The location-based services (hereafter referred to as LBS) have emerged during the past few years, whether used for locating the nearest restaurant, or adver tising deals to those shoppers who are in close proximity to retail stores. LBS provide the users access to relevant and up-to-date information about their surroundings and allow businesses to provide updates to their customers regarding their orders. All these applications of LBS offer a dynamic user experience, providing a convenient method for the interaction of business enterprises with the customers.  The fastest developing positioning methods are based on a combination of mobile positioning and satellite-based GPS. With more popular methods, like cell global identity (CGICTA) and enhanced observed time difference (E-OTD), the practical precision falls in the range of 50–1000 m. These technologies create opportunities for the end users, based on the accuracy needed for the location identification for specific applications.  Location can be determined using E-OTD, observed timed difference of arrival (OTDOA), wirelessassisted GNSS (A-GNSS), and hybrid technologies, which combine A-GNSS with other standard techniques. Better location and accurate speculated time of arrival in real-time can be offered to the commuters and service seekers, with the use of location-based services that track the vehicular movement. This is expected to gain a significant market base, along with the countries across the world trying to achieve their transportation goals as a part of their smart city projects. These developments are expected to create increased opportunities, particularly in the Latin American and Asia-Pacific markets, over the forecast period.

The benefits of total laboratory automation include reduction of human errors in specimen handling, enhancements in overall process control, and faster turn-around-times (TAT) from specimen collection to test result reporting. Across various industries, laboratories are a vital part of manufacturing and scientific research organizations. The primary goal of research and diagnostic labs is to provide high quality and reliable information, which fulfills the industry needs. The use of manual systems hampers data quality during the transferring process. Currently, technological advancements and increasing pressure to deliver results have led to the use of automated systems in laboratories. The adoption rate of automated systems is increasing, due to its accuracy, advanced data management capacity and reduced repetitiveness, and ultimately reducing the human intervention, and thereby, increasing throughput and accuracy. Many core labs are looking to enhance testing efficiency and better manage resources by upgrading to total laboratory automation (TLA). Although total lab automation can be challenging to plan and implement, it is particularly suited to laboratories that conduct a broad spectrum of highly automated testing coupled with sophisticated laboratory information systems. TLA avoids the duplication, delays, and waste that can occur with task targeted automation.

Vendors in the market are offering radar sensors based on the range and the technology (continuous and pulsating). The long-range radars applications are based on 77-GHz frequency. However, 79 GHz is gaining traction for short and mid-range applications, like industrial and automotive, owing to the higher form factor with 3X smaller antennas. It is also benefiting from a wide frequency band of 4 GHz (77 to 81 GHz). Radar sensors have become an integral part of the smart home market, particularly offering contactless control for lighting, air-conditioning, sanitary systems, and automatic door, as well as for security systems, such as alarms, access control, and tracking applications. Due to the robust growth, the autonomous car is instrumental in driving the radar sensor market. The radar technology is driven by the new car assessment program among the OEMs, as they integrate these systems to complement camera devices for ADAS applications. Radars, combined with other sensors, provide enhanced information on safety and collision avoidance. Vendors in the market are building capabilities and investing in acquiring exper tise specific to the automotive industry, which is expected to not only hold the prominent share of the radar sensor market but also expected to augment the demand even further, over the growing demand of EVs. The vendors are expected to invest in new and emerging technology and product capabilities development for the sensors to add value to the offerings and help themselves to remain relevant in the market.

数字经济时代催生了以大数据为代表的新型生产要素，数据具有可复制、可共享、无限增长和供给的特性，可以通过连接物理世界和数字世界，驱动持续增长和创新发展。数据驱动强调以数据作为关键生产要素，是企业数字化转型的主线。

本研究报告中的内容营销指以营销为目的，内容为载体的商业传播行为，可以是将营销信息和独立内容的二次加工结合，可以是自身打造独立内容再加入营销信息，也可以是将营销信息包装为话题供用户自发讨论和再生产。具体来看，不同内容形式有着不同的内容营销呈现形式，其共同构成了丰富多彩的内容营销生态。此外，本报告主要基于互联网时代的内容营销展开研究。

当前，字节跳动的To B业务主要由两个软件组成，其一是从自研、自用的办公套件衍生而出的协同办公软件飞书，其二是从云服务衍生出的智能技术服务平台火山引擎。

7 月22 日，科创板将迎来开板一周年解禁，将有1.94 亿限售股上市流通，解禁规模达2175.17 亿元。从绝对数量来看，待解禁市值居前的公司有中微公司（1439.74 亿元）、澜起科技（1324.14 亿元）、中国通号（687.14 亿元）、虹软科技（402.96 亿元）；从解禁比例来看，待解禁股份占总股本超过50%的公司共有4 家，分别是西部超导（60.82%）、天宜上佳（57.46%）、虹软科技（55.11%）与容百科技（52.07%）。

国内外市场流动性风险；北向资金、科技ETF和新成立公募金的波动性风险；相关行业或个股交易过热的风险；相关产业发展不达预期的风险；相关个股业绩不达预期的风险。

基于 NFC+SIM 卡的移动支付依旧拥有广阔的市场前景：由于扫码支付 的流行，市场低估了 NFC+SIM 卡在移动支付市场所拥有的潜力。 NFC+SIM 卡方案具有的可离线使用、硬件安全环境等特点，因此其应用 潜力被市场普遍低估。尤其是如果未来央行数字货币 DCEP 可能支持的离 线支付场景推广开来，NFC+SIM 卡方案天然支持离线支付，有望打开新 的市场。

上周沪深300 指数上涨7.55%，传媒版块上涨10.54%，跑赢沪深300指数2.99 个百分点。游戏版块上涨10.50%，跑赢沪深300 指数2.95个百分点，跑输传媒板块0.04 个百分点。个股方面，上周涨幅较大的有天舟文化（+31.84%）、富春股份（+27.61%）、奥飞娱乐（+23.19%）；上周跌幅较大的有中文在线（-1.71%）、盛天网络（-1.51%）。