8 Tech Trends to Track in 2016

本文基于2015年CES展会的观察,预测了2016年科技领域的八大趋势,包括智能交通、机器人技术、物联网、虚拟现实、游戏控制器、无人机系统、3D打印和电视技术。这些趋势涵盖了从无人驾驶汽车到智能家庭设备,从虚拟现实应用到游戏配件,再到无人机和3D打印的创新。

8 Tech Trends to Track in 2016

With the holiday season in full swing and as the year winds down, tech enthusiasts are churning out their predictions for 2016, while preparing for their annual New Year-pilgrimage to Las Vegas, all in the name of the International Consumer Electronics Show (CES) — where more than 150,000 attendees gather every year to see the latest and greatest in technology.

 

We’ve kept a close eye on the tech landscape this past year, and came up with 8 trends we anticipate making a big splash at this year’s CES, based on what we saw at CES 2015.

  1. Intelligent Transportation: Driverless cars have made great strides in 2015, hitting California roads with automakers like Audi pre-empting CES with a strong presence at Web Summit in Dublin in November. Last year, Audiunveiled its driverless car concept, an A7 that debuted at CES by driving itself to the show all the way from from San Francisco. Other luxury automakers have made a splash in the autonomous market, including Mercedes Benz, whose F015 model is actually a rechargeable hydrogen fuel cell vehicle. 
  2. Robotics: We’ve talked a lot about robotics and their importance in medicine, with a focus on nanorobotics and their role in surgical procedures. Based on what we saw in 2015 at CES, we anticipate seeing robotics take on a stronger presence in the wearables market. Last year, the ReWalk Personal System demonstrated the world’s first FDA-approved robotic exoskeleton. The ReWalk exoskeleton was designed to help paraplegics and stroke victims regain mobility. The system responds to the wearer’s intention to walk, and mimics a normal walking gait with a heel/toe strike sequence. 
  3. Internet of Things (IoT): With autonomous automobiles, smart homes, and more, the IoT market is growing more and more sophisticated. At CES 2015, Logbar showcased a product that is simply called Ring, which bears the slogan “One Gesture, One Magic.” Smart home technology relies on the user to control everything within the home, usually through a smartphone app. Logbar’s Ring makes things a bit easier. Ring users are given the ability to operate appliances by simply waving their finger in the air, creating a more efficient way of connecting technology at home. 
  4. Virtual Reality (VR): Oculus has made lots of headlines this year, and 2016 will mark its fourth year at CES. We anticipate that this, and other VR companies, will o make another big splash at CES in January, showcasing how this technology has the ability to impact various industries and affect our everyday lives. 
  5. Gaming: Gaming isn’t just about the games and consoles, but also about the controllers. Mad Catz L.Y.N.X. 9 launched at CES 2015 and is a revolutionary gaming controller that can be used with either mobile or home systems running games. The L.Y.N.X. 9’s most impressive feature is its ability to split into three sections. The left side consists of the left analog stick, directional pads, and the left shoulder and trigger buttons. The right side has the right analog stick, the Y, A, B and X buttons, and the right shoulder and trigger buttons. The center houses the Bluetooth connection and the Start and Back buttons. We anticipate the gaming focus for 2016 to represent this shift – where the accessories are just as much a focus as the gaming technology itself. 
  6. Unmanned Systems: Drones have been a tech buzzword this past year, and in 2015, we saw drones for all purposes — drones to help you take the perfect selfie, drones that fly themselves and drones that follow you by hooking up with your smartphone. Drones can do more than just capture a good selfie; they can be flying computers. The DJI Inspire 1 camera drone had an impressive launch last year, touting 4K resolution and the ability to click videos and pictures from an aerial vantage point. The DJI Inspire 1 technology allows software developers to use the software development kit (SDK) to create mobile applications that control how the drone’s camera, gimbal and more interact in the sky. 
  7. 3D Printing: 3D printing, much like VR, has made its mark across industries and is undoubtedly here to stay. More than 30 innovative companies showcased their latest advancements in 3D printing technology at CES 2015. Mcor SDL paper-based 3D printing technology is one of the most unique and best suited in providing wide access to low-cost, accurate and realistic color, eco-friendly, and professional-quality 3D printing. Mcor 3D printers create complex, durable and stable physical 3D models from standard sheets of copy paper. The 3D printed models can be tapped, threaded, hinged, made water resistant and flexible.  Examples range from healthcare professionals creating anatomical models to improve surgical outcomes, including plastic and reconstructive sculptor to create physical three-dimensional ‘before’ and ‘after’ images or even geographic information systems professionals creating accurate models of 3D landscapes mapping the earth’s surface which enables people to more easily see, and understand patterns and relationships as it relates to the geographic landscapes. 
  8. Television: TVs have always come in different shapes and sizes, but now they’re bendable. Samsung’s massive 105-Inch UN105S9B SUHD TV can go from flat to curved at the touch of a button. It utilizes small servos behind the screen to curve the edges in, and back out again, to the whim of a remote control thumb.

【顶刊TAC复现】事件触发模型参考自适应控制(ETC+MRAC):针对非线性参数不确定性线性部分时变连续系统研究(Matlab代码实现)内容概要:本文档介绍了“事件触发模型参考自适应控制(ETC+MRAC)”的研究与Matlab代码实现,聚焦于存在非线性参数不确定性且具有时变线性部分的连续系统。该研究复现了顶刊IEEE Transactions on Automatic Control(TAC)的相关成果,重点在于通过事件触发机制减少控制器更新频率,提升系统资源利用效率,同时结合模型参考自适应控制策略增强系统对参数不确定性和外部扰动的鲁棒性。文档还展示了大量相关科研方向的技术服务内容,涵盖智能优化算法、机器学习、路径规划、电力系统、信号处理等多个领域,并提供了Matlab仿真辅导服务及相关资源下载链接。; 适合人群:具备自动控制理论基础、非线性系统分析背景以及Matlab编程能力的研究生、博士生及科研人员,尤其适合从事控制理论与工程应用研究的专业人士。; 使用场景及目标:① 复现顶刊TAC关于ETC+MRAC的先进控制方法,用于非线性时变系统的稳定性与性能优化研究;② 学习事件触发机制在节约通信与计算资源方面的优势;③ 掌握模型参考自适应控制的设计思路及其在不确定系统中的应用;④ 借助提供的丰富案例与代码资源开展科研项目、论文撰写或算法验证。; 阅读建议:建议读者结合控制理论基础知识,重点理解事件触发条件的设计原理与自适应律的构建过程,运行并调试所提供的Matlab代码以加深对算法实现细节的理解,同时可参考文中列举的其他研究方向拓展应用场景。
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