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Title: Plot Plant
Digital Publisher: Digital: Cushing Memorial Library and Archives, Texas A&M University, College Station, Texas
Physical Publisher: Physical: Agricultural Communications Office of the Texas Agricultural Extension Service, Texas A&M University
Description: year (coverage): Unknown
Date Issued: 2011-08-17
Dimensions: 4 x 5 inches
Format Medium: Photographic negative
Type: image
Identifier: Photograph Location: Agricultural Communications Collection, Box 40, File 40-676
Rights: It is the users responsibility to secure permission from the copyright holders for publication of any materials. Permission must be obtained in writing prior to publication. Please contact the Cushing Memorial Library for further information
DLF group announced a new residential plots in sector 91 & 92 Gurgaon and very good connectivity with KMP Expressway. DLF plots in Gurgaon are highly promising, because property prices in Gurgaon are going upwards. DLF plots is not only beneficial for those who are in search of residential property in Gurgaon but for those also who are interested in high returns from investment on property. The sizes of DLF Plots are 224 Sq yd - 500 Sq yd.
For any integer x from 1 to 254, I launched a query on yahoo.com on the word yoooooo, with x o's. In other words, I first launched a query on yo, then yoo, yooo, yoooo, yooooo, and so on. Why would I do so? Ask Fabien!
For each such query, I recorded the number of answers found by yahoo, and thus I ended with a number of answers for each value between 1 and 254, which is plotted above (black dots). (I had to stop at 254 because yahoo does not seem to accept queries on longer words).
For the sake of comparison, I did the same thing with various letters in place of o, and other variants. For instance, what I would call the yaaaaa distribution is very similar to the yooooo one. The yxxxxx one, represented on the plot by blue dots, is quite different (significantly below, and maybe sharper slope).
The green line in the plot represents y ~ x^-3 (i.e. the inverse of x to the cube). It fits pretty well the yooooo distribution, showing that it is close to a power-law of exponent 3...
traceroute is a tool that gives the internet path followed by your packets towards a given destination, under the form of a series of IP addresses. Consider a given set of destinations, and let us call the result of a traceroute towards each of these destinations a round of measurement. One may quess that, after a reasonable number of such rounds, no or very few new IP addresses will be discovered by new rounds. One would basically have seen all that can be seen between the computer running traceroute and these destinations.
The plot above shows that this does not happen. We sampled 3000 random IP addresses which answered to ICMP Echo Request and ran a round of measurement every 15 minutes (approximately 100 times a day). We report the number of distinct IP addresses seen since the beginning (in black) and the number of IP addresses which were present at all rounds (in blue) as a function of the number of rounds of measurements we ran.
Surprisingly enough, the number of observed IP addresses still grows after 2100 rounds (3 weeks of continuous measurement). Moreover this growth is not neglectible: in the last 100 rounds, the number of observed IP addresses increases by 2.6 %. Likewise, the number of stable addresses continuously decreases.
One may wonder if this is due to dynamic addresses in our destination set; to check this, we kept only destinations which were present during 90% of the rounds and were always observed immediately after the same IP address. We obtained similar plots.One may then guess that the observed growth is due to routers sending wrong (random?) addresses. However, this would lead to special structures in the graph, which we did not observe. It actually seems that the observed growth is due to the growth of the internet itself.
Plot 47: George Carrod How (77) 1984 – Rtd Waterside Worker
Zane Martin Finnemore (baby) 15/4/1996
Violet Edith How (83) 2004
This image to be replaced so that it also features Zane's vase.
In Loving Memory Of
GEORGE CARROD
HOW
died 7th Dec. 1984
aged 72 years
and so I die yet liveth I
that my ego or my soul
but I live on while child will grow
and reach out eager for a goal
VIOLET EDITH
HOW
died 21st Dec. 2004
aged 83 years
mother darling
through many conditions of your life
grandmother and loving wife
and tho enduring, no complaint
you filled our lives with golden paint
thank you mother dear.
Huruata (Dad)
and they shall be as one
vase:
ZANE MARTIN
FINNEMORE
blessed us
41 days 1996
sleep little baby
in peace where you lay
we will be united
in heaven someday
E Moe Taku Pepe
I Runga I Te
Rangimarie I Roto
I Nga Ringa
O Ihu Karaiti
cover to the latest issue of plots where I have a 6 page story featured inside. A western-horror. All in all I like the printing quality of the publication. sure does look good. Plots has their own flickr page at
Many community detection algorithms are non deterministic and can therefore give different partitions for the same graph. Depending on the context, it can be important to obtain stable results so as to identify very pertinent communities, but it can also be interesting to find some less stable ones.
For non deterministic algorithms, comparing two partitions of a given graph is not so easy. Some parameters can be calculated to estimate the similarity between two partitions: rand index, Jaccard index or the mutual information. However these parameters give only an aggregated value which can be hard to interpret.
In the spirit of the rand index, the plot above shows the similarity between 10,000 computations of communities on the same network, the famous Zachary's karate club. The plot is a distribution of the proportion of pairs of nodes which are in the same group, the point (6213 ; 0.014) for instance means that there is 1.4% of pairs of nodes which are placed in the same community 62% of the time.
A deterministic algorithm would always place nodes either together or not, the curve would therefore exhibit two peaks, one on 0 and one on 10,000. However, the algorithm used (the Louvain method) is not deterministic and therefore some pairs are sometimes grouped and sometimes not. Despite the non-determinism, we can see that most pairs are nearly always grouped or separated, but that around 10% of pairs of nodes are nearly as often together than separated. These nodes are centainely specific and their position have to be investigated.
After a busy session fighting make-believe monsters in the woods, my two young Imps plot their next adventure...
In practice, most complex networks are not directly available: we know them through a measurement procedure only. Such measurements generally give partial samples, which may moreover be biased. However, one generally assumes that the properties observed on the obtained samples are representative of the ones of the actual network.
In order to evaluate the relevance of this approach, we considered several complex networks of interest and plotted the evolution of the main properties observed on samples as a function of the sample size. See our paper Complex Network Measurements: Estimating the Relevance of Observed Properties.
This gives evidence for cases where the observed properties significantly depend on the sample size, as above: the plot gives the observed average degree as a function of the sample size when we measure the exchanges in a P2P network. It appears clearly that the observed value depends greatly on the sample size, and thus any value observed on a given sample should not be trusted.
In the paper, we identify other cases where the properties may be trusted, and we exhibit new properties for which the observed values seem more reliable than the ones of classical properties.
15:00:01 up 13:35, 0 users, load average: 0.51, 0.64, 0.74 | temp=44.4'C | Start
15:00:04 up 13:35, 0 users, load average: 0.51, 0.64, 0.74 | temp=45.5'C | SID plot Finished
Using the data presented in the paper Ten weeks in the life of an eDonkey server we computed the number of queries of each type managed by the server each hour. For each hour, we then computed the ratio between the number of answers to source-search query divided by the number of answers to keyword-driven queries. In other words, we observe the average number of answers to source search queries generated for each answer to a keyword-driven query. We then observed this number for the first hour of all days, second hour of all days, etc, thus obtaining the plot above.
The inset plot was obtained similarily, but by directly considering the number of answers given to keyword-driven queries.
Each blue dot represents an hour of measurement, and the red dots give the average for each hour of day.
In both plots, a clear day/night phenomenom appears, indicating that the large majority of client are in similar timezones (the ones of western Europe, probably).However, the plots have very different shapes, which we may interpret as a consequence of user behavior in reaction to server load (which make it slower).
18:00:02 up 47 min, 0 users, load average: 0.40, 0.64, 0.62 | temp=47.6'C | Start
18:00:16 up 48 min, 0 users, load average: 1.04, 0.77, 0.67 | temp=47.1'C | SID plot Finished
Since I was a kid, I have always been captivated by the paper shrouded rockets like "The Point". My biggest nemesis, however, was always the Centuri Vulcan. I built lots of them but never got one to behave or even look very good...until I became a BAR and cloned one. It's not the best flyer in the world but it actually works which is more than I can say about any that I built in the 70s.
Recently, I have been in contact with Blades from TRF about his 24mm upscale and he kindly sent me the PDFs for the shrouds. After some conversation, we mentioned other scales and I mentioned that I used to be an engineer and still had a color plotter that handles media up to 5 feet wide and 300 feet long. This also means no splicing of the shrouds!
I tried to print first on a sheet of posterboard but the plotter did not like that. The media was too thick. I visited the local paper distributor and found 130# cardstock that was less expensive, bigger, thinner and stronger than the posterboard. I ordered some sheets and resolved to give it a try.
It took some trial and error but I found that landscape orientation would actually work.