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Senate GOP: Trumpcare is Your Mess Now - Duration: 0:49.
They lied to us making promises they could not keep.
From our great new president who's going to give us the chance to fix this health care mess.
The end result is going to be wonderful.
And it's going to work great.
the Republicans are so committed to repeal and replace.
It needs to be repealed and replaced.
I think the Senate has the votes to pass a repeal and replace bill.
The bill has passed.
And now Senate Republicans own this bill.
Once the House is done with a bill
we send into the Senate and they take it from there.
Pass it and send it to the Senate.
Majority Whip John Cornyn telling reporters if they pass it we'll pass it
and vowing it would be finished next week.
Tell Senate Republicans this is their mess now
And we are watching.
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Prepare yourself for The 4th Industrial Revolution - Duration: 11:54.
we have wondering what is happening to
wear everything
the very idea of human being some sort
of natural concept is really going to
change our bodies will be so I packed we
won't be able to really distinguish
between what natural and with artificial
inside our own head is the most complex
arrangement of matter known universal
you might ask yourself can we get to be
human
the original Industrial Revolution was
driven by the discovery that you could
use steam engines to do all kinds of
interesting things but that was followed
by additional revolutions for
electricity and computers and
communications technology we're now in
the early stages of the fourth
Industrial Revolution which is bringing
together digital physical and biological
systems one of the features of this post
industrial revolution is a traditional
changed what we are doing but it changes
us with the ability to visualize brain
activity for example through a simple
consumer be a device because access to
ourselves in ways that we've never
before thought possible and unlock the
black boxes bringing enabled accessed
and really truly be able to realize an
identity that evaporation there's no
scientific foundation for the fact that
my phone from the gray moschino on
violence relating mom doesn't sell then
we get the potential for a new
renaissance that restructures itself in
terms of our relationship to life our
relationship to the planet our
relationship work
we need a different economic model
by that I don't mean capitalism both
commented and what I'm talking about is
a shift in the system along the lines of
the toothpick changes that happened in
the 20th century Keynesianism was a much
greater focus on health and education
and the role of government working with
business and then a reaction against
that in late century to near liberalism
where the focus world and free markets
freedom the individual getting
government out of the way we need
shipped to a new system that will allow
us to meet the basic needs of every
human on the planet that will live
within that she means they'll be fairer
and there will be focused its key goals
not hungry as a butt on maximizing human
well-being and history tells us that
values shift is triggered by creation of
a new story about how we want to live
like the social economy as something
which typically with mankind goals be
innovative and creative and for always
possessed we need after tackle my team's
me 3d printing to enable the different
economic model recovered materials being
back with the economy and really for the
couple quotes from the results
constraints we have
the reason we didn't city it was
different today than it was two thousand
years unique he has got
network-connected we don't have places
where we need increased little place we
work late we live are much closer to
each other it anywhere we don't need to
have big supply chains in order to
produce them for many things can be
sourced locally thanks for thinking of
Robotics it was something to transform
to make more efficient than the huge
think about the prospect of getting rid
of plastic we must not only inspire
informed by nature but actually use
natural organisms which design products
and building party only instead of very
material property were very biological
functionality design is critical today
because its first signal human intention
to the question of adding quality to
quantity but isn't a matter of simply
circulating things that are sexy toxic
it's circulating things are safe and
healthy for all generations so the goal
is no longer i want to be left at less
than on this lesson say lesson just it's
really about a diverse safe healthy and
just world will clean air clean water
clean soil energy
together we're fighting to preserve our
fragile planet irreversible damage and
devastation thinkable
we think about the original Industrial
Revolution it was an energy revolution
I like to think of it is a kind of book
ending of a period in human history
during which we use fossil fuels and it
works very well for us for a long time
but now we have to bring that noon and
we have energy technologies that can
power our civilization solar wind
biomass so then collected well how do we
get for integration maybe the wind is
blowing in Denmark the sun is shining in
Germany and value and move that
electricity to an integrated fridge you
can supply energy to everyone's needs it
and you can supply energy at all time
walking around you do see different
stuff part like the body marriage why
they use a lot of things that helped
lift up and pull thanks for the fire
could sit there and you know program
office and it has also been high but i
had to do everything and then as humans
we just stopped and it makes access to
health technology it's not the the
cure-all for everything there's
definitely a lot of place where people
perform the operation better but
certainly from the right application
robotics in our huge improvement of the
brothers the prediction of 5 million
jobs lost by 2022 technology serious but
it's not the main question construction
manufacturing services public health and
education they be indisputable still
exists
the main question is what will be the
future of work how we define work
probably share the will
somebody pointed to the labor was not my
idea
we give me new education for new
training
we're working with a world in motion and
first robotic trying to encourage your
students from third grade all the way up
throughout the end of high school we
have been make sailboats and I'm racing
and so they could see how quickly they
could move and immediately went back and
servicio I thought what happened I'm
gonna go change this or that networks
third-graders I just even tries to
exceed the rating is all that has
discovered something really very very
unique came out we call to get back to
productivity and that a yield four feet
of corn and so he basically came with
the idea that he would perforate the
seeds you'll get more food and I you
think about the exhibits even go to
university so how did you get all that
knowledge and he told me I mean I've
been watching you two since the age of
12 and I'm so interesting that I think
everything about it was right everything
about it
the world is really open to learning
I think how do you give me in sending
your kids to do that
this ability of digital technology to
change outcomes and truly empower people
all over the world that can create a
more equitable growth because i think
the world needs that for thing does your
level you can have the potential to make
inequalities physical eat to make them
less acceptable future hopefully
together the gardener political support
called take the necessary decision to
reduce the gap
humans have always confusing tools but
because of the recent advances in
technology we are beginning to have
machines that can augment Justin also
some interesting ways I was the first
person in the world to be able to
voluntarily move my legs like a robot
exciting nervous someone using
electrical stimulators directly off to
find we believe secure will be possible
it's enough to have the right people
have the world's prospect a cure for
problem we take two things from the
patient I'm first we take a
three-dimensional x-ray and we extract
the three-dimensional data out of that
we can make a perfectly shaped puzzle
piece and then we also take a sample of
that tissue from the patient so that we
can extract themselves out of those and
we use those themselves with this
three-dimensional scaffold that we
fabricate and after three weeks we have
a piece of living bone that's ready for
implantation being able to use genome
editing to understand the genetic
changes that lead to cancer and the
technology like a drug delivery getting
molecules into particular types of films
there's a lot of excitement about being
able to move much more quickly on this
disease
one of the things that I think is so
essential for free and open society two
three four and up until now the
conversation we've been having is around
freedom of speech which we can access
people bosses access people's emotions
we have to create a space that enables
people to think freely think the Virgin
spot to think creative thoughts and in a
society where people fear having those
thoughts likelihood of being able to
enjoy progress significantly diminished
need to quickly possibility at every
level of the individual with 44 the
traditional for the global technical
Isaac sounds in places if you are
redefining what it means community
boating world needs to be completely
embedded in the world
people always ask me if I'm an optimist
or a pessimist the technology exists but
how do we get it and implemented at the
scale we need at a price of people
around the world can afford even though
we have everyday problems we have to
solve to find a way
lay the foundation for the innovation
travel
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TWICE 2016 - For every Once, there's a TWICE - Part 1 - Duration: 3:14.
The South Korean girl group open their first tour abroad with a brilliant Twice land show in Bangkok.
IF YOU'RE A "Once", that means that you're a fan of South Korean girl group Twice and you would have been at the Thunder Dome in north Bangkok last Saturday to see their mesmerising show.
It also means you discovered it's really true what they sing – "Once is not enough". It was a fantastic evening.
Making the moment even more special for the local fans was the fact that Thailand was the first overseas country where Twice presented their full-scale concert, "Twice land".
So there were thousands of Onces milling outside the halls hours before the scheduled 5pm start of the big show.
By 3pm, most had purchased memorabilia and got decked out in Twice headbands and Twice cheek-paint – mostly pink, the group's favourite colour.
The concert opened with videos on the big screens featuring all nine members of the group. The screaming reached ear-splitting pitch when they appeared in person, each one picked out in a pink spotlight but dressed all in white.
Im Na-yeon, Yoo Jeong-yeon, Kim Da-hyun, Son Chae-young and bandleader Park Ji-hyo are the South Koreans in the group. Hirai Momo, Minatozaki Sana and Myoui Mina are Japanese. Chou Tzuyu is Taiwanese.
They kicked off with "Touchdown", performed amid stunning effects. Ji-hyo remained confined to a chair due to a knee injury, but it did nothing to curtail the magic.
The Twice girls are certainly pretty, but their charm really comes through when they're dancing and singing onstage.
They had the Onces singing along and waving the "official Twice light sticks", known as candy bongs, in time to hit tunes including "I'm Gonna Be Star", "Cheer Up", "I Think I'm Crazy" and "Like Ooh Ahh".
As if they weren't already adorable enough, the girls took turns greeting the audience in Thai, calling out the likes of "Sawasdee" and "Mee kwam suk mak mak na kha" (Please be very happy).
It brought a smile to the face of every Once as the visitors struggled with the different intonations. Their efforts were obviously sincere, though, and the Thunder Dome lit up with appreciation.
When the stars addressed the audience in Korean, an offstage interpreter translated. The simultaneous translation was less than perfect, but effective enough judging by the constant screams and cheers.
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Birthday's You Should Know About As You Plan for Retirement | Jim Heafner Charlotte Today - Duration: 5:02.
For more infomation >> Birthday's You Should Know About As You Plan for Retirement | Jim Heafner Charlotte Today - Duration: 5:02. -------------------------------------------
Running Discovery with Horizontal Pattern - Duration: 8:49.
This video covers the use of patterns for horizontal discovery.
Linked timecodes for these topics appear in the YouTube description for this video.
Service Mapping and Discovery use patterns in their discovery process.
A pattern is a sequence of operations whose purpose is to establish attributes of a CI.
In this video we'll focus on the use of patterns in horizontal discovery, where they are used to discover a main CI type along with CIs related to it.
The CI we'll be discovering in this demo is a Linux Server.
The platform comes with a wide range of preconfigured CI types that covers the most commonly used applications.
If your organization uses a less known or proprietary application that doesn't have a corresponding CI type, you must create one.
Navigate to the CI Class Manager and search for the Server.
As we can see, a CI type for Linux Server already exists.
For this demo we'll create a new one.
Click on Extend, on the Server Table.
Give the table a Label and Name.
Names for CI types should always start with "cmdb_ci".
If necessary, you can add more columns for the table.
For the purpose of this video, we are going to use the columns automatically inherited from the parent Server table.
Identifiers are used to determine if a discovered CI already exits in the CMDB or is a brand new one.
Here the identifier being used is the 'Hardware Rule' and it's inherited from its parent table – the Server.
For example, this rule has an identifier entry with the 'criterion attribute' Serial Number and Serial Number Type.
Its 'Search on table' field is set to Serial Number.
When the Hardware Rule is applied, the Serial Number table is searched for a match with the values returned from the device.
If no match is found, then the identification search continues to the next rule entry.
If after all the rules are checked without finding a match, a new CI record is created in the database.
In order to launch a discovery for a CI, we need to define a Classification.
We'll now create a Unix classification for the Linux server.
Give the classifier a name and define the table that will be associated with the classified CI.
Each type of Discovery classify probe returns a unique set of parameters that contains classification information.
Define the classification criteria by entering the name, setting the operator to 'equals', and entering "Linux" in the value field.
If the classification criteria are true, then the probes on the triggers probes tab are launched.
After creating our pattern, we must return to this classifier and add a probe that will launch this new pattern.
Now that we have a table and classifier for a CI type, we'll create the pattern to discover it.
Navigate to Discovery Patterns Table and click new.
Give the pattern a name and select Infrastructure as the Pattern Type.
To create a pattern to discover an application such as Apache or Tomcat, choose Application as the pattern type.
Choose the CI we defined earlier as the CI type.
Let's take a look at the new pattern we created.
Under the pattern tab we can view the NDL, a markup language describing the patterns metadata, and steps.
We'll discuss steps later.
These are tables that are related to our main CI type, the Linux Server.
Related CIs are discovered together with the main CI using the pattern.
For example, each Linux Server has a Hard Drive, which is a CI of its own.
We are going to add the Hard Drive CI to the list of related CIs, which will allow us to discover it along with the Linux Server.
Click new and choose CI Type Disk.
Further editing of the pattern, including creating steps, is done in the Pattern Designer application.
Click on Edit For Discovery to open this application
There is one default Identification Section for an infrastructure pattern called 'discovery'.
It is important to note that when using patterns for Discovery both the Identification and Exploration phase happen together when the pattern runs.
As apposed to previously when these phases were separate and had different probes and sensors.
To discover a CI, a pattern performs a set of operations, also known as steps.
A list of steps and their order can be seen in the pane on the left called the Steps Tree.
In the middle pane we see the step that is selected in the steps tree pane.
On the right you see the tables and variables discovered and created during the debug session.
The Debug session allows you to run operations against a device in real time.
To connect to the device and start a Debug Session click on Debug and enter the hosts IP address.
The related tables we added previously can now be seen.
Here is the Hard Drive CI table.
To add a new step, right-click on a step and choose either 'add step before' or 'add step after'.
Next choose an operation such as 'Parse command output'.
For our demonstration, we shall get and define the details of the Linux's CPU.
Here we will enter a command that displays the cpuinfo file.
To run the command on the device and display the result, click Run Command.
Choose the parsing strategy for the result.
In the Variables table, add a variable called cpu_data to hold the data received.
We'll now give an appropriate name for this step.
Steps can be tested by clicking on the Test button.
Here we can see the result.
When moving to the next step the debugger also runs, and inserts the result into the list of temporary variables on the side.
After adding some more steps we now have a complete pattern we can use for Discovery.
Here we can see the steps that have been added to parse the CPU info and populate the cmdb_ci_linux_demo table.
Looking at the linux server table we can see that the information about the cpu has been correctly added.
Now that we have created our pattern, let's go back to the classification and use our pattern to discover the Linux server.
Navigate back to the Linux Demo classification.
Under the Triggers Probe tab click on edit
Add the Horizontal Pattern probe and click Save.
Make sure that the phase is Identification.
As you can see the pattern associated with the probe is empty.
Let's choose our Linux Demo as the pattern.
We'll now run a quick discovery on a Linux device using the pattern we created.
Enter the devices IP address
The discovery is complete.
Here we can see that the device was discovered.
If you take a look at the discovery log, you can see that the Linux Demo pattern was used.
To view more details about the running of the pattern, check out pattern discovery log.
This can be accessed both through the Navigator and through the Discovery Log.
In the discovery node we can view all steps that were run.
A step that ran successfully is marked green; a failed step appears red.
Click a step to see its details.
The processing done to the payload on the instance side can be viewed under Payload Processing.
For more information, please consult our product documentation, knowledge base, or podcast.
Or ask a question in the ServiceNow Community.
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