强社交属性形成网络效应；（2）大规模高黏性用户池；（3）现有社交模块的技术能力和运营经验。