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3-D Printing: Taking Innovation To The Next Level

Printers have become an integral part of our lives, assisting us in our projects, printing our important documents and portraying our memories as printed pictures. However, with the technology boom all over the world, there is a lot more to come. A new technology termed as ‘3-D printing’ has already taken the world by storm by printing materials in 3-D! Did you ever imagine that? I am not joking. It has already become popular in many industries and has started benefiting people around the world.

Working of a 3-D Printer

To print a 3-D model, the printer is connected to various computers which first scans the model or the design according to which the model is going to be printed. It then brings various ingredients stored in its storage (which usually consists of plastic) together to yield a final print, which looks and performs like an original one.

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Transforming the Medical Industry:

The 3-d printing technology was quick to grab attention of the scientists in the medical field. The 3-D printers used by these scientists are capable of printing body parts such as ears, nose and even Kidneys! While it would take at least a decade for an artificially printed kidney to replace the original one, the skin printing has already started showing results, by printing body parts as good as the real ones!

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Making Functional Parts In The Aerospace Industry:

During its initial days in the 1980s (Yes, it is that old!), 3-D printing was used for printing common prototypes, but with its evolution with the help of various engineers and scientists, this technology began to be used for printing parts which could actually be functional and could work for some productive purposes. For example, the air ducts in the Aeroplanes are nowadays made through 3-D printing. Use of IPV6 Adoption for better performance of servers is prescribed for such methodology.

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3-D Printing In Hollywood:

It was 3-D printing which was used to build the dynamic Iron Man suit in Iron Man 2. Moreover, it has been used in a lot of movies for various things.

Via Flickr/ Jeff Christiansen
Via Flickr/ Jeff Christiansen

At The Ground Level

While it is still a new technology to most of the people around the world, it is common to some of them. There is an actual 3-D printing store in Manhattan, which provides 3-D printing at affordable rates and you can take a printer home at an affordable cost too!

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Watch the full video on 3-D printing to know more about it:

Note: Images used in this article are grabbed from the embedded video

 

 


By Staff Sgt. Aaron Allmon, U.S. Air Force [Public domain], via Wikimedia Commons

6 Greatest Fighter Jets of All Times

Here are some of the best air superiority brawlers ever! Have a go…

Stream contenders have essential part in military aeronautics. Military flying is doubtlessly the premier vital weapon nowadays, each as far as battle viability and of vital innovations upheld. In stylish fighting, air strength is an absolute necessity from the very first moment, all together that air-to-surface and air-to-ocean operations are regularly led securely and with productivity.

6. F-15 Eagle (USA)

An F-15E Strike Eagle flies over Afghanistan. The F-15E's primary role in Afghanistan is providing close-air support for ground troops. (U.S. Air Force photo/Staff Sgt. Aaron Allmon) Source: media.defense.gov
An F-15E Strike Eagle flies over Afghanistan. The F-15E’s primary role in Afghanistan is providing close-air support for ground troops. (U.S. Air Force photo/Staff Sgt. Aaron Allmon) Source: media.defense.gov

A standout amongst the best present day and propelled stream warriors, with more than 100 aeronautical battle triumphs. Composed by McDonnell Douglas, F-15 Eagle is a twin-motor, all-climate strategic contender stream. The Eagle initially flew in July 1972, and since that, it has been traded to numerous countries, outstandingly Japan, Israel, and Saudi Arabia.

5. Dassault Rafale (France)

Source: Dassault Aviation
Source: Dassault Aviation

The french Dassault Rafale comes at No. 5 among the world’s most exceptional fly contenders. Outlined and worked by Dassault Aviation, Rafale is a twin-motor, canard delta-wing, multirole warrior flying machine. To help you in your moving situations, always consider Edmonton movers for your job.

4. Eurofighter Typhoon (European Union)

By Ronnie Macdonald from Chelmsford, United Kingdom (Eurofighter Typhoon FGR4 7) [CC BY 2.0], via Wikimedia Commons
By Ronnie Macdonald from Chelmsford, United Kingdom (Eurofighter Typhoon FGR4 7) [CC BY 2.0], via Wikimedia Commons
Eurofighter Typhoon spot fourth among the 10 most developed stream contenders on the planet. Based on the quality of four European countries: United Kingdom, Germany, Spain and Italy, and their driving barrier and aviation organizations. Eurofighter Typhoon is the world’s most exceptional swing-part battle fly.

3. Boeing F/A-18E/F Super Hornet (USA)

By Staff Sgt. Aaron Allmon, U.S. Air Force [Public domain], via Wikimedia Commons
By Staff Sgt. Aaron Allmon, U.S. Air Force [Public domain], via Wikimedia Commons
In light of the McDonnell Douglas F/A-18 Hornet, the F/A-18E/F Super Hornet is a battle demonstrated hit contender with inherent adaptability. The F/A-18E/F’s suite of incorporated and organized frameworks gives upgraded interoperability, add up to compel bolster for the soldier leader and for the troops on the ground.

2. F-22 Raptor (USA)

U.S. Air Force photo/Tech. Sgt. Ben Bloker
U.S. Air Force photo/Tech. Sgt. Ben Bloker

The F-22 is a multi-part air-prevalence stream warrior with enhanced capacity over current flying machine. This extreme condition of craftsmanship weapon was essentially composed as an air predominance warrior, however the flying machine has some additional abilities like Air-to-Surface, electronic fighting, and flags knowledge parts.

1. F-35 Lightning II (USA)

By MSgt Donald Allen [Public domain], via Wikimedia Commons
By MSgt Donald Allen [Public domain], via Wikimedia Commons
The F-35 Lightning II is at No. 1 to the word’s most exceptional fly warriors. The flying machine is planned on account of the modren fight space. It is the most adaptable, innovatively refined, fifth-era multirole contender at any point assembled.


IPV6 adoption

Why Belgium has 48% of IPv6 Adoption Whereas Russia Just has 1%? Country wise Breakdown of IPv6 Adoption

During its conceptualization, researches developed the internet to be a link amongst a close knit community with limited access. It wasn’t until the 90s, when personal computers started to capture the market defying public expectations, that we truly began to grasp its full extent. Device addresses which were deemed to have more than enough number of bits were soon found to be lacking. In fact as of today, there are no new IPv4 addresses to be given out.

Thus, it became imperative to come up with a newer version of internet protocols. IPv6 or Internet Protocol Version 6 was created to tackle this issue.

What is IPv6?
IP or Internet Protocol is the fixed set of rules by which network devices communicate with the internet. To do this, a logical address is assigned to each device by which the device may be identified. ISPs provide these addresses who in turn are assigned the numbers by IANA.

However the 32 bit version of IPv4 is no longer satisfactory. We have officially run out of address space. IPv6 thus uses 128 bits address space in order to keep up with ever increasing demands. While both versions are currently in use, statistics indicate that the world is slowly making the move to IPv6.

IPv6 Adoption
Although around for more than two decades, IPv6 integration has been slow going. According to Google statistics, only 16% of the world has transitioned to the newer version. However, even this is a step up with 6% increase from the previous year’s statistics. Before that, integration had increased by 2.5% every year since 2011.

IPv6 adoption has by no means been uniform. Google maintains a comprehensive dataset that analyses its deployment across the globe. The report has shown vast inequality from country to country when it comes to adoption of IP version 6. In general, adoption has seen far better results in Europe than in Asian countries. Belgium leads with a whopping 48.88% IPv6 deployment, nearly double that USA and Germany which occupy second and third positions with almost 30% and 29% deployment respectively. Belgium’s rate is more than thrice the global average. As of July 2016, the country had 59% penetration rate.

On the other end of the spectrum, Russia trails in at a mere one 1%, much lower than any of its neighbours. ER-Telecom offers users connectivity to IPv6 via PPPoE Dual-Stack and DHCPv6 Prefix Delegation. With much of the country still using IPv4, the country shows some dismal statistics.

Why this delay in adoption?
While IPv6 has several benefits, most network devices and softwares are not equipped to work in this new set of protocols. Thus, in order to incorporate v6 into their daily life, users must spend a considerable amount of time and money to replace existing devices. This is even more expensive for corporations. Google statistics show that about 10% users use version 6 protocols during weekends, but that number drops to 8 on weekdays, indicating that corporate firms have been slower on the change.

The move to IP version 6 is inevitable. There are simply no address spaces to assign. Users looking to reserve address blocks can now only do so in the newer protocol set. Where version 4 could only support 4.3 million spaces, IPv6 can assign trillions. Thus the days of slicing existing IPs to carve out a small space for other connections will soon be over. And once the entire world finally migrates to the new protocols, computers all over the world can enjoy the benefits.