How To Watch Youtube Blocked and Not Available Videos in Your Country
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How To Watch Youtube Blocked and
Not Available Videos in Your Country

Some Of Youtube Videos Blocked in Certain Countries and in few Geographic Regions.
If you Open These Videos You Get Error
"This video is not available in your country"
Watch All Blocked Youtube Videos With Out changing Any Ip Address or anything
Just change URL in Address Bar
For Example : www.youtube.com/
watch?v=abcdxyz
Just Replace " Watch?v= " in to " v/"
www.youtube.com/v/abcdxyz
Now Watch All Blocked and Not Available Youtube Videos.
.


 

Vodafone Super Week (Sixth week) -Free Internet On Your Mobile(21-05-2011)

Vodafone Super Week (Sixth week) -Free Internet On Your Mobile

Vodafone Super Week 5 offered unlimited music for Vodafone customers till 20th May and now Vodafone has announced its final offer under 'Vodafone Super Week' campaign. This week's Vodafone Super Week is 'Internet Super Week' which will offer free Internet on mobile from 9 am to 12 noon till 28th May 2011 . This is going to be the last and final offer in the 6 week long 'Vodafone Super Week' which was aggressively promoted through IPL-4 television broadcast showcasing whole new avatar of Zoozoo with 3G capabilities. This offer includes browsing on mobile, tethering as well as through data cards and while data access/browsing is free during these times, any content charges will still apply eg for games, ringtones, music etc.
 

Battery Technology – See How Your SmartPhone Battery Sucks? 

If your awesome new smartphone is to have any hope of lasting longer than a day on one charge, it's going to need more power than a typical lithium ion battery can deliver.

Used to be, you could forget your feature phone's charger at home,
go on a long-weekend vacation, and-assuming that you didn't use it to
play hours of Snake-still come home with enough battery life left on it
to call a cab.


Today, though, we're wedded to our chargers, and glare hawkishly at
people who hog airport and coffee-shop outlets for too long. Switching
over to superfast 4G networks, as many smartphones will in 2011, is
only going to exacerbate this problem; and reports already indicate
that 4G devices tend to have pitiful battery life. In fact, the power
requirements of the technology being built into mobile devices is
growing at twice the pace of battery-capacity increases, according to
one Verizon executive.


But catching up with mobile power requirements won't be quick or
easy for the battery industry, and continuing difficulty may discourage
public adoption of new 4G devices. Unfortunately, the problem isn't a
simple matter of mobile battery R&D falling behind. It extends to
the chemical nature of batteries, the way research and development is
funded in the global market for mobile tech, and the many different
demands users place on our phones and tablets.


Constrained by Chemistry



Battery technology and smartphone technology are at two very
different stages in their lifespans. "Unlike smartphones, battery
technology has been evolving for over a century, and is much further
down the development curve, meaning that improvements in
battery technology, while steady, no longer happen at the breakneck
speed of younger technology like smartphones," says Keith Nowak of
phone and tablet maker HTC.

Smartphone
batteries are super efficient compared to batteries a decade ago, but
they're reaching a limit.But aside from tiny incremental improvements
in solid-electrolyte efficiency, lithium ion polymer batteries for
handheld tech products haven't changed drastically in more than 15
years. Almost all of the batteries that power today's smartphones and
tablets run on some variant of the lithium ion polymer battery-a cell
in which the anode and the cathode are packaged with a solid, gel-like
electrolyte (the substance that makes the battery conduct electricity).
This solid-electrolyte design was developed commercially in 1996 as
manufacturers sought a sturdier battery for mobile tech products.
Previously, cell phones had run on lithium ion batteries with liquid
electrolytes, which were bulky and relatively unstable.


Today, battery researchers continue to increase the capacity of
lithium ion polymer batteries. Since a battery's power comes from its
transfer of electric-charge-bearing electrons between the anode and the
cathode, battery researchers focus primarily on optimizing the
multitude of mini-transfers. "A lot of chemical reactions can take on a
life of their own, and battery scientists try to control that," said
Irving Echavarria of Gold Peak Industries, a company that manufactures
all types of consumer batteries, including lithium ion variations.
Echavarria estimates that 80 percent of the processes in a battery can
be accurately harnessed. And the smaller the battery's window of errant
chemical reactions, the more efficiently the battery will provide
power. Battery makers continue to achieve capacity gains by pushing closer to that 80 percent efficiency limit.


But the incremental advances in efficiency aren't keeping pace with
the increasing energy demands of smartphones and other mobile devices.
Frustrated by the chemical and physical limits of batteries, developers
who want to get longer run times out of smartphone batteries must
either add active material to the battery by making the inactive parts
of the battery smaller (a technique that has already reached limits of
its own) or move from lithium ion polymer to a different, as yet not
fully researched material.


Venkat Srinivasan, a battery technology researcher at the Lawrence
Berkeley National Laboratory in Berkeley, California, notes that, "the
physics that dictates evolution in batteries is different from the
physics that dictates evolution in smartphone electronics." It seems
that batteries are doomed to drag along behind the wagon train until a
Eureka moment happens occurs with a better material.


New Ideas Coming, Slowly



Small signs of innovation are visible on the battery-life horizon.
The unanswered questions are how quickly they'll emerge, and whether
the technology involved will be scalable to serve the entire mobile
world.


Lithium ion research continues in the R&D labs of many
consumer-battery makers. And university labs across the country have
churned out paper after paper on the possibilities of graphene, a
single-atom-thick sheet of graphite that has the potential to store and
transmit energy (though any use of graphene for consumer batteries is
still a long way off). But the U.S. government (like many other
national governments) has provided almost no funding for consumer
battery research, instead putting money into research for vehicle and
military-use batteries.





It's Not Just the Battery, Though



Designing a mobile device is no longer just about perfecting its
computing power, design, and user interface; it's about doing all those
things with far less power. At some point, consumers' desire for faster data plans and
monster multitasking capabilities will be overtaken by the simple need
for a device that can remain in operation for at least one full workday.


Smartphone screens are getting larger and supporting higher
resolutions, both of which suck power like crazy. Lowering your
screen's brightness might help eke a few extra minutes out of your
battery, but Apple, HTC, Motorola, and other major phone manufacturers
are unlikely to move to smaller or duller screens anytime soon.
Nevertheless, some (including Samsung and LG Electronics) are focusing
on making new types of displays that are no dimmer but use less power.


Another major power drain relates to increasingly complex apps,
which impose ever-steeper processing requirements. Most smartphones
contain Bluetooth, Wi-Fi, and GPS radios inside, and in many instances
these components operate simultaneously. The GPS radio, in particular,
is a notorious battery killer: You can see the battery bar getting
shorter as you run your navigation app. Newer phones add a 4G radio
chipset, which requires a lot more processing power to decode far
greater amounts of data encoded in the LTE wireless spectrum. On top of
all that, new 4G phones have two different chip sets, to connect with a
4G spectrum and with the carrier's older 3G network. As a result, you
can count on your battery to deliver only about a day of juice to your
phone, if you're lucky.


One consequence of runaway
power consumption is that the makers of mobile processors are feeling a
lot of pressure to produce more-efficient chips for phones.


James Bruce, an executive at ARM, which develops and licenses
processors for almost all mobile devices in the world, explains that
phone hardware is much more battery-efficient today than it was when
phones lasted longer, but "the difference between a Nokia [feature
phone] and a smartphone today is that there just wasn't enough there
for people to keep using their phones all day."


Dual Cores Will Help



The dual-core processors (made by ARM) that have shown up in a few
2011 smartphones Compaq pavilion dv6 battery (auch as the HTC Droid Bionic and the Motorola Atrix
4G) may offer some hope. According to Bruce, "dual-core" phones can
delegate simple tasks to one core, while directing more-complex (and
more-power-hungry) tasks to the other core. As Bruce explains, if the
phone is doing only simple tasks-such as sending text messages or
running the calculator-on one core, the other core can power down,
thereby saving battery life.


The idea that more cores could be the secret to using less battery
power may seem a little counterintuitive, but ARM isn't the only
company trying to solve the problem of too-short battery life in that
way.


At the beginning of May, a company called Adapteva announced their
new "Epiphany Microprocessor," which they hope to place in smartphones
and tablets alongside ARM dual-core processors.


Adapteva's new processor can accommodate up to 64 cores on a
smartphone chip. While planting a 64-core chip in a smartphone sounds
like the opposite of a Hp pavilion dv7 battery hp nc6400 battery
power-saving measure, Andreas Olofsson, CEO and founder of the company,
says that most smartphones today run a scaled-down, power-hungry
version of a desktop processor to connect to the Internet, run games,
and play music.


The Epiphany processor, on the other hand, is a chip optimized for
performing specific parts of general commands in tandem with the
phone's CPU (which does all of the phone's general processing). The
processor can streamline the offline duties of the phone to make
gesture and facial recognition faster, for example. Olofsson says that
this design could "put the power of a laptop in a smartphone today."


It's the Apps

Smartphone apps are the final culprit in our rogues' gallery of
smartphone battery killers (with the physical limits of batteries
ranking as the first culprit).




Though the Android app market might harbor a larger number of
potential power-sucking apps, more-established developers usually make
an effort not to use more battery life than they need to get the app to
function properly, for fear of receiving low ratings or having users
delete the app. "Beyond maybe GPS applications, most users are good at
correlating which apps are going to kill battery," Vanga notes.


Most smartphone users are okay with taking their phones out for the
day and then plugging them in to a charger each night, but battery
makers are going to have to step up soon to deal with the voracious
appetites of the miniature computers that everyone is relying on more
and more every day. If innovation in battery technology doesn't pick it
up a little, the breakneck speed at which mobile tech innovation has
been racing along could come crashing to a halt against a usability
wall.

HP HP0-460 PDF   by hackersgangmohan

Implementing HP XP12000/10000 Solution Fundamentals HP0-460 Test
HP0-460
QUESTION 1:
Which three statements are true about Business Copy S-VOL? (Select three.)
A. S-VOLs are updated asynchronously.
B. An S-VOL is a secondary or mirrored volume.
C. An S-VOL must be paired with only one P-VOL.
D. An S-VOL must be of same RAID level as its P-VOL.
E. An S-VOL is always available to all hosts for read and write I/O operations.
Answer: A,B,C
QUESTION 2:
With Business Copy XP, how many secondary volumes can be created in the first tier,
and how many copies can be created for a single secondary volume?
A.2;2
B.2;8
C.3;2
D.3;9
Answer: C
QUESTION 3:
testkingworld .net wants to manage their storage environment using HP Storage Essentials.
What XP device software tool is required to allow HP Storage Essentials to manage an
XP12000 array?
A. External Storage XP
B. Remote Web Console XP
C. Command View XP Advanced Edition
D. LUN Configuration and Security Manager XP
Answer: C
QUESTION 4:
Which are two valid power options for the XP12000? (Select two.)
A. single-phase, 50Hz, 30A, two power cords per cabinet
B. single-phase, 60Hz, 30A, four power cords per cabinet
C. two-phase, 50Hz, 60A, two power cords per cabinet
D. three-phase, 50Hz, 30A, two power cords per cabinet
E. three-phase, 60Hz, 60A, four power cords per cabinet
HP0-460
Answer: B,D
QUESTION 5:
Which XP12000 disk array software tool allows for device management without
requiring purchase of any additional software?
A. Storage Essentials
B. Remote Web Console
C. Command Line Interface
D. Command View XP Advanced Edition
Answer: B
QUESTION 6:
Which configuration change requires a port to temporarily go offline?
A. assigning LUN 0
B. creating a new host group
C. changing the port topology
D. changing a LUN to a command device
Answer: C
QUESTION 7:
Which two statements are true about host groups? (Select two.)
A. There can be more than one host type in a host group.
B. Multiple ports cannot be placed into a single host group.
C. The same WWNs can be listed in multiple host groups.
D. Once a LUN number is used in a host group, it cannot be used in another host group.
Answer: B,C
QUESTION 8:
Where does the HP StorageWorks Command View XP Advanced Edition management
server store configuration and statistics information?
A. out on the individual host agents
B. in shared memory of the XP array
C. on the SVPs of each array subsystem
D. in local database part of the management server
QUESTION 3:
testkingworld .net wants to manage their storage environment using HP Storage Essentials.
What XP device software tool is required to allow HP Storage Essentials to manage an
XP12000 array?
A. External Storage XP
B. Remote Web Console XP
C. Command View XP Advanced Edition
D. LUN Configuration and Security Manager XP
Answer: C
QUESTION 4:
Which are two valid power options for the XP12000? (Select two.)
A. single-phase, 50Hz, 30A, two power cords per cabinet
B. single-phase, 60Hz, 30A, four power cords per cabinet
C. two-phase, 50Hz, 60A, two power cords per cabinet
D. three-phase, 50Hz, 30A, two power cords per cabinet
E. three-phase, 60Hz, 60A, four power cords per cabinet
HP0-460
Answer: B,D
QUESTION 5:
Which XP12000 disk array software tool allows for device management without
requiring purchase of any additional software?
A. Storage Essentials
B. Remote Web Console
C. Command Line Interface
D. Command View XP Advanced Edition
Answer: B
QUESTION 6:
Which configuration change requires a port to temporarily go offline?
A. assigning LUN 0
B. creating a new host group
C. changing the port topology
D. changing a LUN to a command device
Answer: C
QUESTION 7:
Which two statements are true about host groups? (Select two.)
A. There can be more than one host type in a host group.
B. Multiple ports cannot be placed into a single host group.
C. The same WWNs can be listed in multiple host groups.
D. Once a LUN number is used in a host group, it cannot be used in another host group.
Answer: B,C
QUESTION 8:
Where does the HP StorageWorks Command View XP Advanced Edition management
server store configuration and statistics information?
A. out on the individual host agents
B. in shared memory of the XP array
C. on the SVPs of each array subsystem
D. in local database part of the management server