Not exact matches
Flipboard's head of ad product, Dave Huynh, explains how the new feature works: If an advertiser says they are
looking to appeal to readers who are interested in big
data, for example, Flipboard can
look into its interest
graph and tell them that readers who like that topic are also interested in other topics such as Amazon and the cloud.
Looking forward, recent job vacancy and hiring intentions
data point to continued solid employment growth over the remainder of the year and into 2004, with print - and internet - based indicators of labour demand improving over recent months, following weakness over the first half of the year (
Graph 43).
The actual
data did not
look like much, mostly line
graphs showing the intensity of radiation emitted by the stars at various wavelengths, but the meaning hidden behind those numbers had us talking all at once, lost in the fever of discovery.
It offers tables, charts and
graphs, and permits users to view and customize
data in multiple ways, such as making comparisons with other states,
looking at 20 year trends, and translating financial information from current into constant dollars.
One way to weed corrupted
data out of a high - dimensional
data set is to take 2 - D cross sections of the
graph of the
data and see whether they
look like Gaussian distributions.
When one simply
looks at the Lauer curve
data transposed on a normal linear
graph, as discussed, those
data indicate that having a single R01 is about the least productive NIH funding situation, far less productive than 3 — 5 R01s.
When astronomers
graph the light
data, a careful
look at the gradual dimming of starlight shown in the occultation light curve reveals a «slight bend,» or «kink.»
If I had my way, people would
look at the
graphs of the Tiljander
data series (here, files downloadable from BitBucket.org) and at the CRUTEM3v gridcell temperature anomaly synthesis for 1850 - 1995 (here).
These two problems will likely limit the potential of
Graph Search as a dating tool for now, but Fishman suggests this could change in the future if Facebook adds additional relationship status options like «
Looking for a date,» and if the social network can accrue enough real - time interest
data for users from its partnerships with other websites.
Once he'd gathered all the
data from his spaced learning studies, he plotted it on a
graph that
looked a little something like this:
You should also
look for an LMS that turns your stats into charts,
graphs and other
data visualizations.
This worksheet
looks at Q13 of Phase 3 and explores how to
graph the
data using pie charts and stacked bar charts.
In this issue, we focus on risk and chance, while an idea for the classroom
looks at ski
graphs and
data interpretation.
Since the
graph is somewhat hard to read, here's what the
data look like in table form.
VAM - based scores can be easily constructed and manufactured by those charged with constructing such figures and
graphs, also because tests themselves are also constructed to fit normal curves; hence, it is actually quite easy to distribute such scores around a bell curve, even if the
data do not
look nearly as clean from the beginning (they never do) and even if these figures do not reflect reality.
The
data points on a
graph for some of my struggling readers can
look like a patient having a heart attack with the Aimsweb trending line averaging the
data.
Using
graphs to explain numerical
data, timelines or facts and figures can make your nonfiction book
look more attractive and professional.
But
look at the clump of blue
data points in the upper left portion of the
graph.
When I
look at these
graphs, particularly the ones for Fed funds and GDP growth, I see a paradigm shift where Bayesian priors have been dragged kicking and screaming by the
data to No Man's Land.
Now, if you
look at the
graph at the top of my blog, which was estimated back in mid-March off of year - end
data, you can notice a few things:
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The first
graph, titled «various temperature measurements» has lines for rss and uah
data which
look nothing at all like those published from uah or rss.
I thought he might be unhappy to see: — the adjustment (in the new paper) losing the 1998 RSS high temp shown in Zeke Hausfather's older
graph, so the «cooling trend» argument gets hurt, or — the newer
graph having one more recent
data point than the older, so the «cooling trend» argument gets hurt, or — the newer
graph showing a shorter time span and so not showing the lower temps in earlier decades, so the «cooling trend» argument gets hurt, or — the newer
graph isn't directly comparable to an older
graph he prefers to
look at without thinking about the numbers along the side, or — I du n no.
Grist
looks at the new
data and referring to climatologist Michael Mann's iconic
graph, says it's a bigger, badder hockey stick.
(class 5) If you
look at it's anomaly
graph (ok you have to download the
data and calculate this for yourself) you will see it getting hotter by the year.
Then a
look at the collected
data and multiple
graphs available, for which I normally go here: https://sites.google.com/site/arcticseaicegraphs/
If you
look at more recent
data since 2010, say this Colorado
graph, you will see the blue wiggles start mainly below the linear trend line and by 2006 have become above the trend line.
But if I
look at the raw and adjusted values, say at 1934, you get a raw temperature of a little over 87F and an adjusted temperature of about 86.75 F but on your overlay
graph the values appear to be over 87F for both the adjusted and raw
data.
Oh, it's a mondo sneaky plan all right, Steve, to ask people to
look at a
graph for themselves, to point them to the
data, it's probably that crafty science deal you might have heard about...
Compare these two
graphs which are from the National Oceanographic
Data Centre (NODC) which also provides a range of other
graphs looking at different aspects of sea level rise.
Look at the
data for 1987 in the first
graph produced by SteveMc above, how can you say the upward trend was well established in 1987?
A
graph of «Actual versus Simulated
Data,» here, would
look remarkably familiar, heh.
Ironically, a number of other reconstructions since 1998 have reinforced his basic conclusion, although subsequent studies and their alternate ways of
looking at the
data led to
graphs with different wiggles and jiggles along the way.
He cherry - picked the
data,
looking only as far back as 1998, when a huge spike in temperature due to an El Niño event made it
look like temperatures are flat since then (when you start high, it makes the rest of the
graph look flatter).
Another problem with Curry's analysis is that she simply eyeballs the ocean heat content
graph in Lyman & Johnson (2013) and concludes that since 2003, the
data look flat.
I imagine any reasonably educated member of the general public
looking at the same
data in the second
graph, might say, the Earth's been warming by x C / century, (natural procceses) where is the AGW.
«
Look at the
data from 1997 on in this
graph.
Also, if we
look at the
graphs above with the NINO3, 4 SST anomalies smoothed with a 31 - year filter (Figures 3, 7 and 12), there aren't two complete cycles in the
data that runs from 1880 to 2009.
Ruddiman
looks like he drew his
graphs and provided no references as to what
data they were based upon.
But even if such
data DID inspire more confidence, let's
look at some
graphs of such
data.
-- Anthony, can I guest write a piece that demonstrates how the climate
data in
graph form
looks like different mountain ranges?
Eyeballing Willis's
graph, and ignoring the red line, it
looks to me like the WWII records were dominated by engine - warmed intake
data, perhaps because the chaos meant much of the bucket
data did not get recorded, and after WWII it was business as usual with mostly bucket
data resuming.
Have you
looked at a
graph of the
data?
For example, eyeballling it from
looking at the top end of the bars your last
graph on https://tamino.wordpress.com/2014/12/04/a-pause-or-not-a-pause-that-is-the-question/, I might guess based on the
data since since 2005, one can say the observed warming trend isn't any more than 4C / century with 97.5 % confidence.
What is stupid or worse is when people pick out these
graphs JoNova - style without
looking at whether they represent the same thing and say — but you keep changing the
data.
When I studied these
data sets, I didn't just
look at a
graph and take somebody else's word for the logical conclusion.
In
looking at a
graph of the North Pacific SST anomaly and PDO
data, there's no long - term correlation between the two.
Climate science deniers are very fond of showing extremely deceptive temperature
graphs: They plot the
data starting in 1998, when temperatures were higher than average, so it
looks like the world hasn't gotten much warmer since then, and talk about the global warming «pause.»
Why not just
look at the station
data instead of «adjusting» it (
graph above)?
If you don't want their spin... fine, just
look at the
graphs, which are taken straight from NOAA
data.