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08:00:01 up 4 days, 14:31, 0 users, load average: 0.79, 0.82, 0.74 | temp=42.2'C | Start
08:00:09 up 4 days, 14:31, 0 users, load average: 0.89, 0.84, 0.75 | temp=42.2'C | SID plot Finished
Dubbed "Plot Realignment Pullover" by the family! Many different yarns were used for the module plots, all 49 of them having a different pattern. Has no defined front or back.
Plot 20a: Marion (Dot) McQuarrie – Asthenia
William Alexander Bagust (18 months) 9/2/1914 – Meningitis – at Hospital
Murdoch William McQuarrie – Shipwright
Plot 20b: Euphemia McQuarrie (72) 1943 – Miss – at private Hospital
*plot details sourced through N.Z.S.G. N.Z. Cemetery Records
In Loving Memory
Of
MURDOCH WILLIAM McQUARRIE
died the 5th Dec. 1942 aged 64 years
also his beloved wife
MARION
died July 18 1908 aged 29
also EUPHEMIA McQUARRIE
died Feb. 23 1943 aged 72
DEATHS
McQUARRIE.—On JuIy 18th, 1908, at her residence, First-avenue, Kingsland, Marion (Dot), the beloved wife of Murdoch McQuarrie, and second daughter of Charles Wright, of Aratapu, aged 29.
The funeral will leave her late residence on Monday at 2 p.m. Friends please accept this intimation.
paperspast.natlib.govt.nz/newspapers/AS19080718.2.51
McQUARRIE.—On December 5, at Auckland Hospital, Murdoch William, of 21, Ballin Street, Ellerslie, loved husband of the late Marion McQuarrie, and eldest son of the late Captain Hector and Ann McQuarrie; aged 63 years. Interred this day at Waikumete Cemetery.
paperspast.natlib.govt.nz/newspapers/AS19421207.2.5
McQUARRIE.—On February 23, at a private hospital, Euphemia McQuarrie, late of 21, Ballin Street, Ellerslie, elder daughter of the late Captain Hector and Ann McQuarrie, in her seventy-third year. At rest. Private interment from Tilton and Opie, 150, Great North Road, Grey Lynn, to-morrow (Thursday) at 2.30 for Waikumete Cemetery.
Possibly as a result of the fine numberwang baby grow we, as masters of the mathematical arts, bought our son.
Somani Realtors Private Limited is headed by its three veteran directors namely Narayan Somani, Mahesh Somani and Rajesh Somani who are the stalwart of the organization.
www.somanirealtors.com/webpage.php?title=Board+of+Directo...
Take a Virtual Tour
See it on a Map
See a Floor Plan
See a Description
See a Plot Map
See the local Amtrak Station
See an Aerial View
Document name:Dec18wja1d.FWrk
Fractal type:julia
Plot size (w,h):2210,2210
Maximum iterations:25000
Center Point (real, imaginary):-3.465935e-08,3.465935e-08 i
Plot Width (real):2.19E-05
Julia origin (real, imaginary):-1.25251562904687,0.020028929406611 i
Source mandelbrot width:1.87E-11
Color scheme name:NanoChromatic01
Color scheme last modified:2008-12-18 09:55:29 -0800
Plot uses DE:Yes
Plot uses fractaional iterations:Yes
Plotted with symmetry:Yes
Plotted with boundary following:Yes
Plotted with multiple processors:Yes
Total plot time:82.050 seconds
Total iterations:5714857837
Iterations/second:69650918
Pixels skipped:2426604
Iterations skipped:5653973747
Percent of pixels calculated:50.3
Percent of iterations calculated:50.3
Plot height:0.1
Peak steepness:0.2
Plot flipped:Yes
Camera x:0
Camera y:0
Camera z:-1.32
Ambient light:0.5
Directional light:0.6
Specular light:0.7
Surface shininess: 70
Light x direction:-1
Light Y direction:1
Light z direction:1
Background color red:204
Background color green:204
Background color blue:204
Which one of you is Bald Fox? lol
This bunker was used as the plotting room for the South Foreland Battery. This is just the entrance. I believe the rest of the bunker lies in that hole. The bunker is located in a wooded area in St. Margret's Bay, Dover, England. Not far from the South foreland Lighthouse.
11:00:02 up 4 days, 16:19, 0 users, load average: 0.52, 0.61, 0.66 | temp=41.2'C | Start
11:00:10 up 4 days, 16:19, 0 users, load average: 0.74, 0.66, 0.68 | temp=42.2'C | SID plot Finished
The basic approach to construct a map of the internet as a graph is as follows: one runs the traceroute tool from some machines, called monitors, towards some others, called destinations, and then merges all the obtained paths.
The view obtained from each monitor is roughly a tree, and may be modeled as a BFS tree. Although this approximation is rather rough in general, it seems reasonable for the nodes close from the monitor.
The properties of a BFS (for instance, the number of nodes at a each level, called profile of the BFS) are consequences of some properties of the underlying graph. Therefore, one may try to deduce the properties of the internet topology from the ones of the BFS-like measurements we have of it.
The plot above illustrates this approach. It contains three pairs of curves, each pair being composed of a simulation curve and a theoretical prediction which we established. From left to right, the first plot is obtained on power-law graphs, random Poisson graphs and regular graphs, each containing one million nodes. Each curve represents the proportion of nodes at a given distance from the root of a BFS, i.e. the profile of the BFS.
It appears clearly that the shapes of these plots make it possible to distinguish between the three types (power-law, Poisson and regular) of random graphs. Also, our theoretical predictions fit the experiments very well, even though the variance is higher for power-law graphs.
If you are afraid of spiders you would understand: If you've ever hurt a spider, you always worry that they are plotting revenge against you.
This plot shows how distance between hosts seen among traceroute outputs and the targets of these traceroutes are likely to be multiple regarding to their average distance.
The data is gathered as follows. We first pick up 60 random, ping-answering IP addresses. We then send successively one traceroute from each of 516 Planetlab hosts (called "sources"), towards each of thoses IPs (called "targets"). For a given target, a traceroute is sent a few seconds after the previous one ended (either with a success or a failure). So far we gathered about 31 thousands raw traceroute outputs over about 10 hours.
For each route given by traceroute towards a given target, we look up the distance (in hops) within the route between the target and each address (or node) present in the route - we call this number "trace route distance". This way we get for every target and for each address, its average traceroute distance (which we round to the nearest integer) to target over sources, and whether it appears at least twice at two different distances. Then we compute globally the proportion of nodes appearing at a given, rounded average traceroute distance, that appear at least at two different traceroute distances.
Between average distance 7 and 27, the plot can be compared to an affine function, with a coefficient of 0.7% per hop. Indeed, there is a (statistical) chance at each hop to cross a router balancing between routes of different length, leading to different traceroute distances. Therefore the likeliness to be seen at multiple traceroute distances increases with distance to the target.
The rightmost part of the plot may be quite inaccurate since it is mostly based upon nodes very close to the sources that have no reason to be seen multiple times for a given target source-round (remember that every source performs exactly one traceroute). It should anyway be looked close: how can we explain such a ceiling?
The leftmost part of the plot is far more relevant, since the nodes very close to the target are expected to be seen by many sources. The 0-1-distance bracket is naturally empty, since only targets can have occurences of traceroute distance < 1 (that is, exactly 0). The 1-1.5-distance bracket may seem critically low but it can be explained as follows: since the nodes with an average traceroute distance < 1.5 must have a least 50% of their occurences at traceroute distance 1, then these nodes are very unlikely to be exposed to load-balancing and thus to have multiple traceroute distance occurences.
But the very odd part is the 1.5-3.5-distance bracket. The very high rate of multiple traceroute distance node hints that the nodes of average traceroute distance between 1.5 and 3.5 are very exposed to load balancing, thus yielding the question: where is located the load-balancing involved in these variations?
Close to the target, confusing only the last hops? Then how to explain the local minimum at the 5.5-6.5-distance bracket? Far away from the target, "pushing" some nodes far closer to the target than seen on other routes? Then how to explain the positive coefficient in the linear part of the plot? Would there be two (or more) concurrent processes, with distinct domains of predominance, balancing at average distance 6?
This is a view to the West of plot 5, looking specifically at an area identified as potentially having Anthrax Spores.
Notice a distinct lack of growth in comparison to the surrounding area.
Plot 58: Fokikovi Fotofili Mani (51) 2009 – Nurse
In Loving Memory Of
FOKIKOVI
FOOFILI
MANI
18.3.1958 – 29.11.2009
Much loved daughter of
Saane & Semisi Ilaiu,
wife of Subar Mani,
mother of
Latchmi & Anita
Wonderful nature honest and kind
Beautiful memories left behind
Rest In Peace
MANI
Plot 18: Sulusani Epati (82) 2019
Kaiau Epati Moevasa (45) 2021
SULUSANI EPATI
Beloved Wife of Epati Moevasa
Sunrise Sunset
05 Jun 1937 20 Dec 2019
A God fearing woman filled
with joy, love and laughter
No farewell words spoken
no time to say goodbye
you were gone before we knew it
and only God knows why
We think of you in silence
but often speak you name
all we have are memories
and your picture in a frame
We cannot speak how we loved you
our hearts do not know what to say
but God knows how much we miss you
you are always on our side
You are our rock,
our heart, our love,
but most importantly,
you are our mother, sister,
Aunty and beloved Grandma
I have fought
the good fight,
I have finished
the race.
I have kept
the faith.
2 Timothy 4:7
+
My heart has
heard you say
"come and talk
with me"
and my heart
responded.
"Lord, I am coming."
Psalm 27 :8
KAIAU EPATI
MOEVASA
Sunrise Sunset
18 Sept 1975 14 May 2021
A beloved husand, father, brother,
uncle and grandfather to many
A caring and loving Father with a
heart of gold
Though we miss you dearly,
your beautiful memories keep you
near and forever in our hearts.
We love you today as we have
since day one, and we will
continue to love you.
Goodbyes are not forever, they
simply mean that we miss you
and until we meet again our
CGK King
Loss leaves a heartache
no one can heal
Love leaves a memory
no one can steal
It breaks our hearts to see you go
but we got you for life
EPATI
01:00:01 up 9 days, 6:19, 0 users, load average: 1.20, 0.92, 0.82 | temp=41.2'C | Start
01:00:09 up 9 days, 6:19, 0 users, load average: 1.35, 0.96, 0.83 | temp=41.2'C | SID plot Finished
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.