Wireless game controller and preloaded games Enjoy 30 preloaded games with the included wireless game controller.
无线游戏控制器和预装的游戏，享受30预装游戏，包括无线游戏控制器。
This has faded in popularity in PC and console markets but is still a typical means of revenue in wireless gaming, usually implicitly through use of call time to play the game.
这种方法在个人计算机和控制台游戏市场中的流行度正在减退，但在无线游戏方面还是一种典型的收入方法，通常隐含在玩游戏时的通话时间收费中。
You will need to play with Sifteo near your computer, simply select a game using Sifteo's PC application, and your computer communicates with the cubes via USB wireless link.
玩Sifteo游戏机时，需在电脑旁，用Sifteo的PC设备选定游戏，电脑通过USB和这些电子积木无线连接。
Yes, this is a wireless technology and human imagination to chase the game.
没错，这是一场无线技术与人类的想象力的追逐游戏。
NEWS: Digital Cubes Offer Wireless, Interactive Game playing.
新闻：数字电视提供无线、交互游戏。
The developer claims that this game has been a top-seller on wireless and on retail platforms.
开发商声称，这场比赛已顶级无线和卖方的零售平台。
By the invention, users can conveniently, quickly and simply play a game in the wireless and on-line way.
本发明可以使用户采用无线的方式联机进行游戏，方便、快捷、简单。
Different wireless sensing controllers, a substantial innovation in the operation of the game, with a new swing, tilt and point to the game mode of operation.
与众不同的无线感应控制器，大幅革新了游戏的操作，拥有全新的挥动，倾斜与指向的游戏操作方式。
This paper USES the viewpoints and methods in game theory to solve the packet forwarding problem in wireless sensor networks.
运用博弈论的观点和方法来解决传感器网络中的包转发问题。
It's time to look forward to cheaper video game consoles, GPS devices, wireless headsets and a whole load of other high-tech goods–although not in time for this holiday season.
美国自中国进口的游戏机、全球定位系统（GPS）设备、无线耳机以及其它许多高科技产品的价格有望下降，虽说价格不会在今年圣诞假期就降下来。
Thus, in this paper, a game theory based cooperative resource management strategy in wireless multimedia networks was proposed.
提出一种基于博弈论的无线宽带网络协作资源管理策略。
A game theoretic energy balance routing (GTEBR) algorithm was proposed to avoid unevenly energy consuming in wireless sensor networks.
针对无线传感器网络能耗不均匀的问题，提出了一种基于博弈论模型的能量平衡路由(gtebr)算法。
Nash equilibrium is founded for this game and the obtained throughput for wireless mesh networks is compared to throughput with random route selection.
随后建立相应的纳什均衡并将所得吞吐量同随机路由选择方案的吞吐量相比较。
Nash equilibrium is founded for this game and the obtained throughput for wireless mesh networks is compared to throughput with random route selection.
随后建立相应的纳什均衡并将所得吞吐量同随机路由选择方案的吞吐量相比较。
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