Soccer | Arsenal's Wenger Supports 200 %

This season Arsenal manager Arsene Wenger has again failed to offer the title for his team. However Wenger has continued to receive great support from his men that reached 200 percent.

This season the Gunners had to return fasting title. That means it's six years old North London team is not achievement.

Pressure was whack manager Arsene Wenger. French men's transfer policy was also questioned, after he did not spend large sums of money to bring in new players to strengthen the squad.

Trophy champion is gone, now Arsenal's position in the standings was threatened. The Gunners have dropped to fourth after dawn was ousted Manchester City's victory over Stoke City.

Apart from all the events that happened, support Wenger still get the support very large and solid from his subordinates. This was revealed by Bacary Sagna.

"Everyone supports him 200 percent. I think Wenger is the right person for the team," Sagna said as quoted by SkySports.

"He has contributed much to the team, for players and clubs as well. So we want to do is keep working hard and give as much as possible," the French player finished it.

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Handphone | History Of Handphone

Development of mobile phones from time to time is very fast. From the early generations who weighs 35 pounds now only about 70 grams, even less than that. Its reach was becoming increasingly widespread only. Features that stuffed more and more, not just for phone fun, even a feature that should be separated only in one hand like camera, Internet connection, GPS, music player and so forth. Well, want to know how the development / history of mobile phones from generation 0 alias of the earliest to date? Come see!

Generation 0The history of invention can not be separated from the development of mobile radio. Early discovery of mobile phones began in 1921 when the Detroit Police Department Michigan tried to use a car phone in one direction. Then, in 1928 the Detroit Police Department began using one-way radio communication on all regular patrol car with a frequency of 2 MHz. on further developments, radio evolved into a two-way communication with''''frequency modulated (FM).In 1940, Galvin Manufactory Corporation (now Motorola) to develop portable Handie SCR536-talkie, which means cebuah means of communication on the battlefield during World War II. This period is a generation 0 phones or 0-G, where mobile phones were introduced.After removing the SCR536, then in 1943 Galvin Manufactory Corporation issued a return partable first FM two-way radio that is named SCR300 backpack model for U.S. army This tool weighs about 35 pounds and can work effectively within the operating range of 10 to 20 miles.0-G phone systems still use a VHF radio system for connecting a phone directly to PSTN landline. The weakness of this system is the problem of network congestion on that later led to attempts to replace these systems.Generation 0 ends with the discovery of the modern concept by engineers from Bell Labs in 1947. They invented the concept of using hexagonal as the basic mobile phone. However, this new concept was developed in the 1960s.
Generation IThe first generation phone called 1G. 1-G is the first phone that actually. In 1973, Martin Cooper of Motorola Corp. 'find first cell phone and introduced to the public on April 3, 1973. Phones that found by Cooper has a weight of 30 ounces or about 800 grams. This invention has changed the world forever. The technology used 1-G is still analog and is known as AMPS. AMPS uses frequency between 825 Mhz-894 Mhz and operated at 800 Mhz. Because it is analog, then the system used is still regional. One drawback of generation 1-G is because the size is too large to be held by hand. Their large size is because the purposes of power and poor battery performance. In addition, generation 1-G still has a problem with user mobility. During the call, the user mobility is limited to coverage area of ​​cellular phones.
Generation IIThe second generation or 2-G appears at around the 1990's. 2G in the U.S. already use CDMA technology, whereas in Europe use GSM technology. Uses standard GSM frequency 900 Mhz and 1800 Mhz frequencies. With these frequencies, GSM has a larger customer capacity. In 2G generation analog signal has been replaced with digital signals. The use of digital signals to equip mobile phones with voice mail, call waiting, and SMS. The phone in this generation also has a smaller size and lighter because of the use of digital chip technology. The smaller size is also due to the need for a smaller battery power. Advantages of 2G generation is the size and weight of the smaller and lower radio signals, thus reducing the radiation effect membayakan users.
Generation IIIThis generation is also called 3G that enables network operators to give their users a wider range, including the internet as well as high tech video calls. In 3G there are 3 standard for the telecommunications world that Enhance Datarates for GSM Evolution (EDGE), Wideband-CDMA, and CDMA 2000. The downside of this is the 3G generation relater higher costs, and lack of network coverage because this technology is still new.
Generation IVThis generation is also called Fourt Generation (4G). 4G is a mobile system that offers a new approach and infrastructure solutions that integrate the existing wireless technologies including wireless broadband (WiBro), 802.16e, CDMA, wireless LAN, Bluetooth, dlll. 4G systems based on the heterogeneity of IP networks that allow users to use a variety of systems anytime and anywhere. 4G also provides users with high speed, high volume, good quality, global reach, and flexibility to separately explore the various different technologies. Finally, 4G provides fast data transmission service to accommodate a variety of applications such as multimedia, video conferencing, online gaming, and more.

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Soccer | Final FA CUP, Man City VS Stoke City

Manchester City and Stoke will fight in the final of the FA Cup this season, gaining the title of world's oldest tournament, to add a medal to their trophy cabinet, a long unfilled.

Here are some notes related to duel the two teams at Wembley Stadium on Saturday (05/14/2011), as summarized by Reuters:

- Appearances City in the final this time in the day exactly 30 years when they lost 2-3 from Tottenham Hotspur in the party re-finals 1981 in the same stadium (Wembley). In the first game the two teams drew 1-1.

- Stoke City's second oldest professional club in England, founded in 1863, only this time through the final round of the world's oldest tournament. They never reached the semifinals in 1899, 1971, and 1972.

- 5-0 victory over Bolton Wanderers in the semi-finals this season is to win with the biggest difference at that level in this competition since Wolverhampton bend Grimsby Town with the same score in 1939.

- Manchester City will melakoni final was his ninth in the FA Cup, after four wins and four defeats.

- Manchester City is one of five teams that have qualified for the FA Cup final and degraded in the same season. They've been there in 1926.

- As many as 84,569 spectators watched the FA Cup fourth round match between Manchester City and Stoke City at Maine Road in 1934. That record's biggest audience outside of London. At that time City won 1-0.

- Both teams have met seven times in the FA Cup, each winning three times and one time series.

- The last meeting of both teams in the FA Cup place last season, when Stoke beat City with a score of 3-1 through extra time at the party's fifth round replay.

- In this season, Stoke City, and only met once, namely in the league, the endless 1-1 at the Britannia Stadium on November 27, 2010. They will duel again in the Premier League three days after berjibaku in the FA Cup final.

- Because the City had confirmed themselves to qualify for the Champions League next season, it was ascertained following the tournament Stoke Europa League next season, and it is for the first time.

- Stoke manager, Tony Pulis, was the first Wales menukangi a team in the FA Cup final as a full manager. Another figure who was Jimmy Murphy, who gush Manchester United in 1958, but he was caretaker manager at the time when Sir Matt Busby after undergoing treatment at the Munich plane crash.

- Architect City Roberto Mancini in the potential to become the third Italian man who once took a team won the FA Cup. The first is Gianluca Villa (Chelsea, 2000), which both Carlo Ancelotti (Chelsea, 2010).

- It has been more than three decades the two teams had never won a trophy. The last time City won was in 1976, in the form of the English League Cup. Stoke longer, ie, 1972, for the same competition.

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Soccer | Mou Make Major Purchase of Tevez Targets Summer

Real Madrid boss, Jose Mourinho, said that Carlos Tevez a major target for the purchase of real players in the summer.
As reported by mirrorfootball, Mourinho wants Real Madrid hierarchy supports it back with a poured huge funds to bring Tevez to the Bernabeu because he wanted to reunite it with the attacker Manchester City team-mate when he was at Manchester United, Cristiano Ronaldo.
And apparently the desire of 'the Special One' to bring Tevez to materialize, after the general manager of Real Madrid, Jorge Valdano, is rumored to have met Tevez adviser, Kia Joorabchian, and thrusting offering of 35 million pounds.
While the City stronghold now is struggling to keep Tevez in the summer, after news of a growing state that the Argentine striker is considering regarding his future at Eastlands.
Inter Milan have also been linked with Tevez since the last few months, but last week the Inter president, Massimo Moratti, has denied the idea to bring Tevez at the opening of the summer transfer window.
Ex-Chelsea boss is, as already known is a great admirer of Tevez and he has tried to bring it in January, but the Spanish giants turned out to bring Emmanuel Adebayor from the City with the status of loan players.
Real, who had agreed to bring in Borussia Dortmund midfielder from Turkey, Nuri Sahin at the end of this season, likely will use Lassana Diarra and Sergio Canales as part of a deal to persuade the City.
La Liga giants are already preparing for the poured huge funds on the stock transfer later and tried to compete with their perennial rivals, Barcelona, ​​already surrendered to bring in Atletico Bilbao striker Fernando Llorente and Real are now concentrating on Tevez.
Mourinho's position as manager of Real being threatened because of bad temperament, while Real experiencing defeat of Barcelona in the Champions League semi-finals, despite that he was still determined to have authority in determining the quality target and the attacker as its main priority.

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Matlab | Requersment On MATlab

MATLAB forces very little on us in the way of requirements. This is both good and bad. To the good, it means that we have a lot of freedom to make the implementation match our particular need. It also means that we do not have to devote a lot of time toward learning an intricate set of requirements, nor do we have to devote effort toward implementing the requirements with our code.

To the bad, it means we must blaze our own trail without the benefit of requirements to keep us on track. Loose requirements provide enough rope to hang ourselves. It is too easy to weave a path that is difficult to maintain. In this chapter, we will learn how to meet requirements in a way that supports the needs of the group of eight. This helps keep MATLAB object-oriented programming on the straight and narrow.

A. VARIABLES, TYPES, CLASSES, AND OBJECTS
In every specialty, there are certain words that carry special meaning. At first glance, the sheer number of special words associated with object-oriented programming appears overwhelming. The sad fact that these words are sometimes misused does not help the situation. An additional burden comes in understanding slight differences among words that appear to be describing the same thing. Fortunately, mastering the vocabulary is not difficult. Most of the differences are anchored to the normal programming vocabulary.

In discussing object-oriented programming, the words class and object seem to suffer the most abuse. When you look closely at what these words actually represent, it is easy to understand why. After we carefully define both words, you will be able to follow discussions where the language is sloppy. This knowledge will also allow you to determine the competency of self professed experts.

The easiest way to explain the differences between class and object is to relate them to things you probably already know. Look at the MATLAB command-line listing provided in Code Listing.
1. First, let me reassure you. If the command syntax and results in Code Listing are familiar, you stand an excellent chance of taking full advantage of MATLAB object-oriented programming.
Look carefully at the information displayed by the whos command and you will notice, perhaps for the first time, a heading titled Class . I hope you find this particular word choice very interesting. You might complain that char and double are not classes but rather types. There’s no cause for alarm. In this particular context, class and type mean almost the same thing. Class is a slightly more specific term, one with special meaning to object-oriented programmers. In fact, the connection between class and type is so close that the term user-defined type is often used as a substitute for class.

You might reasonably wonder why the object-oriented pioneers felt the need to coin a new term. The short answer is that class represents a new category of a variable’s type in the same vein as array, cell, or structure. When we identify a variable as a double, its type attaches certain expectations to the variable. A class is more complicated than one of the simple types like double, char, or integer, but it still represents a type. We are comfortable with many of the simple or built in types because we know what to expect. By comparison, identifying a variable’s type as class is uncomfortable unless we already know what that means. Like me, you have probably forgotten that once upon a time, even the so-called simple types were not so simple. It took time and effort to arrive at a comfortable level of understanding for double, char, and cell. The same is true for class. Before long, the idea of class as simply another variable type will seem natural.

Learning about object-oriented programming will require some time and effort, and we certainly don’t want to take on all of the special properties at once. After all, even with numbers we started with 1, 2, and 3 before moving on to π and e.

Before moving on, go back to the whos display in Code Listing 1 and examine the information associated with variable x . Think about the low-level details that you usually take for granted. Reading from left to right, x is the name of the variable. What is a variable name? The variable’s name provides a human-readable reference to a value stored in memory. The variable’s size is listed as 1×1. From the size, we know that x is scalar. From the variable’s type, double, we know that x is a member of the set of real numbers. The type establishes limits on which functions to use and on the expected accuracy. At a glance, we know how x should behave and we take many details for granted.

So, what is x exactly? Is it a variable? a memory location? a scalar? a real number? … Of course, this is a trick question. Indeed, x represents all of those things and more. For algorithm design, the fact that x is double rather than complex or char is the primary focus. During code implementation, the variable’s name, structure, and indices become increasingly more important. During execution, MATLAB’s memory manager needs to know the physical address, the number of bytes, and so forth. No one is shocked that the meaning of x radically changes depending on context. This is exactly how we naturally cope with complexity. We avoid confusion by choosing to focus only on the features that are important to us right now.

Now I tell you that x is an object . Is it still a variable? Still located in memory? Still a scalar? … Of course! The new information that identifies x as an object does not change the fact that it is still double precision. Saying that x is an object merely attaches yet another feature to the variable x. In the whos display, Class simply puts built-in types and user-defined types on an equal footing. Some programmers might bristle at the use of class to describe common built-in types, but with MATLAB this attitude is misguided. The fact that double array is a class and x is an object opens many interesting options. We will examine many of these options as we progress through the various examples.

Class is simply another description used to organize variables. The choice of the word “class” must imply something, or one of the more common terms would have been used. A class is a formal description of something general, possibly a reusable data structure, an abstract concept, or a tangible thing. While there are often other supporting documents, the ultimate class description exists as class’ executable code. A class defines data elements and defines a set of functions used to operate on the elements. The data represent features or attributes and as a collection form the class’ outward appearance. MATLAB uses a structure to define the data elements. The class’ functions manipulate the data contained in the class’ structure. Functions are implemented using m-files. What makes a class different from a normal structure and set of m-files are the objectoriented rules that associate the data structure and the m-files in a way that they always exist together as a whole. In short, a class defines a data structure and an inseparable set of m-files designed to operate on that structure.

There must also be a difference between a class and an object. Objects relate to classes in the same way variables relate to types. During the course of a program’s execution, objects are created, used, and destroyed. The data structure for each object is unique and exists as a set of values stored in memory. Object x is different from object y because each occupies a different memory location. The structure of the data might be the same but the values can be different. All objects of the same class use the same set of class-specific m-files. The object’s data are always passed into these functions. In this way, the behavior is always consistent with a particular object’s data. In short, an object is a run-time entity that includes a type and individualized data.

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Earthquake On Japan

An earthquake measuring 8.9 on the Richter Scale shook the Pacific Ocean, near the northern Japan at about 14:46 (Tokyo time) on March 11, 2011 yesterday caused a tsunami as high as 7 meters which wiped out mercilessly Miyagi prefecture.

        Power outages occurred in almost the entire island of Hokkaido. The worst damage is estimated to occur in the city of Sendai, Miyagi prefecture, the region closest to the epicenter. Police said 200 to 300 bodies were found lying and floating on the northeast coast of Sendai. 547 people have been reported missing by their families and 798 people seriously injured.

         Panic struck everyone as Japan's Meteorological Agency warned that tsunami waves could hit the entire coastal area in Japan. Magnitude earthquake off the coast with a force 8.9 Richter Scale earthquake which triggered the tsunami was as high as seven meters, followed by more than 50 aftershocks with the strength of an average of 6 on the Richter Scale for a few hours later.

         What remains a mystery is the presence of an earthquake measuring 6.6 on the Richter scale that shook the mountains of central Japan - far from the epicenter of the first earthquake. It is unclear whether the recent earthquake has something to do or not by the earthquake that rocked the entire Pacific Ocean.

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