Newton can also be the basis of a new generation of embedded systems, from cash registers to kiosks.
从收音机到电话亭，牛顿也可以成为新一代嵌入式系统的基础。
Embedded in this short history is all the elusiveness of human identity; each new advance reveals the flaws in earlier systems.
上述简短的历史回顾说明，准确识别人类身份并不容易；每一个新的进展都能揭示出旧系统中的缺点。
These new features, plus other enhancements, help systems engineers and real-time or embedded software developers increase productivity and deliver innovative products to market.
这些新的特性，加上其他改进处，帮助系统工程师和实时或者嵌入式软件开发员增加生产效率，并向市场交付创新性的产品。
It is always pushing into new frontiers, such as embedded systems and mobile devices.
它总是应用于新的技术领域，如嵌入式系统和移动设备。
For the embedded world, new architectures and processor types have been added — including support for MMU-less systems that do not have a hardware-controlled memory management scheme.
对于嵌入式领域，添加了新的体系结构和处理器类型——包括对那些没有硬件控制的内存管理方案的MMU -less系统的支持。
It does not use the BlackBerry operating system; instead RIM has developed a new OS based on QNX, a Unix-like operating system widely used in embedded systems.
它使用RIM为之新研发的基于QNX的操作系统。
Many of the keitai-credit systems rely on a NFC chip called FeliCa, which was developed by Sony. This chip is embedded in both NTT DoCoMo's wallet phones and the new Pasmo system.
许多手机信用系统借助一种名为灵通卡（FeliCa）短距通讯芯片发挥作用，该芯片由索尼公司研制，内置于NTT的手机钱包和新的帕斯莫系统。
Based on the characteristics of embedded systems, several critical techniques of design and debugging are discussed, with a new idea of software and hardware being co-designed and debugged proposed.
本文针对嵌入式系统自身特点深入地阐述了设计和调试方面的一些关键技术，同时提出了一种软硬件联合设计与调试的先进思想。
High-performance sportswear, wearable displays, new classes of portable power, and embedded health monitoring systems are examples of these novel applications.
高性能运动服装、可佩戴式显示屏、新型的便携式电源以及嵌入式卫生监测系统正是这些优点的新利用。
From the ARM Architecture, we could see that RISC has so many merits in embedded systems. And in the new trend, embedded processors will be widely used in SOC (system On Chip).
同时从ARM体系，我们也可以看到RISC在嵌入式处理器领域的优势所在，以及它们将来必然在SOC(系统芯片)中获得广泛应用。
In the process of developing embedded systems, how to achieve a friendly human-computer interface brings new challenges.
在嵌入式的开发过程中，友好的多媒体人机界面为嵌入式产品的开发提出了新的挑战。
In the process of developing embedded systems, how to achieve a friendly human-computer interface brings new challenges.
在嵌入式的开发过程中，友好的多媒体人机界面为嵌入式产品的开发提出了新的挑战。
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