INCREDIBLE FUNCTIONS FOR THE FIRST SMART WRIST-WATCH IN THE WORLD.

Italian Company Blue Sky I'm Watch

puts Android apps on your wrist watch.

Hi, Myself Rinkesh Patel, in this post I'm going to represent you an Android based wrist watch.

The watch itself doesn’t have phone functionality but connects to your smartphone (iPhone, BlackBerries and WP7 phones are all supported). Over Bluetooth, the phone can make/receive calls, read texts and emails, show Facebook notifications and so on.

SPECIFICATIONS:

Size and Weight:

Height: 55 mm
Width: 40 mm
Depth: 9 mm
Weight: 70 gr (for the i'm color version)

Memory:
Flash Drive: 4GB
RAM: 64 MB

Processor:
CPU: IMX233

Display:
1.54” (diagonal) colour TFT display
240x240 pixel resolution
220 ppi (pixel per inch)

Wireless Technology:

Bluetooth 2.1 + EDR

Audio/video playback:

Formats supported: all formats

Operating System:

Android based

Connectors and input/output:
3.5 mm headphone, connection and power minijack Microphone Built-in speaker

Power and battery:
Built-in rechargeable Li-Po 600 mA battery

Languages:
English (U.S.), English (UK), French (France), German, Traditional Chinese, Simplified Chinese, Dutch, Italian, Spanish, Portuguese (Brazil), Portuguese (Portugal), Danish, Swedish, Finnish, Norwegian, Korean, Japanese, Russian, Polish, Turkish, Ukrainian, Hungarian, Arabic, Thai, Czech, Greek, Hebrew, Indonesian, Malay, Romanian, Slovak, Croatian, Catalan and Vietnamese.

I’M WATCH VIDEO PRESENTATION:

With i’m Watch you can:

• Visualise the watch both in the analogue and digital format: as you prefer.

• Receive calls showing name and number of caller: and see who is calling you at a glance. You can decide whether to answer or decline a call. All this while keeping your smartphone silent in your pocket.

• Call by entering the number or by using the address book: to make a call, all you need to do is enter a number or touch a name. As simple as that. And you can do it just about anywhere: simply touch a name in your address book.

• Use speakerphone: that’s going hands free. For example, avoid distractions while driving.

• Receive text messages with preview: from today, reading a text message is as easy as checking the time.

• Receive emails showing the sender and the subject: your emails straight on your i'm Watch: sender and subject are sufficient to understand importance of the email and therefore decide whether to read it immediately or later on your smartphone.

• Check the weather forecast of your city: you are updated in real time and wherever you go. Under any circumstance, weather forecast for the next hours is useful.

• Receive notifications from Facebook™, Twitter™, Foursquare™, etc.: i'm Watch is more social than you can even imagine. Keep in touch with the world.

• Download all the music you want from i’music: and then listen to it whenever. What about incoming calls? Music is paused when i’mWatch rings and to answer just click the button on your headphones.

• Download apps from i’m store: each downloaded app offers new functions to your i'm Watch, making it more and more fun and capable of doing extraordinary things.

• View the photo and image gallery: on i'mWatch your photos sparkle and shine in all their splendour. With a touch you can enlarge them and with another restore them to their original size. Just swipe the display and you can slide through unforgettable moments and instants. Always with you, all on your wrist.

• View stock market data and receive notifications: follow and keep up-to-date on all your interests, wherever you are. It is sufficient to personalise notifications you want to receive.

• Receive appointment notifications and consult the same: with only a touch you can check on your next appointment and with a quick glance read a notification.

• You can transform an idea into an app. There are no limits to your fantasy. The world of i’m Watch is open to all developers who, just like ourselves, believe that we are about to write the history of smartwatches.

• Use the apps you prefer and pass from one to another in just seconds without slowing down performances of the app in the foreground or discharging the battery uselessly. i'm Watch is multitasking.

The most common operating system in the world with performances never seen before on such a small device. Intuitive interface, rock-solid stability and amazing functionalities.The operating system is the heart of i’mWatch. A surprising result that will leave you lost for words.It only takes a few steps to learn how to use it: it is simple and intuitive. Just touch, drag, swipe or pinch to use all the functionalities or open any of the apps, preinstalled or downloadable from i’mstore.

Anyway, if you’re interested you can pre-order i’m Color (the plastic version, available in several colors) for €249 (that’s $360), i’m Jewel (titanium casing) for €599, or go for the pricier i’m Jewel options – Yellow/Pink/Black gold for €11,999 or White Gold & Diamonds for €14,999. There’s a i’m Special version too with “only with luxury materials” and price “to be define upon request”.

It should be noted that i’m Watches will start shipping in November and until then, the prices are with 20% off (that is, these expensive prices will get even pricier afterwards).

COMPENY DETAILS

Contacts.

info@imwatch.it
press@imwatch.it
developer@imwatch.it
distributor@imwatch.it
order@imwatch.it

Blue Sky s.r.l.

HQ
P.zza Luigi di Savoia, 22
20129 Milano – Italia
P.IVA 07372580964

Business Unit
Via Biron, 102 (int. 2A)
36050 – Monteviale, Vicenza
Italy

Americas Business Unit
4699 Old Ironsides Dr.,
Ste 400 – Santa Clara,
CA 95054 – U.S.A.

Specialy thanks to

Kushal............!

THANK YOU.....!

read more

DUAL CORE PROCESSOR

A dual core processor is a CPU with two separate cores on the same die, each with its own cache. It's the equivalent of getting two microprocessors in one.

Dual core processors have two separate cores on the same physical machine. This means they can do two tasks at the same time without interfering one with the other or using up the others memory or processing speed. These can be located on the same mother board or separate mother boards. These types of processors are used when several different tasks or operations need to be done simultaneously.

In a single-core or traditional processor the CPU is fed strings of instructions it must order, execute, then selectively store in its cache for quick retrieval. When data outside the cache is required, it is retrieved through the system bus from random access memory (RAM) or from storage devices. Accessing these slows down performance to the maximum speed the bus, RAM or storage device will allow, which is far slower than the speed of the CPU. The situation is compounded when multi-tasking. In this case the processor must switch back and forth between two or more sets of data streams and programs. CPU resources are depleted and performance suffers.

In a dual core processor each core handles incoming data strings simultaneously to improve efficiency. Just as two heads are better than one, so are two hands. Now when one is executing the other can be accessing the system bus or executing its own code. Adding to this favorable scenario, both AMD and Intel's dual-core flagships are 64-bit.

To utilize a dual core processor, the operating system must be able to recognize multi-threading and the software must have simultaneous multi-threading technology (SMT) written into its code. SMT enables parallel multi-threading wherein the cores are served multi-threaded instructions in parallel. Without SMT the software will only recognize one core. Adobe® Photoshop® is an example of SMT-aware software. SMT is also used with multi-processor systems common to servers.

A dual core processor is different from a multi-processor system. In the latter there are two separate CPUs with their own resources. In the former, resources are shared and the cores reside on the same chip. A multi-processor system is faster than a system with a dual core processor, while a dual core system is faster than a single-core system, all else being equal.

An attractive value of dual core processors is that they do not require a new motherboard, but can be used in existing boards that feature the correct socket. For the average user the difference in performance will be most noticeable in multi-tasking until more software is SMT aware. Servers running multiple dual core processors will see an appreciable increase in performance.

Multi-core processors are the goal and as technology shrinks, there is more "real-estate" available on the die. In the fall of 2004 Bill Siu of Intel predicted that current accommodating motherboards would be here to stay until 4-core CPUs eventually force a changeover to incorporate a new memory controller that will be required for handling 4 or more cores.

This type of processor acts like a set of twins. They are exactly alike but work separately. It is like having two computers in one. Since the dual core processors has two of each, two memories, two information caches and even two front bus connections they can work in different tasks at the same time doubling the speed and capability of the computer..

Dual core processors are not for everyone to have at home or work. This would be a complete waste of equipment and money. They are super fast and designed to perform long and complicated operations at the same time without losing power or speed. The ability to multi-task means they are capable of doing so, and can also be combined into one operation once each processor has finished its part of the work.

Of course they are not made for this; they are made to do two different and completely unrelated tasks at the same time at great speed. You can’t run simple everyday programs on these dual core processors, the operations system must have special applications so both processors can run independently and at the same time use the same mother board and memory caches.

Dual core processors use something called multithread technology to function properly and efficiently. What this multithread technology does is allow you to have three or four completely different programs running on your computer at the same time efficiently and with the same speed they would run they were alone.

Dual core processors are now being used in desktop computers at homes and offices. This technology has evolved and developed very fast because of its great potential in work stations and in a lesser degree in homes. There is nothing special you need to learn to use it.

If you can use a desktop computer you will be able to use this technology at a basic level. All that will happen is that you will be able to do many things at the same time on your computer faster and without interruption.

Which is fastest dual core processor???

The fact is that there are not many reviews on the speed and capabilities of all the dual core processors available in the market. Many of these are still in experimental phases and changes are constantly made in their components to make them better and faster. This means that the fastest dual core processor today may not be the same one tomorrow.

Computer technology changes every day and every hour. Material used change, memories are increased and parts reduced to make things go faster. Many computers which were considered very fast and efficient a couple of months ago are obsolete today because of new technological developments. Giving an opinion on the fastest dual core processor can have the same result, as we speak a new faster processor may be coming out into the market somewhere and we do not know about it.

Today, the fastest dual core processor in the market is considered to be the Athlon 64 x 2 4800+ designed and built by AMD. It uses separate memory caches for the cores but they are capable of extracting information and using space in the other core’s caches when needed or when this space is not being used.

This means that the fastest dual core processor in the world does not need to overload its main RAM with information and data it wants to exchange between caches. The information passes directly between them without taking up space or time in the shared, main Ram. This system also allows both caches of information to be coherent with each other allowing them to transmit and relay information between them faster and in better order and cadence.

Both processors are equal in size and capacity and they are integrated in one single die. The fastest dual core processor design allows information to travel faster from one location to the other. This speed change goes unnoticed to humans but electronically speaking it is great. The way the information is shared by both memory caches and the way it is ordered and arranged inside these caches have also added delivery and processing speed to the complete system.

The processor mentioned above is considered the fastest dual core processor available in the market today. Tomorrow is another day and we do not know what new and amazing technology will see the light of day. For now though, reviews and the technology used in the above mentioned fastest dual core processor make it the best choice for large multitasking operations and computers.

read more

How to take input in java

JAVA

How to get Input from the user in Java

Hello Friends !!

Here you can see how to take input from the user :

-> First of all you have to call input/output Package named "java.io.*" .

-> Here is the Program :

import java.io.*;

class input

{

public static void main(String args[]) throws Exception

{

int m1,m2,total;//Local Variables

DataInputStream ds;

m1=00;//if user not enter any value then it will assign 0.

m2=00;

ds = new DataInputStream(System.in);//creating object of inputstream. and System.in is a interface.

System.out.println("Enter the m1:");

m1=Integer.parseInt(ds.readLine());//taking input from user

System.out.println("Enter the m2:");

m2=Integer.parseInt(ds.readLine());

total=m1+m2;

System.out.println("The addition is:"+total);

}

}

-> Save this Program as input.java .

-> Thank you .

read more

DIFFERENCE BETWEEN 3G V/S 4G TECHNOLOGY

3G vs 4G
There has been more talk about 4G (fourth generation) mobile broadband recently and Nokia Siemens Networks (NSN's) has announced that the first 4G field trials have been completed in Berlin.

As 4G seems to have taken a step closer to reality, I decided to do some research and find out what advantages 4G may offer over 3G. The specifications for 4G are not standardized yet but the following 3G vs 4G table gives an idea of what 4G is likely to provide.
Technology 3G 4G
Frequency band 1.8 - 2.5GHz 2 - 8GHz
Bandwidth 5-20MHz 5-20MHz
Data rate Up to 2Mbps 100Mbps moving - 1Gbps stationary
Access W-CDMA VSF-OFCDM and VSF-CDMA
FEC Turbo-codes Concatenated codes
Switching Circuit/Packet Packet


The existing 3G W-CDMA standard will be replaced in 4G by VSF-OFCDM and VSF-CDMA. VSF-OFCDM allows extremely high downlink connections, both indoors and outdoors. VSF-CDMA provides high-efficiency, high-speed packet transmissions for the uplink.

The 4G adoption of concatenated FEC (Forward Error Correction) will allow much larger data packets to be transmitted and at the same time reduce the bit error rate. This will increase the overall data through-put.

One of the main advantages that 4G technology will have over 3G is higher data rates. This will benefit the end user by allowing faster access to multimedia and video while on the move.

We may still have to wait a while for 4G though, as it looks like 4G networks won't be launched until 2008 and won't become widely available until 2010.

read more