在它的开端，也会在用户体验方面做出一些改进。 但不会是某个处理器规格的承诺书。
There will be some improvement in experience at the outset, just not as much as the processor specs promise.
另一种重要的性能改进方法是把必需的数据缓存在接近处理器的地方。
Another important method of improving performance is through caching of necessary data close to the processor.
预期的改进包括一个双核处理器、一个高质量显示器和一个前视相机以及一个sd卡插槽。
Expected improvements include a dual-core processor, a higher-quality display, a front-facing camera, and an SD card slot.
我们将这个性能改进归功于额外的处理器和内存。
它是64位的文件系统，虽然它是在原来的JFS的基础上开发的，但却较之有所改进，即：JFS2具有更优的扩展性能，而且支持多处理器架构。
JFS2 is a 64-bit file system that, although based on the original JFS, was enhanced to be more scalable and support multi-processor architectures.
Version9添加了针对基于POWER6 处理器的系统的性能改进。
Version 9 adds performance improvements for POWER6 processor-based systems.
由于经过改进的技术特征（比如更快的处理器、更少的电能消耗，等等），新一代硬件激发了人们的兴趣。
New generations of hardware are interesting because of improved technical characteristics (for example, faster processors, less energy consumption, and so on).
JD K 1.4.1通过增加新的针对多处理器系统和非常大的堆的多线程收集选项，进一步改进了垃圾收集的效率。
The 1.4.1 JDK further improves the effectiveness of garbage collection by adding new multithreaded collection options for multiprocessor systems and very large heaps.
POWER 5处理器包含了对POWER 4架构的改进，同时保持了两者间的二进制兼容性，这就使得您可以在这两个平台上运行相同的应用程序。
The POWER5 architecture contains enhancements to the POWER4 architecture while maintaining binary compatibility between the two, which allows you to run the same application on both platforms.
POWER 7在每一个芯片或插槽上增加了处理器内核密度，改进了多线程支持，并且改进了内核内存带宽(下面介绍)。
POWER7 provides increased processor core density per chip or socket, improved multithreading support, and improved core memory bandwidth (discussed below).
另外，Domino7中的各种跨平台的改进还可以节省 10% 到 20% 的处理器资源（例如快速池的实现和内存分片）。
In addition, various cross-platform improvements in Domino 7 contributed another 10 to 20 percent of processor savings (such as quick pool implementation and memory fragmentation).
苹果发布的产品具有双核a5处理器，基于ARMCortex - A 9架构，并带来了根本改进的图形显示能力。
Apple delivered the goods with a dual-core A5, based on the ARM Cortex-A9 architecture, with substantially improved graphics performance.
可扩性也将改进，因为可以增加更多的处理器，而无需增加与处理器直接相连的内部数据通道，即总线。
Scalability would improve because more processors could be added without adding more internal data channels, or buses, connected directly to the processors.
介绍了红外火焰检测装置的原理结构及其火焰信号处理器的改进措施。
There also introduces the principle and structure of infrared flame detecting equipment and the improving measure for flame processor.
现代处理器性能以60%的年增长率飞速发展，相比之下，处于不同工艺下的DRAM的时滞和带宽的改进却分别只有7%和15～20%；
Modern processor performance increases at a rat of 60% per year, while the bandwidth of a DRAM chip increase by only 15%-20% per year, with latency improved by only 7%.
在用于从主机处理器中卸载协议处理的网络适配器方面提供了多个改进。
A number of improvements in network adapters that offload protocol processing from the host processor are provided.
课题以arm 9嵌入式微处理器s3c 2410a为核心，基于HHARM 2410 - K2开发板进行电路设计与改进。
The circuit design and amelioration are based on HHARM2410_K2 development board using ARM9 embedded microprocessor S3C2410A as the core.
论文介绍了32位处理器二进制翻译的数据段映射技术，指出了这种映射技术在IA 64二进制翻译中存在的缺陷，进而提出了改进方法，并解决了IA 64二进制翻译的数据段映射问题。
This paper first introduces the data section mapping technology in 32 bit processor binary translation, then points out its limitation on IA64 binary translation.
由于设计方法的改进，最近微处理器的功能更加强大。
Most recently, microprocessors have become more powerful, thanks to a change in the design approach.
在介绍蚁群算法基本原理以及探讨该算法的缺陷基础上，针对多处理器任务调度问题，提出了一种基于改进型蚁群算法的调度策略。
After the basic theory of ACA is introduced, a multiprocessors scheduling policy based on an improved ant colony algorithm is proposed in this paper.
利用ARM微处理器实现图像的小波变换，并根据ARM本身的结构特点提出了一种改进的嵌入式零树编码算法，以便在ARM微处理器上实现图像压缩。
The paper describes a modified embedded zerotrees coding algorithm adapting to the ARM microprocessor′s structure, which improves the image compression based on the ARM microprocessors.
分支预测技术的不断改进使得处理器的性能得到极大的提升，两级模式分支预测器以其简单结构和高效性能被广泛应用。
Modern processors get great performance improvement by branch prediction, and two levels pattern branch predictor is widely used because of its simple structure and high performance.
也有其他一些调整和改进，应消除一些过程卡和举行处理器进入深睡眠造成电池漏。
There has also been some other tweaks and enhancements that should eliminate some processes getting stuck and holding the CPU from entering deep sleep resulting in battery drain.
这新的，改进的模型(芯片与微处理器控制)，很快在消费者中赢得了声誉和已被证明是可靠和值得信赖的设备。
This new, improved models (with microprocessor control of Microchip's), which quickly gained reputation among consumers and have proven to be reliable equipment.
这新的，改进的模型(芯片与微处理器控制)，很快在消费者中赢得了声誉和已被证明是可靠和值得信赖的设备。
This new, improved models (with microprocessor control of Microchip's), which quickly gained reputation among consumers and have proven to be reliable equipment.
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