Waching daily May 14 2017

Fun Pet Baby Care | Children Learn Shapes | Children's Bath | Learning Games For Kids

For more infomation >> Fun Pet Baby Care | Children Learn Shapes | Children's Bath | Learning Games For Kids - Duration: 1:48.

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Beauty Tips for Dry Hair Remedies in Urdu | Totkay for Hair, Long Hair Tips, Hair Fall, Dry Hair - Duration: 2:09.

For more infomation >> Beauty Tips for Dry Hair Remedies in Urdu | Totkay for Hair, Long Hair Tips, Hair Fall, Dry Hair - Duration: 2:09.

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Nala and Vitani ~ We Are One [For BlackSnow] - Duration: 3:31.

As you go through life, you'll see There is so much that we

Don't understand And the only thing we know

Is things don't always go The way we planned

But you'll see every day That we'll never turn away

When it seems all your dreams come undone We will stand by your side

Filled with hope and filled with pride We are more than we are

We are one If there's so much I must be

Can I still just be me The way I am

Can I trust in my own heart Or am I just one part

Of some big plan Even those who are gone

Are with us as we go on Your journey has only begun

Tears of pain, tears of joy One thing nothing can destroy

Is our pride, deep inside We are one

We are one, you and I We are like the earth and sky

One family under the sun All the wisdom to lead

All the courage that you need You will find when you see

We are one

For more infomation >> Nala and Vitani ~ We Are One [For BlackSnow] - Duration: 3:31.

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Anjana Vakil: Immutable data structures for functional JS | JSConf EU 2017 - Duration: 26:33.

Hi, everybody.

How we doing?

We got caffeinated?

Feeling good?

Nice.

So I'm Anjana Vakil, hello.

You can find me on Twitter at my name and today I'd like to talk to you about immutable

data structures for functional programming in JavaScript.

We're going to take a look at what immutable data structures are, why they're a really

cool way to handle the immutability that we typically use when we're doing functional

programming and how we can do that in JavaScript because I hear y'all like JavaScript!

So a little about me.

I'm probably the only not-web-developer in the room.

I am an engineer for Uber Research.

I work with them to develop a custom query language for data in the scientific research

funding domain.

I'm also an alum of the Recurse Center, which is a fantastic programming community in New

York City, and I am an alum of the Outreach Program, which if you have haven't heard of

it, it's getting women and more folks involved in these by giving them internships at Mozilla.

So I'm really happy to chat about those things if you want to come grab me after the talk.

But you might know that I like functional programming.

I think it rocks.

Anybody else agree with me that functional programming is cool?

Yeah!

Yeah, so functional programming is a pretty great way to avoid some of the headaches of

like imperative and object-oriented programming.

In functional programming, what we typically do is conceive of our programs as being just

pure functions.

That means their transform their inputs to outputs, and that's all they do.

They don't have my side effects like changing things in the console, and my taking things

in the global state are side effects.

But our data becomes data in, data out, and transformers of data.

And one thing that goes hand-in-hand with this, with avoiding side effects is immutable

data.

Immutable data meaning once we've created it, it never changes.

So this is a really good way of changing something accidental outside of your function.

If everything is immutable, you can't change anything.

So immutability another thing that rocks and it rocks pretty hard for other reasons that

we'll see in a moment.

But speaking of rocks, let's talk about rocks.

So this is a rock, and immutability rocks in the way that rocks rock.

Now I don't know about you, but I've been going to a lot of tech conferences recently

and I've been feeling like there has enough poetry.

So I'd like to read you a poem: Nobody sits like this rock sits.

You rock, rock.

The rock just sits and is.

You show us how to just sit here.

And that's what we need.

It's so true, so deep.

This is from -- Don't thank me, thank I Heart Huckabees, that's

a great movie.

Check it out.

So this is really how immutable data rocks.

It just sits there.

It just is.

Once we've created it, it never changes and that's amazing because it can help us avoid

some of the headaches of immutability.

So with immutability, we have some things pretty easy, but other things become harder

and we'll see how that looks.

So let's say I have an array called foo and it's got some numbers in it.

Hm, and I'm already bored.

Let's make it more fun.

Let's say I have a zoo with some animals -- more fun!

And I decided that I want to change something up about my zoo.

Maybe I want to replace that rabbit there with something a little more exotic.

Like an alien!

So this is cool.

I'm happy because I wanted a more exotic zoo.

I got an alien in my zoo now.

I didn't have to change anything except for that one little cell in my array.

That's pretty sweet but my co-worker over was expecting zoo to be filled with earth

beings, earth animals, and wasn't accounting for there being an alien in it.

Who put that in there?

Now my program doesn't work anymore.

Who did that?

So immutability has a couple problems.

We have to manage who's been changing what, when -- who's been putting which animals in

the zoo.

We have to have a lot of overhead to manage that state, and that gives us headaches as

individuals, and as teams.

We also get bugs in the code because maybe I was only planning -- or my co-worker was

only planning -- to handle terrestrial beings and didn't have a case of aliens being accounted

for, and that broke something.

So these are some side effects of immutability that don't make us happy.

Let's try doing things the immutable way.

So in an immutable world, my array, my zoo, once I've created it, it just sits and is

forever.

I cannot change it.

What I can do if I want a new zoo that's more exotic is I can make a copy that's the same

size as my original array, and I can make the modification I want, so I can put my alien

in there in place of the rabbit.

And so this is pretty sweet because now my co-worker is maybe, and they're, like, whoo,

nothing broke in my program, and it's all still animal creatures but I had to copy over

that whole array.

I had to allocate the space for that entire array, even all of the stuff that didn't change.

I had to copy all of that over, as well.

So this means that my code runs pretty slow.

And it also takes up a lot of memory.

It takes up a lot of space and time.

The complexity on those things are bad because copying is a waste of both time and space.

It makes us sad face!

We don't want that.

So if we want to do immutability, we must be able to find a better way of doing that.

Luckily for us, a lot of very smart folks have been thinking very hard about this problem

for a while, and they've come up with some really good solutions for how we can deal

with immutability efficiently.

immutable data structures!

So immutable data structures is a term that you may have heard about, with functional

programming, or also in terms of React where they come in handy.

Technically, an immutable data structure is like the rock, it just sits, and is once you

create it.

It never changes.

But also hear the term persistent data structures banged about.

Sometimes these are used interchangeably, but they have slightly different meanings.

So if immutable data is data that never changes, persistent data is data for which we have

access to old versions.

So as we've been creating new modified versions of our data structures, we keep the old versions

around.

You might hear about partially persistent data structures where we can look at the old

versions, we can access them, but we can't go back and update any of them.

All we can update is the most current version that we have.

And then you might also hear about fully persistent data structures where we can actually time

travel, we can go back and update any of our past versions.

And if this is starting to ring a bell like it's version control like git, it's sort of

the same idea.

So we're going to talk about these as persistent immutable data structures, they're both persistent,

and immutable.

Let's see how this works.

The key to all of this is we want the old versions of our data, like, my original zoo

to stay put.

We just want to to sit like the rock but we want new versions to be created efficiently.

So what magical tricks do we have to use to, like, make this happen?

Do we have to make invocations do dances to the gods of space and time complexity?

No.

It's very simple.

Trees and sharing.

Isn't that sweet?

These two simple concepts will get us efficient immutable data.

How?

So let's talk about trees because trees rock pretty hard, as well, alternative, unfortunately

I don't have a poem for that, sorry.

Imagine that we could find a way to represent our zoo array as a tree.

So one thing I could do is I could put all of my animals -- all of my values -- in the

leaves of a tree, and I could make it so that each leaf holds one value, one animal.

But they might get lonely, so let's put them with a buddy.

Let's put them 2x2.

So each of our leaves will have two values and we'll hope that the buddies get along

and not each each other -- looking at you, tiger, number six, don't eat that koala, and

we can go up to intermediate nodes up and up, until we get to the root node of the whole

structure, and now that root is an array represented previously by a tree.

So this is my tree now in this structure.

So given this type of structure, how do we update something?

Given that my data is immutable, and it can never change, how can I handle the fact that

it has an alien in it.

So here what I would do is I would take the node that contains the value that I want to

change.

So in this case it would be the 0/1 node that you see on the bottom of the screen.

And so I make a new copy where I've still got my monkey but I've changed the rabbit

to an alien.

And then I need to copy any of the intermediate nodes in the tree that were pointing to the

node that I changed.

So I basically trace a path up towards the root of the tree, which, now, I've got a new

root, which means another version of the data structure.

So this technique of making this update by copying the path from the leaf I changed to

the root is called path copying.

That's pretty cool because now I didn't have to copy the entire array; I just had to copy

the nodes on the way from the root to the leaf that I changed.

So if we've turned in something linear and copying into something logarithm.

That's pretty cool, that's more performant, and the data of this is that all of these

nodes in yellow here, so most of the tree is shared between the two versions, between

the old version and the new.

And so this saves me a lot of space because I can actually reuse the parts of the original

version that didn't change, whereas, before, I had to copy those over, as well.

So this means that what was before, like, a lot of memory consumption becomes a lot

smaller because you don't have to store as many copies of the things if they didn't change.

And that's called structural changing because we're sharing the structure of the tree between

the two versions.

So we've been talking about updating things but how do we get at the values in our data

structure?

How do we access them?

Well, it turns out this isn't just a tree, it's a special type of tree called a TRIE

tree, which originally came from the world "retrieval," so people could, I guess, call

it tree, which is funny because we also call TREE trees, so we can call them "tries" if

we want.

So a try is a type of tree, where the leaves represent the values, and the paths to the

value are the keys that that data is associated with.

So often you see TRIEs with values stored as keys.

So, for example, if I have T stored as a key, what I do to get to the T is I trace the tree

one letter at a time.

Then I go to T, and then to E, and then to EA, is my key, and then my value there is

three.

Because everything at the end sounds like "ee" in this talk.

So this is pretty cool, but in our data structure, we weren't using words, we just wanted an

array-type thing, we wanted indeces, right?

So the insight here is if we treat the index as a binary number, then we can pretend that

that's kind of, like, our word and we can descend the tree, bit-by-bit as if each representation

of our binary representation is a letter.

So let's see how that works.

If I'm trying to get at item five in my array, so the animal at index five, I'd convert that

to binary, so that's one, zero, one, and then I step through that as if it was a word.

I step through it letter-by-letter, bit-by-bit.

So I go from the root to the branch.

I have a choice of either zero or one.

I go to branch one first.

And then I go to branch zero, and then I take the thing on the one side.

So I go one, zero, one, down my tree and then I end up at my frog at index five.

So this is a pretty simple insight but it ends up being incredibly powerful because

it allows us to quickly traverse this tree structure, which lets us use that structural

sharing to more efficiently represent our new copies of our immutable data structure.

And, importantly, we don't have to be using a binary tree, meaning we have two branches

from each node.

That fits pretty well on a slide, but actually what you mostly see is a 32-way branching.

So in our trees that we've been looking at, we've kind of had one bit of information per

level.

And we've been descending bit-by-bit but if we had a 32-way branching tree, it would be

five bits of information that we would be representing at each level.

So that would look something like this.

If we had a much bigger number, like, 18,977, in binary, that's that bunch of ones and zeros.

This would be a really deep tree if I had to descend into it one at a time, it would

be like 15 levels deep.

Too much, too long.

So if I'd make more branches at each level, then I can chunk this up into kind of 5-bit

letters as it were, and descend the tree that it's now only three levels using the 32-way

branching.

So this is kind of a tradeoff between how deep your tree is going to be, and how big

the nodes are going to be because if I have just one bit of information at each level

then I have really small nodes.

That's quick to copy over but I have to go very, very deep down in the tree for a larger

array.

And generally, research has found that 32 is a pretty good tradeoff between the depth

of the tree.

So what we've seen is a bitmap vector TRIE.

That's just jargon.

We don't need to care about that.

But if you need something to Google, you can Google that.

This is cool for array-type of things and we have an index we want to jump there, but

what about objects?

We also want to be able to associate objects with arbitrary keys, not just indeces, so

we want non-integers as keys, how does that work?

So if I want a version of my data structure where it's no longer an array but it's something

like an object where I'm associated letters with each of my animals like M for monkey,

and P for panda, et cetera, what I can do is I can take my keys, in this case, they're

letters, and hash them to get a number that represents the key.

So that each key will have its own number.

They won't be in order necessarily, but that's okay.

Objects don't have to be in order.

And then we can use the hash of that number in binary to descend the tree as before.

So if I wanted to look up the value associated with key "F," I could hash F, get some number,

and let's say I get five, like, A, B, C, D, E, five.

And that would be represented in binary as one, and I descend the tree as before, here,

for simplicity, just using a one bit at a time, two-way branching tree.

But typically we would be doing this with 32 branches per level.

So, again, we just descend the tree using the binary representation of our key, in this

case, we used a hash function to transform it from some arbitrary object into a number

and we get the animal we want -- in this case, our frog.

Cool.

So that, if you want to Google it, the thing you could Google is a hash array mapped TRIE.

And this was a data structure parented by Phil Bagwell, and Rich Hickey, kind of started

using it, and a lot of these an implemented in languages like Clojure to implement the

data efficiently.

There's a ton of optimizations that are usually done on these data structures to make them

super-duper fast and lots of details that we're not covering here but this is the basic

idea.

Trees to represent our data, structural sharing so that we can reuse as much information as

possible between the old versions and the new versions.

And this idea of using binary representations of our keys, whether indeces, or hashed keys

to descend the tree to find the thing we're looking for.

So to recap, mutability induces headaches.

It is to be avoided especially if you're doing functional programming where the essential

idea is to not have side effects and only be using pure functions that don't change

anything except do the computation on the input and return the output.

Immutability, on the other hand, is great because if I'm using immutable data, I can't

mess up my co-worker's program by making the zoo she only thought was animals suddenly

have an alien in it.

But copying is a really bad way of handling data because it is not efficient neither with

respect to time, nor space.

And structural sharing, using these tree structures -- or TRIE structures, and sharing as much

information from one version to the next is the really performant way to do this.

And so you're probably thinking, okay, these data structures are pretty cool.

But what am I supposed to do with them?

I'm not going to be building boxes of emoji here, am I?

No, you don't have to.

In JavaScript, there are some really great libraries out there to help you use these

right off the bat.

There are various solutions but I'm going to talk about a couple of them.

So one is called Mori.

Mori is basically a port of Clojure script by David Nolan that allows you to leverage

the implementations of these data structures from ClojureScript, which is the version of

Clojure which targets JavaScript from the comfort of your vanilla JavaScript.

And it's got a bit more of a Clojure feel to it.

A bit more of a functional language feel.

The API is functional and we're going to see what that looks like in a moment.

But that's one thing that kind of sets this library apart.

On the other hand, there's also Immutable.js.

This is a library put out by Facebook.

It was created by Lee Byron.

And this is a JavaScript implementation of these data structures.

So it has a bit more of that native JavaScript feel to it.

It doesn't have kind of the Clojure background brought in.

And that means it's got a more object-oriented style API, although it is still returning

new versions of data structures instead of changing mutable structures in place.

So let's see what those look like.

This is how you might use Mori to create what's called a vector.

A vector is the data structure from Mori that you'd probably be using as an array-type thing.

So I've got a vector that I'm calling A because it's sort of array-ish.

It's got one and two in it.

And if I want to push something onto that, the function that I'd use is conj.

This is from the Clojure called, Lisp-speak.

And what I would put in is the original A, and then what I want, which is, in this case,

three.

And you'll see that this creates this new structure on the right.

These vector, one, two, and one, two, three, they look different because they're not really

JavaScript arrays although you can convert back and forth.

But the point is this cong function returns a new value which I can catch as A2 and I

can prove to myself that my original A didn't change by using the count function to see

how many things are in it.

And there's only two things in it.

But I can prove that my version, A2, has the third thing by trying to access, by using

the get function to trying to get two, which it tells me, it is indeed three.

This is the same thing that you would use in Immutable.js.

Here you would use Immutable.js.list.of, that's interesting syntax.

But it creates something more like a JavaScript array.

Although it is not an array, it is a JS list.

That I'll call an array and if I want to add something onto a new version of A, I use this

sort of dot-method notation that we're used to.

I'd say a.push(3), but, importantly, this is not changing a.

It's just returning a new value of a, which I'm going to capture as a2 and I can prove

to myself that it didn't change.

A.size tells me it's two, and if I try to get the item at index two, I find that it's

three, as I expected.

So, similarly, for what are called maps, which is kind of the key-value object that we might

be using, if I create an object, o, which is going to be my Mori hashmap data structure,

I'm associating a is one, b with two, again, we see that the syntax is a little different

from our regular JavaScript beastlier not regular JavaScript objects.

They're super special immutable data structures, they need special syntax.

And so if I want to change the value of one of my keys, I can use this asoc function,

and then change the value of three in my new version, o2, and then I can prove to myself

that the original didn't change by using the get function to make sure that a in the original

one -- o, is one, and the a in o2 is three, as I would expect.

And it looks quite similar in Immutable.js except the structure is called map, not hashmap,

and I can pass in a little JavaScript object, and it gives me a little o, a little more

JavaScript syntax than we're used to.

This has a bit more of a syntax and feel that you might be used to from JavaScript programming,

I can use the set method on o to create a new version where a is now three, and I can

use the get methods on my old version o, and my new-version o2 to prove to myself that

the old one didn't change.

So these are really immutable data structures.

They look really weird if you try to look at them in the console just as JavaScript

objects.

They're really fun to kind of poke down into because they have this complicated tree structure.

So I highly recommend that you try out these libraries and see what works for you.

I can tell you really just briefly before I run out of time here, that how they compare

is basically, again, Mori is from the Clojure world, it's ClojureScript.

But the Immutable.js has more of the o.get() kind of feel to it, if you're comfortable

writing JavaScript like that.

However, for me, it gives me a little bit of a cognitive dissonance there because it

looks like we're mutating things with those calls -- we're not -- but for me, to get more

into the mindset of functional programming, I prefer the functional programming of Mori

because it gets to the way that we conceive things as inputs and not just outs.

We don't want to be in the mindset of making changes in place to objects.

There's also some minor performance differences between the two, Mori is a bit faster, and

Immutable.js is a bit smaller.

But they're both great options, try them out, and I hope one of them works for you.

So that's my talk.

I hope it's been useful.

Go forth and don't mutate your data!

Here's some references for you.

For more infomation >> Anjana Vakil: Immutable data structures for functional JS | JSConf EU 2017 - Duration: 26:33.

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कैसे करें सरकारी नौकरी परीक्षा की तैयारी, मुफ्त किताबें, मुफ्त ट्रेनिंग for every aspirants ..! - Duration: 1:06.

For more infomation >> कैसे करें सरकारी नौकरी परीक्षा की तैयारी, मुफ्त किताबें, मुफ्त ट्रेनिंग for every aspirants ..! - Duration: 1:06.

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Bad Baby Crying and Learn Colors with Dinosaur Minions Best Learn Colours for Kids Finger Family - Duration: 2:04.

Bad Baby Crying and Learn Colors with Dinosaur Minions Best Learn Colours for Kids Finger Family

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How To Retire Early At 45 - Duration: 12:26.

First step when preparing for early retirement or retiring at 45, ask yourself how will spend your life in retirement

A lot of people mistakenly think that they need early retirement when they actually have a problem with their job or profession

What would you spend your time after early retirement?

Depending on the answer to the question, determine you financial requirements for retirement

The next question is how much money you will need to lead a regular life after an early retirement

You will need larger saving for retired life after an early retirement when compared to a regular retirement

Now, in a far shorter work life you need to accumulate enough savings for a longer retired life

Retirement savings will need earn enough in retirement and covers regular and periodic costs

It should be able to cover even unanticipated costs

With the retirement savings target fixed, determine how much need to spend and invest

You will need to invest more since you will need to save more in a shorter work life

Be prepared for compromises like cutting down on some expenses

Look for expenses that can be staggered

Invest your money in high growth investments that grow faster than inflation

Remember, your retirement savings will need to generate enough money in retirement to cover all your expenses

You can't rely on fixed deposits for growing your money

You money has to grow well despite the impact of inflation and tax

Opt for equity mutual funds to grow your money

Consider consistency of performance over 1, 3 and 5 years for equity mutual funds

Compare performance with the benchmarks of the funds besides comparing performance with peer funds

You can invest through systematic investment plan or SIP

If investing in an SIP before, increase the SIP amount

Get a fix on your retirement housing. Where will you stay after early retirement?

Retirement housing is important for anybody but it is critical for those planning an early retirement

This is because it is a huge investment and you need take loans

You can't have an early retirement if you have an outstanding home loan

You need to retire any home loan before you retire early

You need to make provisions for healthcare costs

During age 40-45, ailments typically start surfacing

Remember, as you age, medical costs typically increase

You need to have health insurance and coverage for critical illness through critical illness cover

Ensure that your family is covered by health insurance

Retirement savings shouldn't get spent in medical emergencies in retirement

Have a Plan B that will cover you just in case things don't go as planned

For more infomation >> How To Retire Early At 45 - Duration: 12:26.

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Police Car for Kids - Cartoons for Children | Lego City Police Car - Videos for Kids | Pago TV - Duration: 4:54.

For more infomation >> Police Car for Kids - Cartoons for Children | Lego City Police Car - Videos for Kids | Pago TV - Duration: 4:54.

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Candies drawing how to draw lollipops and toffees/ Draw sweets step by step and candy coloring pages - Duration: 3:27.

Candies drawing how to draw lollipops and toffees/ Draw sweets step by step and candy coloring pages

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Learn Colors with Foot for Children Toddlers. Finger Family Song Nursery Rhymes Baby Body Painting - Duration: 3:10.

GREEN COLOR, GREEN COLOR, where are you?

Here I am, here I am.

How do you do?

YELLOW

YELLOW COLOR, YELLOW COLOR, where are you?

Here I am, here I am.

How do you do?

BLUE

BLUE COLOR, BLUE COLOR, where are you?

Here I am, here I am.

How do you do?

WHITE

WHITE COLOR, WHITE COLOR, where are you?

Here I am, here I am.

How do you do?

RED

RED COLOR, RED COLOR, where are you?

Here I am, here I am.

How do

you do?

For more infomation >> Learn Colors with Foot for Children Toddlers. Finger Family Song Nursery Rhymes Baby Body Painting - Duration: 3:10.

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Finger Family Songs Nursery Rhymes 💗 Learn Color For Kids ❤Learn Color With Toothbrush - Duration: 13:25.

Have a nice day

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Breast Cancer Survivor Speaks At Race For The Cure - Duration: 2:22.

WHAT A BEAUTIFUL DAY OUT

HERE ON THE BEN FRANKLIN

PARKWAY IN FRONT OF THE ART

MUSEUM STEPS FOR OUR ANNUAL

RACE FOR THE CURE COVERAGE

HERE, CBS-3, AIM HERE WITH MY

LOVELY MORNING CO ANCHOR RAHEL

SOLOMON AND WE ARE SO HAPPY

YOU COULD JOIN US THIS MORNING

BEAUTIFUL MORNING, RAHEL.

BEAUTIFUL.

JIM, I DON'T KNOW IF YOU

REMEMBER BUT LAST YEAR IT WAS

POURING AND STILL WE GOT TENS

OF THOUSANDS OFFICE PEOPLE WHO

CAME OUT HERE.

HUNDRED THOUSAND ON THE ENTIRE

PARKWAY.

HOPEFULLY WE CAN HAVE BIGGER,

BERTH NUMBERS BECAUSE WEATHER

IS PERFECT.

IT TAKES A LOT OF PEOPLE TO

PUT THIS EVENT ON EACH YEAR

AND ONE OF OUR FAVORITE PEOPLE

EACH YEAR IS SANDY BROWN,

SANDY IS HERE, SHE'S DIRECTOR

OF BROWN'S SUPER STORES FOR

SHOP RITE.

WE HAVE WORKED TOGETHER ON

DIFFERENT THINGS BUT THIS IS

VERY SPECIAL AS I EXPLAINED

EARLIER.

THINKS FOURTH YEAR AS I

UNDERSTAND THAT IT SHOP RITE

HAS BEEN INVOLVED IN

SPONSORING IN THE SURVIVOR'S

BREAKFAST.

JUST EXPLAIN TO US WE

APPRECIATE YOU BEING HERE BUT

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SHOP RITE TO BE HERE AND HAVE

A PRESENCE.

SHOP RITE IS VERY COMMITTED

TO SUPPORTING OUR COMMUNITIES

AND WE HAVE PARTNERED NOW AS

YOU SAID THINKS OUR FOURTH

YEAR DOING THESE SPONSORSHIP

FOR CANCER SURVIVOR'S 10T.

THERE THERE ARE SO MANY OF US

THAT ARE TOUCHED BY BREAST

CANCER AND WE ARE DOING

PROGRAMS SUCH AS THIS BRINGING

IN MAMMOGRAM VANS TO OUR

PARKING LOT ON MAY 31ST TO

HELP THOSE WHO MAY NOT HAVE

INSURANCE FOR MAMMOGRAM

SCREENINGS.

SO TODAY, I HAVE ACTUALLY

BROUGHT ONE OF OUR, WORKERS

AND SHOP RITE FROM CHELTENHAM,

THIS IS AHEAD.

HI, ANNETTE.

AND THROUGH EARLY DETECTION

SHE WAS ABLE TO BE, SHE WAS

ABLE TO BE ADD DID BREAST

CANCER AND WE'RE HAPPY TO SAY

SHE'S HERE TO US DAY AND

SURVIVOR OF BREAST CANCER FOR

ONE YEAR.

IS THIS YOUR FIRST RACE FOR

THE CURE.

WELL, LAST YEAR I DID DO

THE WALK BUT THIS IS MY FIRST

TIME VOLUNTEERING AND FIRST

ACTUAL FULL YEAR.

ANNETTE WE'RE SO HAPPY YOU

ARE HERE IT WILL BE AN

EMOTIONAL DAY, I GOT KLEENEX

READY, SANDY, AHEAD, RAHEL ARE

HERE FOR YOU, WE ARE HERE FOR

YOU, "EYEWITNESS NEWS"

CONTINUES IN JUST A FEW

For more infomation >> Breast Cancer Survivor Speaks At Race For The Cure - Duration: 2:22.

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Cartoons for Kids Children Subway Surfers Talking Tom Gold Run Color Animated Series for Android Ios - Duration: 11:51.

For more infomation >> Cartoons for Kids Children Subway Surfers Talking Tom Gold Run Color Animated Series for Android Ios - Duration: 11:51.

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Brooklyn Bridge New York City, a walk along in 4K - UHD - Duration: 0:57.

One of the oldest bridges in USA.

Connecting Manhattan and Brooklyn from 1883.

There are 6 lanes for cars.

Both pedestrians and cars can walk along.

Be careful of the bike lane when crossing the bridge.

A stroll along might take you up to 30 minutes.

About 1.800 meters long and 84 meters high.

Subscribe at our You Tube travel page for more!https://www.youtube.com/bestravelvideo

For more travel info, news and video stories www.bestravelvideo.com

For more infomation >> Brooklyn Bridge New York City, a walk along in 4K - UHD - Duration: 0:57.

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Polymer Clay Miniature 1 to 12 - Hand Bell - Duration: 2:52.

For more infomation >> Polymer Clay Miniature 1 to 12 - Hand Bell - Duration: 2:52.

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CBS3 Speaks To Male Breast Cancer Survivor At Race For The Cure - Duration: 3:23.

POSSIBILITY FOR 90'S LATER ON,

JAN, BACK TO YOU.

IT IS 27TH ANNUAL RACE FOR

THE CURE, A MOTHERS DAY

TRADITION HERE IN PHILADELPHIA

RACE CELEBRATES THOSE FIGHTING

THE DISEASE, SURVIVORS AND

THIS YEAR IS THERE A SPECIAL

EMPHASIS ON FOREVER FIGHTERS.

LETS CHECK BACK WITH UKEE,

JESSICA AND CARROLL ERICKSON

WITH MORE, GOOD MORNING, GUYS.

GOOD MORNING TO YOU, YES.

UKEE, JESSICA, I AM REALLY

HONORED TO BE HERE BUT WE ARE

HONORED TO BE WITH THIS

MARRIED COUPLE, I INTERVIEWED

YOU I GUESS TWO YEARS AGO AND

AT THAT POINT YOU AND FRANNY,

CHRIS AND FRANNY CONNERS, YOU

DEALT WITH BREAST CANCER AND

NOW YOU ARE DEALING WITH IT

AGAIN.

TWO YEARS AGO I THOUGHT IT

WAS BEHIND US.

WE BOTH HAD BREAST CANCER

TWICE, AND THE FEELING WAS BOY

, I'M GLAD THAT IS OVER.

THIS PAST JULY I WAS DIAGNOSED

WITH METASTATIC CANCER WHICH

MEANS IT HAS MOVED TO ANOTHER

PART OF MY BODY, IN MY CASE,

IT IS IN MY LUNGS, IT COULD BE

IN BONES AND OTHER ORGANS AND

HENCE THE NEED FOR MORE

RESEARCH FOR METASTATIC BREAST

CANCER.

AND THAT DIAGNOSIS, WHEN IT

WENT FROM BREAST CANCER TO

METASTATIC BREAST CANCER WAS

KIND OF A GAME CHANGER FOR ME.

ABSOLUTELY, THE FULLY

AFFECT IS STILL HITTING ME

REALIZING THE IMPLICATIONS OF

IT, BUT WE BOTH BELIEVE IN

LIVING EACH DAY, THAT THIS IS

THE ONLY DAY THAT WE HAVE, THE

FUTURE IS NOT GUARANTIED SO

MAKE THIS THE BEST DAY THAT

YOU CAN.

SOMEBODY WHO MAY BE JUST

TUNING IN MAY THINK HE MUST BE

TALKING ABOUT HIS WIFE HAVING

BREAST CANCER, NO, IT IS YOU

THAT HAS STET STATIC BREAST

CANCER, A MAN, HOW IS THAT

BECAUSE YOU DON'T HAVE A LOT

OF OTHER PEOPLE TO LOOK TO WHO

HAVE SEEN THEIR BREAST CANCER

ADVANCE TO THIS LEVEL.

IT IS VERY MUCH A FEELING

OF BEING A STRANGER IN A

STRANGE WORLD, THE WORLD OF

BREAST CANCER IS VERY STRANGE,

FRIGHTENING, AND BEING A MAN

IN THIS WORLD QUITE A

EXPERIENCE, IT IS DAUNTING.

YOU LOOK TERRIFIC.

I KNOW YOU ARE ON TREATMENT

ALL THE TIME NOW AND WILL BE.

TWO YEARS AGO WHEN WE WERE

HERE FOR THE RACE, THE NEXT

DAY IS WHEN I STARTED MY

TREATMENT FOR THE SECOND

BATTLE OF BREAST CANCER, AND

NOW TREATMENTS WILL LAST ALL

OF MY LIFE, IT IS TREATABLE

BUT NOT CURABLE.

IT WILL BE A LONG LIFE.

FRANKIE, YOU HAD BREAST

CANCER TWICE YOURSELF.

NOW YOU ARE A SUPPORT FOR YOUR

HUSBAND.

HOW, WHERE IS YOUR HEAD IN ALL

OF THIS?

I'M TRYING TO THINK ON THAT

QUESTION.

I'M HERE TO SUPPORT HIM

BECAUSE I LOVE HIM, WE HAVE

BEEN MARRIED ALMOST 45 YEARS

AND I'M NOT READY TO GIVE HIM

UP.

I'M VERY POSITIVE, DOCTORS ARE

POSITIVE, THEY ARE DOING

RESEARCH AND THEY EXPECT

THINGS WILL IMPROVE AS TIME

GOES ON, 20 YEARS AGO PEOPLE

WEREN'T GIVEN THE

OPPORTUNITIES THAT THEY HAVE

NOW SO I BELIEVE NOW, CHRIS

WILL HAVE BETTER OPPORTUNITIES

IN THE FUTURE.

ABSOLUTELY.

THAT IS WHY WE ARE ALL HERE

GETTING RESEARCH AND GETTING

THE WORD.

LOU GREAT, MY FRIEND.

THANK YOU.

SO GREAT TO SEE YOU AGAIN.

BLESS YOU BOTH.

THANK YOU SO MUCH.

LETS GO BACK TO THE STUDIO

For more infomation >> CBS3 Speaks To Male Breast Cancer Survivor At Race For The Cure - Duration: 3:23.

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Делаем настоящие волосы кукле амигуруми. Real like hair for amigurumi doll. - Duration: 8:23.

Hi!

I would like to show how I'm doing a hair for my dolls.

It is a new way for doing hair, I'm using such strands of hair.

Which I've bought online.

Those strands are 15 cm long (~3.75")

They are attached to tape, total lenght is 1m (~40").

For this way of attaching hair - I'm not finishing the head.

I'm working rows without increases and decreases.

And I've stopped at the moment where I should start doing decreases.

I'll pull the hair out using hook.

Starting from the center.

And I'll pick hair up from the inside of a head.

Split a small strand.

Twist it a little bit, it will be easier to pick up all the hairs.

Pick it with a hook.

And pull it out.

And in such way, woking spirally, I'm covering the top of a head.

Trying to take as much hair at once so it will fit my hook size.

And in such way, spirally, I will do row by row until the top of a head will be covered.

Keep this ending separately from the hair, to avoid tangling.

Pull hair out in a such way so you may continue crocheting later.

Try to hold on already pulled out hair.

As well avoid leaving the hair inside of a head.

If you didn't manage to pull out the whole strand at once.

Insert a hook into the same hole once more.

And pull remained hairs out .

Top of a head is covered.

Now we may cut the tape with a hair.

Cut of with a little margin.

We will need to smooth those hair to the head.

And dry it with a hot air (using hairdryer).

Take a hairdryer, set the hottest air level on it.

Press hair strongly to a head, and process them with a hot air.

After that they are much better now.

Now we need to finish a head.

Now we may cut a little bit those extra hair that we left.

Only last row remained.

And I'm filling a head with a sintepone, in a way that hair tape inside should be covered by sintepone from outside. Sintepone should be touching the cloth of a head.

Head is filled.

And doing the last row of a head, and doing a neck.

Now you may do a face for a doll.

I've done ears and nose.

And now will sew those hair tapes on, from one ear to another.

Like that.

In a few rows.

Will work using regular thread.

I'm folding a thread twice.

Doing a knot at the end.

And starting from the back of head, behind the ear.

Starting from the bottom and moving up.

Fixing a thread in such way.

Reached the second ear.

Cut the hair tape.

Split that thread twice.

Pulling one partof a thread into the nearest loop.

Then tie those threads.

Hide endings inside of a head and cutting them off.

First row is done.

In the same way I'm doing such rows above.

So, I've finished all the rows.

Now we may smoth out the haircut once more.

Use a thick scrunchy, to avoid traces on hair.

Wet hair with water.

And dry it once more using hairdryer.

Thats it, the hair is ready!

I hope you liked this tutorial!

Press like under the video if yes!

See you in next videos, bye!

For more infomation >> Делаем настоящие волосы кукле амигуруми. Real like hair for amigurumi doll. - Duration: 8:23.

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2017 Warm-Up Matches for WTTC News (Women's Team) (Eng Sub)-- CCTV5 News - Duration: 2:37.

The Chinese Women's team has also played Warm-Up Matches to get prepared for the WTTC.

The competition is held in Huangshi, Hubei.

1 win, 1 loss for the Olympic champions, Ding Ning and Liu Shiwen. Their conditions are different.

Yesterday's women's warm-up matches were held in Huangshi gymnasium.

Prior to the competition, the chief-coach of the women's team, Kong Linghui

and team manager Huang Biao gave out some sport equipment

to the less-privileged children-on behalf of the Chinese National Table Tennis Team.

Chen Ke was Ding Ning's opponent yesterday.

She was in play in the first set and played a 7-0 lead

and won the set by 11-6.

Then, Ding Ning adjusted her strategy

by making variations in ball placements and the pace to move Chen Ke around.

As a result, Ding Ning caught up by winning 4 consecutive sets

and win the first match of Day 1.

I think the quality of each shot

which includes the ball placement can control my rival.

and limit the aggressive attacks from her.

Another point is to prevent her strong strokes in the rallies.

I have to be prepared of that.

Another Olympic champion, Liu Shiwen faced some problems.

Her rival was national champion Wen Jia.

In the first 2 sets, Wen Jia had a clear mind,

and had a 2-0 lead.

Liu Shiwen fought back after that

and leveled the game to 3-3.

Liu Shiwen and Wen Jia had an intense match in the decisive set.

At the end Wen Jia grabbed the opportunity and won the set by 11-6.

The point of playing the warm-up match is to find the feeling of competition

and to tune my condition and to think about the conditions in the international meets.

and to get hyper and search for the feeling of international competitions.

I think win or loss is not the most important thing.

The most important thing is to feel the atmosphere of competitions.

and get prepared before hand and feel the tension of competition.

In the women's doubles competition, Ding Ning and Liu Shiwen played against Chen Ke and Sun Yingsha.

They took initiatives in the competition and swept the match with 3-0.

In another women's doubles competition, Zhu Yuling and Chen Meng won the choppers, Wu Yang and Hu Limei by 3-0.

This tests the effectiveness of the training camp.

Posing challenges to the World Championships participants is the aim of the warm-up matches.

There is half a month to go for the Dusseldorf World Championships.

Discovering problems now may not be a bad news.

Report from Huangshi, Hubei. CCTV.

For more infomation >> 2017 Warm-Up Matches for WTTC News (Women's Team) (Eng Sub)-- CCTV5 News - Duration: 2:37.

-------------------------------------------

Race For The Cure Kicks Off - Duration: 3:53.

DIFFERENT THEN WHAT WE HAD A

COUPLE,.

AND WHAT BETTER AND, BEN

FRANKLIN PARKWAY RUNNING AND

SUPPORTING MOTHERS AND

GRANDMOTHERS, SISTERS AND

FRIEND WHO FOR THE OR WHO ARE

STILL FIGHTING BREAST CANCER.

OUR "EYEWITNESS NEWS" TEAM IS

WON AGAIN THIS YEAR LETS CHECK

WITH JESSICA DEAN AND UKEE

WASHINGTON.

GOOD MORNING, GUYS.

REPORTER: GOOD MORNING TO

YOU, JAN WHAT A MOTHERS DAY.

HOW ABOUT IT.

HAPPY MOTHERS DAY.

SUN COMING OUT, RAIN IS

GONE.

NO RAIN, WE WILL NOT TALK

ABOUT RAIN, BEAUTIFUL DAY.

THAT IS RIGHT, WE ARE HERE

AT THE SPOT OF THE STEPS OF

THE ART MUSEUM WHERE THIS WILL

BE A SPECIAL DAY, IT IS OUR

HONOR TO BE HERE.

HERE IS SOME FACTS FOR YOU,

UKEE: BREAST CANCER IS MOST

PREVALENT TYPE OF CANCER AMONG

WOMEN IN THE U.S. AND ALL

AROUND THE WORLD, AND THIS

YEAR ALONE, MORE THAN 255,000

NEW CASES, OF INVASIVE BREAST

CANCER WILL BE DIAGNOSIS.

YES, MA'AM, NUMBERS DO TELL

THE STORY.

ONE IN EIGHT WOMEN WILL BE

DIAGNOSED WITH BREAST CANCER

IN HER LIFETIME.

LOCALLY THOUSAND WOMAN WILL BE

DIAGNOSED THIS YEAR AND THAT

IS 6 PERCENT, 6 PERCENT HIGHER

THEN THE AVERAGE.

WE HAVE A LOT MORE NUMBERS TO

TALK TO YOU ABOUT TODAY.

WE HAVE OUR ENTIRE TEAM HERE

TODAY THAT WILL TELL YOU MORE

INFORMATION, ABOUT THIS VERY,

VERY IMPORTANT DAY, AND

IMPORTANT CAUSE, JIM DONOVAN.

GOOD MORNING, UKEE.

BELIEVE IT OR NOT MEN GET

BREAST CANCER AS WELL.

NUMBERS ARE NOT AS HIGH BUT

GUYS, YOU NEED TO GO TO THE

DOCTOR AND GET CHECK AS WELL,

RIGHT, RAHEL.

ABSOLUTELY, JIM.

FOR AFRICAN-AMERICAN WOMEN THE

DEATH RATE IS 40 PERCENT

HIGHER THEN OF WHITE WOMEN.

SOME REASONS INCLUDE, OTHER

GENETIC RISK FACTORS.

IT SHOWS AFRICAN-AMERICAN

WOMEN MAY NOT HAVE ACCESS TO

HEALTH CARE BUT DON'T BE EM

BARRED PHILADELPHIA IS THERE

TO HELP YOU TO HELP YOU GET

CHECK OUT.

SOME WOMEN AND MEN WILL

LIVE WITH BREAST CANCER WITH

FOREVER.

THESE FOREVER FIGHTERS HAVE

METASTATIC BREAST CANCER, THAT

IS BREAST CANS THEIR IS SPREAD

THROUGH ENTIRE BODY.

YOU KNOW, STEPH, METASTATIC

BREAST CANCER IS CAUSE OF THE

MAJORITY OF THE 30,000 BREAST

CANCER DEATHS IN THE U.S.

EVERY SINGLE YEAR, BETWEEN 150

AND 250,000 AMERICANS ARE

CURRENTLY LIVING WITH

METASTATIC BREAST CANCER,

MEISHA.

KATIE, TREATING AND, OF

COURSE, LINGERING FOR BREAST

CANCER SURVIVORS SO IMPORTANT

FOR EARLY DETECTION AND BY THE

WAY IS THERE OVER 3 MILLION,

BREAST CANCER SURVIVORS IN THE

U.S., TODAY.

BUT WE WANT MORE, WE WANT

MORE SURVIVORS, AND KOMEN HAS

A MIGHTY LOFTY GOAL BUT IT IS

ATTAINABLE.

WE WANT TO CUT DOWN BREAST

CANCER DEATHS BY 50 PERCENT IN

THE NEXT DECADE AND IT CAN BE

DONE.

SPEAKING OF SURVIVORS WE ARE

SO LUCKY AND FORTUNATE TO HAVE

OUR GREAT, GOOD FRIEND CARROLL

ERICKSON HERE.

YES, YES.

THANK YOU, THANK YOU, TORI.

REASON WE'RE HERE AND THE

REASON WE RUN SO NO MORE MOMS

TO HAVE LIVE WITH BREAST

CANCER AND NO MORE SISTERS, OR

DAUGHTERS TO HAVE LIVE WITH

BREAST CANCER, WE WALK, WE RUN

, AND WE ARE HOPING FOR

THAT CURE, THAT IS WHAT IS

BRINGING US OUT HERE EVERY

YEAR AND HOPEFULLY, SOME DAY

THERE WILL BE NO NEED TO BE

OUT THERE BECAUSE THEY WILL

HAVE THAT SPIRIT.

THAT IS RIGHT, WE'RE SO

GLAD TO HAVE YOU.

YES, MA'AM.

HAPPY MOTHERS DAY.

WE TALKED ABOUT SURVIVORS,

I'M TELLING YOU THOUSANDS WILL

BE HERE TODAY, WE ARE GLAD YOU

ARE WITH US.

IF YOU CAN'T COME DOWN HERE

JOIN US THROUGHOUT THE MORNING

, THIS WILL BE A VERY,

VERY SPECIAL DAY.

THAT IS RIGHT.

WE WILL BE CHECKING IN

THROUGHOUT THE WHOLE DAY, AND

CARROLL WILL BE HERE, THE

ENTIRE TEAM WILL BE SPAN OUT

ALL ACROSS THE AREA, WE HAVE

GOT A LOT OF FUN IN STORE AND

A LOT OF MOMENTS TO REMEMBER,

AND CELEBRATE, THOSE WE HAVE

LOST AND ALSO HONOR THOSE

SURVIVOR AND THEIR FAMILIES.

JAN, WE WILL CHECK WITH YOU

ALL MORNING.

GREAT TO SEE ALL OF U.S.

SPECIALLY, CARROLL GREAT

For more infomation >> Race For The Cure Kicks Off - Duration: 3:53.

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क्यों देवता भी असहाय है इन पहाड़ी मंत्नों उच्चारण के आगे. - Duration: 2:03.

Why gods are helpless in front of Uttarakhand's Pahari chants???

Uttarakhand is popular for Pahari Chants with traditional Dhol Damau which invoke the goddess

& ancestor.

The Gods and Ancestor wake up from dormant stage and entered in the human body, asked

for favors or remedies for certain problems plaguing the person.

These chants known by Jagar, Jagar words come from Sanskrit word JAGA which mean wake-up.

There are different jagar Chant for different gods and local deities such as hantya jagar,

nagraja jagar, bhairav devta jaga, golu devta jagar, devi jagar, padav jagar , goril jagar

etc. Pritam bhartwan one of the best Pjahari jagar singer

These jagar are very old, we don't have exact date but some jagar have Mahabharata times

like khela panso and other pandav jagar.

Pandav spent a lot of time in Himalaya Region, so the it impact pahari culture.