4月15日北京一战710，放狗积攒RP准备2战

zhuanghaoxin

LZ做VERBAL的时候感觉还挺好的，做完还有8分钟，结果出来才35，结结实实的郁闷了一把。平时模考都有750的说，做GWD也是错7,8道的节奏。废话不多说了，放狗。
作文：一家连锁超市在一些地区的销量不够local store好，调查显示是因为当地人对local store 有loyalty。因此为了促进销量，作者提出用half of the budget 投入到Local community project中，拉近与当地人的关系。（意思就是，认为投入了这些项目后当地人会认为这个连锁超市是local store）
作文应该挺好写。

IR：只记得一道题了，因为都不是很难，IR其实比verbal和数学都简单。
说一个体育联盟，一共进行25周比赛，每周都选出战绩最好的球队，give some prize。赛季打完了之后，选出总成绩最好的三只球队，give some prize。这些prize全部由每支球队缴纳的entry fees 组成，每周的prize占总资金池的5%（具体比例不确定，貌似不对==），总成绩第一名的prize占剩下资金的50%，第二名占……第三名占……（比例真的忘了…………）
然后从五个信息中选出一个信息可以算出 entry fees 是多少，选另一个信息可以算出总资金是多少

数学：只考了50，不知道哪里错了，郁闷。时间过了一天，实在不记得多少了，只记得几道寂静里面已经有的题目（原谅我吧，阿门）
（1）五个数，最小是2，极差是34，中位数是10，平均数比其中一个数大0.6那道
（2）一个圆柱，里面嵌了一个长方体，然后往圆柱里面注水那道，LZ肯定答案是1.24   （如果数字不变==）
（3）1+2+……2的九次方那道

Verbal：
先说最郁闷的语法：LZ遇到了一道很奇葩的题目：
……not only…划线部分.    这道题的奇葩在于只有not only（非划线）后面的划线部分和选项里面都没有but（also)
当时看到这道题就愣了，随便选了一个。

阅读：碰到两篇寂静，记得一篇新的阅读：
开始先说是生物的结构可以给人很多启示，举例：鲨鱼皮带来了游泳衣的改革等等……
第二段：科学家研究了一种PP的生物（细菌貌似是），发现这种生物在树与树之间通过建立一种PP（也是PP，具体不一样）的通道运输营养物质，这种PP网络是没有控制中心的，但是效率非常好啦。然后科学家效仿这种网络模拟了一座城市（东京？）的运输网络，发现跟东京的运输网络惊人相似啊。
第三段：貌似是一些废话，就说这种PP网络可以解决一些移动信号的问题。（有考题）
题目：问这些PP网络相当于城市之间的什么？LZ选了track（火车道）
问下面哪个问题可以运用PP网络加以解决？

kiko492

恩恩恩。好滴。谢谢

zhuanghaoxin

kiko492 发表于 2013-4-18 21:40
找到意思东京铁路 鲨鱼皮的原文，希望狗主可以确认 谢谢
From adhesives that mimic the feet of geckos to ...

额，由于时间太久，记忆不是很清楚，但是应该大体内容上是一致的，应该有一些出入，因为我记得还有个第三段举例了这种东西在移动信号上的应用……

kiko492

找到意思东京铁路 鲨鱼皮的原文，希望狗主可以确认 谢谢
From adhesives that mimic the feet of geckos to swimsuits modelled on shark skin, biologically inspired design has taken off in recent times. Copying nature's ideas allows people to harness the power of evolution to come up with clever products. Now a group of researchers has taken this idea a step further by using an entire living organism--a slime mould--to solve a complex problem. In this case, the challenge was to design an efficient rail network for the city of Tokyo and its outlying towns. Slime moulds are unusual critters--neither animal, nor plant nor fungus. If they resemble anything, it is a colonial amoeba. When P. polycephalum is foraging, it puts out protrusions of protoplasm, creates nodes and branches, and grows in the form of an interconnected network of tubes. As it explores the forest floor, it must constantly trade off the cost, efficiency and resilience of its expanding network. Since the purpose of this activity is to link food sources together and to transport nutrients around the creature, Atsushi Tero at Hokkaido University in Japan and his colleagues wondered if slime-mould transport networks bore any resemblance to human ones.
Full text: Network-engineering problems can be solved by surprisingly simple creatures FROM adhesives that mimic the feet of geckos to swimsuits modelled on shark skin, biologically inspired design has taken off in recent times. Copying nature's ideas allows people to harness the power of evolution to come up with clever products. Now a group of researchers has taken this idea a step further by using an entire living organism--a slime mould--to solve a complex problem. In this case, the challenge was to design an efficient rail network for the city of Tokyo and its outlying towns. Slime moulds are unusual critters--neither animal, nor plant nor fungus. If they resemble anything, it is a colonial amoeba. Physarumpolycephalum, the species in question, consists of a membrane-bound bag of protoplasm and, unusually, multiple nuclei. It can be found migrating across the floor of dark, damp, northern-temperate woodlands in search of food such as bacteria. It can grow into networks with a diameter of 25cm. When P. polycephalum is foraging, it puts out protrusions of protoplasm, creates nodes and branches, and grows in the form of an interconnected network of tubes. As it explores the forest floor, it must constantly trade off the cost, efficiency and resilience of its expanding network. Since the purpose of this activity is to link food sources together and to transport nutrients around the creature, Atsushi Tero at Hokkaido University in Japan and his colleagues wondered if slime-mould transport networks bore any resemblance to human ones. As they report in Science, they built a template with 36 oat flakes (a favoured food source) placed to represent the locations of cities in the region around Tokyo. They put P. polycephalum on Tokyo itself, and watched it go. They found that many of the links the slime mould made bore a striking resemblance to Tokyo's existing rail network. For P. polycephalum had not simply created the shortest possible network that could connect all the cities, but had also included redundant connections that allow the creature (and the real rail network) to have resilience to the accidental breakage of any part of it. P. polycephalum's network, in other words, had similar costs, efficiencies and resiliencies to the human version. How the creature does this is unknown, but Mark Fricker of Oxford University, who is one of Dr Tero's colleagues, speculates that the forces generated by protoplasm pulsating back-and-forth through the multinuclear cell are interpreted and used to determine which routes to reinforce, and which connections to trim. Tokyo's is not the first transport network to be modelled in this way. A study published in December by Andrew Adamatzky and Jeff Jones of the University of the West of England used oat flakes to represent Britain's principal cities. Slime moulds modelled the motorway network of the island quite accurately, with the exception of the M6/M74 into Scotland (the creatures chose to go through Newcastle rather than past Carlisle). Of course, neither Dr Tero nor Dr Adamatzky is suggesting that rail and road networks should be designed by slime moulds. What they are proposing is that good and complex solutions can emerge from simple rules, and that this principle might be applied elsewhere. The next thing is to discover and use these rules to enable other networks to self-organise in an "intelligent" fashion without human intervention--for example, to link up a swarm of robots exploring a dangerous environment, so that they can talk to each other and relay information back to base. The denizens of Carlisle, meanwhile, may wonder what objection slime moulds have towards their fine city.

zhuanghaoxin

ghghgh 发表于 2013-4-16 23:21
握手，楼主你的分数和情况跟我一模一样，模考和gwd都很好，实考感觉也好，结果成绩出来有点懵，下次好运 ...

握爪握爪，加油啦

hilaya

谢谢楼主的分享@！

ghghgh

握手，楼主你的分数和情况跟我一模一样，模考和gwd都很好，实考感觉也好，结果成绩出来有点懵，下次好运

fionayshi

赞 楼主 记忆力！　多谢确认考古～！　

zhuanghaoxin

fionayshi 发表于 2013-4-16 22:29
亲，篮球比赛的IR题帮我确认下考古

四十三、篮球比赛奖金

奥，我还记得我选的能算出资金总额的选项信息是：一支球队得了五次周第一，和总成绩第二，获得的总奖金是…………（数字忘了）

ever17

Tks so much