流水

Wuxi Torch Electric Machinery Manufacturing Co., over the years, specializing in the production of various series of solder machines and various流水生产线equipment.

无锡圣火电气机械制造有限公司，多年来，专业生产各种系列焊锡机及各种流水生产线设备。

Gardens Ceramics —— Ceramic Fountain Gliding Machine Ceramic fountain gliding machine, developed by our company, is a ceramic handicraft uniting green, gliding, fountain, lamp decoration, fishing, and ikebana arts as one, and moreover, it is a fashionable indoor oxygen bar. In the process of changing of strange gliding fountain, a lot of oxygen anion can be produced, which can absorb filtering materials in the water and have effect on driving second-hand smoking, formaldehyde, monoxide carbon when combined with smokes and powders in the air; which can make the whole room fragrant when some botany ointment drips in the water, having effect on reposing and beauty health-care.

园林陶瓷---陶瓷喷泉流水器 Gardens Ceramics —— Ceramic Fountain Gliding Machine 我司开发的陶瓷喷泉流水器是一种具有集绿色、流水、喷泉、灯饰、水族、插花艺术于一体的陶瓷工艺品，更是一台时尚的室内氧吧；在奇特的流水喷泉变幻过程中，产生的大量负氧离子，与空气中漂浮的烟雾、粉尘结合，将其吸附于水中沉淀，能有效驱除二手烟、甲醛、一氧化碳，水中滴入植物精油，将会满室生香，有养神、美颜保健的功效。

In the end it suggests some counter-measures, including: developing cage acquiculture in the bends and branches as the stradegy direction in cultivation program; developing high-density flowing aquiculture making use of the stream resources; selectively developing dam-intercepting bends acquiculture and quality pool fishery; intensifying the protection and utilization of the natural fish resources so as to develop special variety and establish fry production base; developing large-water-area throw-in and enrichment and culture fishery and halieutics; protecting ecological environment and establishing economic fish and rare fish protection district; perfecting fishery institution and intensifying fishery management and bettering the fish breeding; developing tourist and fishing industry; establishing related mechanism including government control mechanism, market guiding mechanism, management and running company system, sales market share system, farmer organizing and uniting system, leading enterprise leading system; increasing the investment to the fishery industry in the area

文章最后提出发展三峡水库渔业的对策包括：养殖项目的战略定向为利用库湾库汊，发展网箱养鱼；利用山溪流水资源，开展高密度流水养鱼；利用高水位区库湾，有选择地开展坝拦库湾养鱼和精养池塘渔业；强化天然鱼类资源保护与合理利用，进行特色品种的开发和苗种生产基地的建设；大水域放流增殖，发展捕捞业；保护生态环境，建立经济鱼类和珍稀鱼类保护区；健全渔政机构、加强渔政管理、做好鱼类繁殖；积极发展游钓业；建立与渔业发展相适应的配套机制包括政府调控机制、市场导向机制、管理运营公司制、营销市场股份制、农民组织协会制、龙头企业带动制；增加三峡水库渔业的资金投入。

Libera 唱的 I Have A Dream Made by HandsomeCK I have a dream,a song to sing To help me cope with anything If you see the wonder of a fairy tale You can take the future even if you fail I believe in angels Something good in everything I see I believe in angels When I know the time is right for me I'll cross the stream I have a dream I have a dream,a fantasy To help me through reality And my destination makes it worth the while Pushing through the darkness still another mile I believe in angels Something good in everything I see I believe in angels When I know the time is right for me I'll cross the stream I have a dream I have a dream, a song to sing To help me cope with anything If you see the wonder of a fairy tale You can take the future even if you fail I believe in angels Something good in everything I see I believe in angels When I know the time is right for me I'll cross the stream I have a dream I'll cross the stream I have a dream

我有一个梦想 HandsomeCK制作我有一个梦想，一首歌曲唱帮我应付一切如果您看到奇妙的童话您可以掌握未来，即使你失败我相信天使我能看到许多好东西我相信天使当我知道时间是正确的我会穿过流水，我有一个梦想我有一个梦想，幻想帮助我通过现实和我的目标更值得的，而推动了黑暗的另一英里我相信天使我能看到许多好东西我相信天使当我知道时间是正确的我我会穿过流水，我有一个梦想我有一个梦想，一首歌曲唱帮我应付任何如果您看到奇妙的童话您可以采取的未来，即使你失败我相信天使我能看到许多好东西我相信天使当我知道时间是正确的我我会穿过流水，我有一个梦想我会穿过流水，我有一个梦想

The adoption of modern enterprise management system, adhere to the principle of quality first, the active use of advanced equipment for the production, testing, the company has流水生产线plant about 800 m2, on-line member of more than 80 people, alarm output can reach 1,000-2,000 / Days.

公司采用现代企业管理制度，更坚持品质第一的方针，积极采用先进的设备进行生产、测试，公司有流水生产线的厂房约800m2，在线员80多人，报警器产量可达到1000-2000台/天。

As well, ACA outperforms GA in performance on average. 2. Through the analysis and studying of Ant colony algorithm and Flow shop scheduling problem, a construction graph is introduced. Two ant colony algorithms are proposed and analyzed for solving the flow shop scheduling problem with the objective of minimizing the flowtime. The Initialization of parameters and updating of trail intensities and probability is described respectively and a newly local search technique is proposed. Last is the experiment and the comparison shows that the PACA performs better than the FACA in the case of relatively large-sized problems than in the case of relatively small-sized problems.

通过对基本蚁群算法的实现过程和流水调度问题进行研究，给出了求解流水调度问题的解构造图，提出了两种蚁群算法来求解以总流程时间最小为目标的流水调度问题-FACA 蚁群算法和PACA 蚁群算法，分别给出了FACA 蚁群算法和PACA 蚁群算法的参数初始化方式、相对应的信息素更新方法和概率分布规则，并提出了局部搜索模式，最后进行模拟试验，对这两种算法进行比较，试验结果表明：对于较大规模的问题，PACA 蚁群算法要优于FACA 蚁群算法，而对于较小规模的问题，FACA 蚁群算法优于PACA蚁群算法。

Special-purpose journals consist of purchases journal,sales journal,cash receipts journal,and cash payment journal.

特殊日志由购买流水，销售流水，现金收据流水以及现金支付流水。

An optimization model of non-rhythm flow process is founded,and a common method for confirming the length of flow step was put forward.

施工顺序对无节奏流水的流水步距与施工工期有着重要影响，而排序算法的研究与流水步距的计算一直是无节奏流水施工优化研究的难点。

At last,through engineering actual examples,elaborates priority election of unregular flowing water construction order,so as to give a reasonable arrangement for it,and furtherly enhances the production efficiency of labor and engineering quality.

对无节奏流水施工进行了介绍，探讨了组织无节奏流水施工的要点，分析了无节奏流水施工的主要参数，提出了确定工期的方法，通过工程实例，对无节奏流水施工顺序优选进行了说明，以合理安排无节奏流水施工顺序，从而提高劳动生产率和工程质量。

This paper evaluates the register requirements of software-pipelined loops and presents three new methods for software pipelining loops that require more static general registers than those available in Itanium processor. They reduce register pressure by either reducing instructions in the loop body or allocating stacked non-rotating registers or rotating register in register stack to serve as static registers.

在Itanium处理机上评估了NAS和SPEC2000基准程序中的软件流水循环的寄存器需求，发现静态寄存器不足是造成软件流水失败的主要原因，提出了3种增加软件流水个数、提高软件流水有效性的算法：限制循环展开因子的算法(register sensitive unrolling，简称RSU)、堆栈寄存器分配算法(stacked registerallocation，简称SRA)以及变量类型转换的算法(variabletype conversion，简称VTC)。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。