不能解决的

Much public large-scale architecture in Napoleon Era represents the demands of bourgeoisie who emerged as European Industrial Revolution comes forth. In the past hundreds of years, artisan and handicraftsman follow strictly the scale, size, and fussy baroque decoration details that could not meet demands of urban population and new commercial forms. Therewith, Frenchmen started to build Paris stock exchange in 1808 and completed in 1827. With applied and simple architecture form, the apartments were multi-storey aiming at providing enough space for population; the ground floor was store and residence for upper floors. The exterior was capacious footpath and landscaping. The typical is reform of start which is rudiment of modern city.

拿破仑时期兴建的一系列大型公共建筑，代表了由于欧洲的工业革命所诞生的新兴阶层――资产阶级的使用要求，在此之前的几百年中，手工匠和艺人对古典主义中的比例、尺度，繁琐的巴洛克式装饰细节，敬若神明，一贯照袭，因噎废食，必然不能符合日益膨胀的城市人口及新兴商业形式的使用需求，于是法国人在1808年开始修建巴黎证券交易所，到1827年完工，采取了实用的、简单朴素的建筑装饰形态；以及为解决人口问题而兴建的大量多层住宅公寓，其底层为商店，上部为住宅，外围是宽敞的人行道并种有绿化，典型的功能为出发点的变革，其实是现代城市的雏形。

Money is dignity, is to maintain national dignity shall be inviolable character of the soft weapons; money is life, it is a closed door of death the most effective operation; money are comfortable home are the main founder of the Happy; money status, are invisible carrying you into the upper reaches of the轿夫; money to eat and drink are Laksa, stalls are to solve this problem the experts; money is happiness, is to remove the formalin pain; money is speed, the faster you are called mind is no longer a dream; money is free, you are able to relax a good candidate; money pass through the door all the common language; money is gold, it could put gold or gold with the same things to quantify; money is right, right money, money can help you find;七情六欲money, money can help you to meet.

钱是尊严，是保持人格国格不受侵犯的软武器；钱是生命，它是关上死亡之门的最行之有效的手术；钱是安乐窝，是幸福的主要缔造者；钱是地位，是看不见的抬着你进入上流的轿夫；钱是吃喝拉撒，是解决这摊子问题的专家；钱是快乐，是清除痛苦的福尔马林；钱是速度，是叫你走得快的想法不再是梦；钱是自由，是能为你松绑的好人选；钱是通行证，是通过一切门的公共语言；钱是金子，它可以把金子或者跟金子一样的东西都进行量化；钱是权利，有钱就有权，钱可以帮你找；钱是七情六欲，钱可以帮你满足。

The book industry is not developed independently; it is an industry chainincludes author, publisher, press person, seller, paper making fellow and correlateindustries. Moreover, libraries, education departments and advertisements should beincluded in this chain.

出版物的经济效益和社会效益的矛盾实质上是出版物商品性和公共物品性的矛盾的表现，出版物的外部性、出版物社会效益的实现不能完全靠市场解决，必须发挥政府的作用。

The scientific men and their disciples who suppose they are solving this question are like plasterers set to plaster one side of a church wall, who, in the absence of the chief superintendent of their work, should in the excess of their zeal plaster over the windows, and the holy images, and the woodwork, and the scaffolding, and rejoice that from the plasterers' point of view everything was now so smooth and even.

那些自以为能解决这个问题的博物学家和他们的信徒，正如这样一些灰泥匠：本来指定他们粉刷教堂的一面墙壁，可是他们趁着总监工不在，一时热情冲动，粉刷了窗子、神像、脚手架，还未加扶壁的墙壁，他们心里很高兴，从他们作灰泥匠的观点来看，一切都弄得又平又光滑。

Chirp scaling algorithm is considered more efficient and widely applicable when the bistatic SAR system is in side-look or small squint angle mode,but in large squint angle case,the errors caused by Taylor expansion are so large that the algorithm could lose its precision.In such a case,an equivalent mono-static SAR range mode which has fewer errors than Taylor expansion with large squint angle is proposed to substitute the range history of bistatic SAR.Then bistatic SAR images with large squint angles are gotten by common Nonlinear CS algorithm.The effectivity of the method is verified by Matlab simulation.

在正侧视或小斜视情况下，CS算法具有较好的聚焦性能和广泛的适用性，但在斜视角较大的情况下，该算法将散焦而不能成像，因而提出了用等效的单基地距离模型来代替双基地距离历史的方法，解决了大斜视角情况下距离模型二阶近似误差较大的问题，并结合单基地非线性CS算法，实现了在大斜视角情况下的基于GPS反射信号的双基地SAR高精度成像，最后通过Matlab仿真进行了验证。

a system of along-track mode sar based on the gps is established.by seeing the gps signal as a chirp,chirp scaling algorithm of this mode with large squint angle is investigated.chirp scaling algorithm is considered more efficient and widely applicable when the bistatic sar system is in side-look or small squint angle mode,but in large squint angle case,the errors caused by taylor expansion are so large that the algorithm could lose its precision.in such a case,an equivalent mono-static sar range mode which has fewer errors than taylor expansion with large squint angle is proposed to substitute the range history of bistatic sar.then bistatic sar images with large squint angles are gotten by common nonlinear cs algorithm.the effectivity of the method is verified by matlab simulation.

摘 要：建立了基于gps的顺轨sar系统模型，通过将gps信号等效为chirp信号，研究了在该模式下的大斜视角chirp scaling算法。在正侧视或小斜视情况下，cs算法具有较好的聚焦性能和广泛的适用性，但在斜视角较大的情况下，该算法将散焦而不能成像，因而提出了用等效的单基地距离模型来代替双基地距离历史的方法，解决了大斜视角情况下距离模型二阶近似误差较大的问题，并结合单基地非线性cs算法，实现了在大斜视角情况下的基于gps反射信号的双基地sar高精度成像，最后通过matlab仿真进行了验证。

As the memory management functions self-offered by VxWorks which use first fit algorithm can not satisfy the demands of strict timeliness and efficiency of memory management in the communication applications of software, to solve the problem, a new realizing method of memory management was advanced for the software development platform based on VxWorks using two completely independent memory pool sets—one for process communication, and the other for the applications, with the platform directly managing the ...

因VxWorks自身提供的内存管理函数采用first-fit算法，不能满足通信应用领域软件对内存管理的高实时性和内存利用率的要求，为了解决该问题，基于VxWorks软件开发平台给出新的内存管理实现方法：采用两套完全独立的内存池集——进程通信内存池集和应用内存池集，平台直接管理内存，为整个系统提供高效的动态内存管理机制，使新定义的内存管理模块更适合通信产品应用领域的嵌入式软件开发。

Image mosaics are very important in creating panorama and existing algorithms can not cope with ghosting and exposure difference efficiently To solve these two problems, we present a new algorithm The first step is to find a best seam line to stitch the images based on dynamic programming Then the mosaic image is created by a multiresolution metho

图像拼接在制作全景图的过程中具有重要作用，但是现有的方法不能很好地处理鬼影和曝光差异针对存在的问题，提出了一种实现图像拼接的算法首先利用动态规划的方法在要进行拼接的图像中找到一条最佳的缝合线，然后利用多分辨率技术进行拼接，解决了鬼影和曝光差

Uniprocessor designs have built-in bottlenecks.the address and data buses restrict data transfers to a one-at-a-time flow of traffic.the program counter forces instructions to be run in strict sequence.even if improvements in performance are achieved by means of faster processors and more instruction parallelism,operations are still run in strict sequence.however,in a uniprocessor,an increase in processor speed is not the total answer because other factors,such as the system bus and memory,come into play.

单处理器设计有内置的一些瓶颈。地址和数据总线限制数据传输的同时同地址的数据冲突情况。即使是通过更快的处理器和更多的并行指令，当然也包括维护，这些方式来提高的性能，程序的运行仍然被限制在严格的程式规则中。然而，在一个单处理器里，处理器速度的提高时不能完全解决这个问题的，这是因为像系统总线和存储器等其他因素同样在起作用。

However, although it has the reliability which like on states high, antijamming ability stronger, but works as production environment is too bad, electromagnetic interference specially intense, or installs uses is improper, possibly creates the program error or the operation mistake, thus produces inputs by mistake and causes outputs by mistake, this will be able to create the equipment out of control and the disoperation, thus will not be able to guarantee PLC the normal operation, will have to enhance the PLC control system reliability, on the one hand will request PLC to produce the factory to enhance the equipment the antijamming ability; on the other hand, in the request design, the installment and the use maintenance cause highly takes, coordinates to be able in every way to consummate solves the problem, effectively strengthens the system the resistance to interference.

然而，尽管有如上所述的可靠性较高，抗干扰能力较强，但当生产环境过于恶劣，电磁干扰特别强烈，或安装使用不当，就可能造成程序错误或运算错误，从而产生误输入并引起误输出，这将会造成设备的失控和误动作，从而不能保证PLC的正常运行，要提高PLC控制系统可靠性，一方面要求PLC生产厂家提高设备的抗干扰能力；另一方面，要求设计、安装和使用维护中引起高度重视，多方配合才能完善解决问题，有效地增强系统的抗干扰性能。

However, as the name（read－only memory）implies, CD disks cannot be written onorchanged in any way.

然而，正如其名字所指出的那样，CD盘不能写，也不能用任何方式改变其内容。

Galvanizes steel pallet is mainly export which suits standard packing of European Union, the North America. galvanizes steel pallet is suitable to heavy rack. Pallet surface can design plate type, corrugated and the gap form, satisfies the different requirements.

镀锌钢托盘多用于出口，替代木托盘，免薰蒸，符合欧盟、北美各国对出口货物包装材料的法令要求；喷涂钢托盘适用于重载上货架之用，托盘表面根据需要制作成平板状、波纹状及间隔形式，满足不同的使用要求。