GOOGLE TESTS TV SEARCH SERVICE

GOOGLE TESTS TV SEARCH SERVICE

Google’s Android is slowly taking over the cellphone market, now it sets it’s sights on your television. Google Inc. is testing a new television-programming search service with Dish Network Corp. How will Google search be utilized in your cable or satellite set-top box?

It will be exciting to see how this will integrate with your set-top box. Today’s technology is closing the gap between the internet and your television. There are some TV’s on the horizon that has built in WiFi and that allows for widgets to scroll across the bottom while your are watching television. This is a good move for Google to try and increase their ad revenue and its good for Dish Network because it could possibly catapult them out of last place amongst the big cable and satellite providers.

GOOGLE TESTING 1 GIGABIT INTERNET SERVICE

Google is testing a new fiber optic network in a select few locations. There was a rumor floating around that the Nexus One would have the ability to use VOIP to make calls without the need for a wireless carrier. Looks like Google has bigger plans in the making.


Here’s a statement from Google on this matter.
“We’re planning to build and test ultra high-speed broadband networks in a small number of trial locations across the United States. We’ll deliver Internet speeds more than 100 times faster than what most Americans have access to today with 1 gigabit per second, fiber-to-the-home connections. We plan to offer service at a competitive price to at least 50,000 and potentially up to 500,000 people.
Our goal is to experiment with new ways to help make Internet access better and faster for everyone. Here are some specific things that we have in mind:
• Next generation apps: We want to see what developers and users can do with ultra high-speeds, whether it’s creating new bandwidth-intensive “killer apps” and services, or other uses we can’t yet imagine.
• New deployment techniques: We’ll test new ways to build fiber networks, and to help inform and support deployments elsewhere, we’ll share key lessons learned with the world.
• Openness and choice: We’ll operate an “open access” network, giving users the choice of multiple service providers. And consistent with our past advocacy, we’ll manage our network in an open, non-discriminatory and transparent way.”

If you would like your area to be included in this testing you can nominate it here and you might be lucky enough to test it.

iTwin allows for easy file-sharing


What you see in the picture here is the iTwin. It isn’t a thumb drive with two USB connections, but a way of transferring your files from one computer to another.

Sure, you could just set up a mainframe network, send a file as an attachment, or just put the file you want on a thumb drive and plug it into another computer. Yes, there are a lot of ways to do file transfers from one computer to the other, but iTwin makes the process a lot easier.

Here’s what you do. The iTwin comes apart into two equal parts. You stick one USB thumb into one part, then the other thumb into another computer. From there, you can drag and drop files from one computer, and it will automatically appear on the other computer.

Yes, the iTwins are connected wirelessly via the Internet, just like the bond between two twins. At least the ones that are psychic.

The creators of the iTwin hope to have this out on the market sometime early next year for a price of $99. You might think that is a lot to spend for this file-sharing device, but you should ask yourself how much you would spend to make your life easier.

Bluetooth Concept turns your finger phone into reality

For those of you who are sick of the convenience of Bluetooth earpieces and want to live your dream of talking to your fingers like pretend phone from your childhood should look into this concept device.Designed by BCK, a team from Argentina, its a very simple concept. The user talks to the hand using the yellow ring that fits halfway down the little finger, and then listens with the pink ring on the thumb. (Why is the thumb look like its been drawn on the picture?)This is one concept that probably won’t catch on, ever. Unless you can make a display to put on the palm. Maybe there is some alternate reality where this technology came into fruition. Enjoy this poem after the jump.

One ring to hear your calls,
One ring to talk in,
Two rings to take your calls,
and with the Bluetooth bind them.

Okay, it didn’t really rhyme, but somehow I couldn’t get The Lord of the Rings out of my head when I saw this device. In the end, though, I decree this device as “silly”.Of course, I never equated The Lord of the Rings with anything silly, even though there is a scene where a dwarf, and elf, and Viggo Mortensen are running across the plains in really fruity costumes.


Well, you never know what’s going to be a hit and what will be a dud.

Here are some healthy tip for your smartness & physical fitness.

Prevention is better than cure.

HEALTHY JUICES

Carrot + Ginger + Apple - Boost and cleanse our system.

Apple + Cucumber + Celery - Prevent cancer, reduce cholesterol, and eliminate stomach upset and headache.

Tomato + Carrot + Apple - Improve skin complexion and eliminate bad breath. Bitter gou rd + Apple + Milk - Avoid bad breath and reduce internal body heat. Orange + Ginger + Cucumber - Improve Skin texture and moisture and reduce body heat. Pineapple + Apple + Watermelon - To dispel excess salts, nourishes the bladder and kidney.

Apple + Cucumber + Kiwi - To improve skin complexion.

Pear & Banana - regulates sugar content.

Carrot + Apple + Pear + Mango - Clear body heat, counteracts toxicity, decreased blood pressure and fight oxidization .

Honeydew + Grape + Watermelon + Milk - Rich in vitamin C + Vitamin B2 that increase cell activity and str engthen body immunity.

Papaya + Pineapple + Milk - Rich in vitamin C, E, Iron. Improve skin complexion and metabolism.

Banana + Pineapple + Milk - Rich in vitamin with nutritious and prevent constipation

Advantages of IPv6 - The Next Generation Internet

The most important and most visible improvement brought by the new protocol is the enormous expansion of the available address space. An IPv6 address is made up of 128 bit values instead of the traditional 32 bits. This provides for as many as several quadrillion IP addresses.

However, IPv6 addresses are not only different from their predecessors with regard to their length. They also have a different internal structure that may contain more specific information about the systems and the networks to which they belong.

The following is a list of some other advantages of the new protocol:

Autoconfiguration
IPv6 makes the network “plug and play” capable, which means that a newly set up system integrates into the (local) network without any manual configuration. The new host uses its automatic configuration mechanism to derive its own address from the information made available by the neighboring routers, relying on a protocol called the neighbor discovery (ND) protocol. This method does not require any intervention on the administrator's part and there is no need to maintain a central server for address allocation—an additional advantage over IPv4, where automatic address allocation requires a DHCP server.

Mobility
IPv6 makes it possible to assign several addresses to one network interface at the same time. This allows users to access several networks easily, something that could be compared with the international roaming services offered by mobile phone companies: when you take your mobile phone abroad, the phone automatically logs in to a foreign service as soon as it enters the corresponding area, so you can be reached under the same number everywhere and are able to place an outgoing call just like in your home area.

Secure Communication
With IPv4, network security is an add-on function. IPv6 includes IPsec as one of its core features, allowing systems to communicate over a secure tunnel to avoid eavesdropping by outsiders on the Internet.

Backward Compatibility
Realistically, it would be impossible to switch the entire Internet from IPv4 to IPv6 at one time. Therefore, it is crucial that both protocols are able to coexist not only on the Internet, but also on one system. This is ensured by compatible addresses (IPv4 addresses can easily be translated into IPv6 addresses) and through the use of a number of tunnels. Also, systems can rely on a dual stack IP technique to support both protocols at the same time, meaning that they have two network stacks that are completely separate, such that there is no interference between the two protocol versions.

Custom Tailored Services through Multicasting
With IPv4, some services, such as SMB, need to broadcast their packets to all hosts in the local network. IPv6 allows a much more fine-grained approach by enabling servers to address hosts through multicasting—by addressing a number of hosts as parts of a group (which is different from addressing all hosts through broadcasting or each host individually through unicasting). Which hosts are addressed as a group may depend on the concrete application. There are some predefined groups to address all name servers (the all name servers multicast group), for example, or all routers (the all routers multicast group).

How-To ping IPV6 ip address in linux

Regular ping command only works with IPv4 address. Use ping6 command to send ICMP ECHO_REQUEST to network hosts from a host or gateway.

Type the command as follows:
$ ping6 localhost
$ ping6 host.domain.com
$ ping6 IPv6-address
$ ping6 2001:db8::1428:57ab

Read ping6 man page for more information:
$ man ping6

They are Computer GODS

They are Computer GODS

1) Dennis Ritchie and Ken Thompson - Dennis was the original developer of C and one of the core developers on UNIX while Ken was the man responsible for UNIX

2) Bjarne Stroustrup - This guy brought us C++! I couldn't talk trash about a guy who made C++.


















3) Alan Kay - This is one of the fathers of object oriented programming.



















4) John McCarthy - The original designer of the Lisp programming language.



















5) Richard Stallman - Like him or hate him, he is a seriously influential person in the computer world, The man is the founder of GNU.


















6) Larry Wall - This guy brought us Perl.



















7) Alan Cox - Alan Cox and Richard Stallman must have been long lost brothers. This guy was one of the earliest developers on the linux kernel and apparently has not shaved since he started.










8) James Gosling - This guy brought us Java and is wearing a shirt with the java mascot playing an electric guitar.
















9) Guido Van Rossum - This guy brought us பயத்















10) Linus Benedict Torvalds: Best known for initiating the development of the Linux kernel.



















11) Dr. Andrew Stuart "Andy" Tanenbaum : He is best known as the author of MINIX, a free Unix-like operating system for teaching purposes, and for his computer science textbooks, regarded as standard texts in the field. He regards his teaching job as his most important work.












Am I missing anyone here?
Yes my picture, soon i will post my picture in this list.

Regards
M. Padma Kumar
+919944762200