He died the genius Steve Jobs.

He died the genius Steve Jobs.

CUPERTINO, Calif., Steve Jobs, who as founder and director of Apple Inc. was the first to introduce the computer as an appliance for mass use and revolutionized the music industry with the iPod, died yesterday, the company said. He was 56.

"We are deeply saddened to announce that Steve Jobs died today (yesterday)," the company said in a brief statement, without mentioning the cause. "The brilliance, passion and energy of Steve were the source of countless innovations that enrich and improve all our lives," said Apple. "The world is immeasurably better because of Steve."He suffered from cancer since 2004 and received a liver transplant in early 2009 after taking leave from work due to health problems that were not mentioned. In January he took another license, the third since the start of their health problems, and resigned as director six weeks ago. Jobs was the chairman of Apple and gave direction to the appointed successor, Tim Cook.
The news that Apple fans and shareholders never wanted to meet came a day after Apple introduced its new iPhone version, which is just one of a series of devices that have transformed the technology and society as Jobs running the company.
Jobs was a pioneer in the transformation of the computer: a curiosity made by young fans at an appliance of first necessity, but its Macintosh computers eventually lost most of its market share to the PC that had the operating system Microsoft Windows.
He led Apple, a company making rudimentary two employees in a Silicon Valley giant, especially after the launch of the Apple II, the first computer for mass use. Their emergence 30 years ago forced IBM Corp. and other competitors to strive to match it.
Jobs was a charismatic and expressive, a salesman by nature and an oracle of his industry seemed to intuit the needs of consumers rather than themselves.

The Social Networks

The social Networks

Although for many social networks can become a modern service with little experience in the web, because the biggest bang for the fury of these emerged in recent years in achieving a true mass use, it is certain that dating back more than a decade.

After all these years, social interaction networks have become one of the most popular Internet because, as mentioned in another article pertaining to this section, we offer users a common place to develop consistent

communications.This is possible because users can not only use the service through their personal computer, but also in recent times you can participate in these communities

through a variety of mobile devices such as cell phones or laptops, which is leading the new trend in communication.But really, when did the first social network? It is estimated that the origin of interactive networks date back to 1995. Keep in mind that was at the time when the Internet had become a tool made almost crowded.Randy Conrads was the true pioneer of the service by creating the website is called "Classmates" and which consisted of a social network that offered the possibility that people around the world could recover or continue

to maintain contact with old friends, classmates either, university, of different occupations and others amid a fully globalized world.Obviously, this was made possible by the advent of the

Web 2.0, which ultimately is a system that has a clear social orientation.Over the years, this type of service became one of the most profitable Internet business, so in the first part of the 2000s began to show a variety of websites dedicated to providing the possibility of communication within what is called social networks, which at that time were known as Circle of Friends.With the addition of this new concept was possible to define a real framework the different relationships that were established between the different participants who consumed the services of virtual communities.The biggest explosion of social networking is not long in coming, since the year 2003 saw the light some of the most popular sites that managed to grow exponentially using the service, communities such as MySpace, Friendster, Tribe and Xing, among other .

The history of video games

The History of Video Games

The history of video games has its origins in the 1940's when, after the end of World War II,

the victorious powers supercomputers built the first programmable as the ENIAC,

1946. The first attempts to implement programs playful (initially chess programs) soon appeared,

and were repeated during the following decades. The first modern games appeared in the 60's, and since then the world of video games has continued to grow and develop with the only limit imposed upon the creativity of the developers and the evolution of technology.

In recent years, we are witnessing an era of technological progress dominated by an industry that promotes a model of consumption where the new super fast becoming obsolete in a few months, but where both a group of people and institutions aware of the role- pioneer programs, companies that defined the market and had the great visionaries in the development of the industry, have initiated the formal study of the history of video games.

Video games are all interactive electronic game, regardless of their support either internal CD-ROM,

cartridge, CD, online gaming and technology platform such as a computer or a console. In 1971 he developed the first game, called Computer Space, but the gameplay

was very confused and was a commercial failure. PONG appeared in

1972, developed by Atari. Their content was very simple: a game of tennis as rudimentary.

In 1977, Atari released the first video game system cartridge, which had great success in America. This led to concern about possible negative effects of video games on children, such as violence,

aggression. After a quick process, together with the evolution of the memories and microporocesadores.

Also with the technological advances have changed the quality and reality of video games on different consoles. it is expected that all areas of evolution of video games continue to grow with the technology even though it is a great financial engine in the world.

Principles of Technology in the Computer.

Principles of Technology in the Computer.

In 1670 the German philosopher and mathematician Gottfried Wilhelm Leibniz perfected this and invented a machine that could also multiply.

The French inventor Joseph Marie Jacquard, when designing an automatic loom, used thin wood perforated plates to control the fabric used in complex designs. During 1880, the American Statistical Herman Hollerith conceived the idea of ​​using punched cards,

similar to the Jacquard cards, to process data. Hollerith got compile statistical information to the general population census of 1890 the United States through the use of a punch card system

to be on electrical contacts.

Also in the nineteenth century, British mathematician and inventor Charles Babbage worked out the principles of modern digital computer. He invented a series of machines, as the Difference Engine, designed to solve complex mathematical problems. Many historians consider Babbage and his partner, Augusta Ada Byron British Mathematics (1815-1852), daughter of English poet Lord Byron, as the true inventors of the modern digital computer. The technology of the time was not able to transfer their concepts of successful practice, but one of his inventions, the analytical engine, and had many of the features of a modern computer. Includes a current or inflow and a pack of punched cards, a memory for storing data, a processor for

r mathematics and a printer for permanent record.

analog computers began to be built in the twentieth century. The first model calculations performed by rotating shafts and gears. With these machines evaluated the numerical approximations of equations too difficult to be able to solve by other methods. During the two world wars, analog systems were used for mechanical and electrical part, to predict the path of torpedoes from submarines and remote control bombs in aviation.

During the Second World War (1939-1945), a team of

scientists and mathematicians working in Bletchley Park, north London, created what was considered the first fully electronic digital computer, the Colossus. In December 1943, Colossus, 1500 válvulaso incorporating vacuum tubes, is now operational. It was used by the team led by Alan Turing to decode encrypted radio messages from the Germans. In 1939, regardless of this project, John Atanasoff and Clifford Berry had already built a prototype electronic machine at Iowa State College (USA). Subsequent research prototype and is made in the anonymity and was later eclipsed by the development of the Electronic Numerical Integrator and Computer (ENIAC English, Electronic Numerical Integrator and Computer) in 1946.

The ENIAC, which as shown is based largely on the Atanasoff-Berry Computer (ABC English, Atanasoff-Berry Computer), obtained a patent that expired in 1973, several decades later.

The ENIAC contained 18,000 vacuum tubes and had a speed of several hundred multiplications per minute, but his program was connected to the processor and must be changed manually.

Is a successor to the ENIAC built with a storage program that is based on the concepts of Hungarian-American mathematician John von Neumann. The instructions are stored in a memory call, which released the limitations of computer speed paper tape reader during implementation and help resolve problems without having to connect to the computer.

In the late 1950's the use of transistor in computers marked the advent of smaller logical elements, quick and versatile machines with valves allowed. Because transistors use much less energy and have a longer life, its development was due to the emergence of more sophisticated machines, which were called or second-generation computers. The components are made smaller and the spaces between them, so that the system was cheaper.

In late 1960 there was the integrated circuit (IC), which allowed the production of multiple transistors on a silicon substrate where the interconnects were soldiers. The integrated circuit allowed a further reduction in price, size and error rates.

The microprocessor has become a reality in the mid 1970's, with the introduction of circuit scale integration (LSI stands for Large Scale Integrated) and, later, with the circuit of large scale integration (by VLSI acronym for Very Large Scale Integrated), with several thousand soldiers interconnected transistors on a silicon substrate.

Cell History

Cell History

We can say that history is brief but intense cell.
While the first call was made from this small wonder (although at that time was not so small) was the April 3, 1973 and who made who patented the invention was MartinCooper was business manager for Motorola systems, the studies to reach what we know today have been conducted for some decades earlier.

26 years ago and launching the first model cell phone, the DynaTAC 8000x Motorola - known as the "Brick. "

The first phones were almost incomprehensible due to the high cost that they were alsovery uncomfortable, weighing almost a kilo!! And the battery lasted less than an hour.
Today almost half the planet has one, over 80% of the population has access to mobile networks in 2008 sold more than one billion units. It is the most requested gift for theholidays or birthdays.

The models are varied and not only function as cell, but that must be met according toschedule, camera and video, some serve to chat and not to mention text messages.

Of course this created a dependency, nobody goes out without his cell phone and certainly not left out of study of psychologists, sociologists and other professionals from many branches.

Internet History (Part 2).

Internet History (Part 2).

In 1971 he created the first program to send email. It was Ray Tomlinson, a program combininginternal email and file transfer program.

Also that year a group of researchers from MIT (Massachusetts Institute of Technology) presented the first proposal of the "Protocol for transmitting files over the Internet" (RFC 114). The 70's pass by connecting directly with institutions or other networks connecting to the ARPANET and the responsible development of standards and protocols such as Telnet, specification or file transfer protocol

voice networks (NVP, Network Voice Protocol). In 1979 ARPA created the first commission to control the Internet settings, and after several years of work, finally ending in 1981 to define the TCP / IP (Transfer Control iProtocol / Internet Protocol) and adopted it as ARPANET standard in 1982, replacing the NCP.Internet is short for Interconnected Networks, ie network of networks, or also known as Networks International, or International Network. Also in those years are based Microsoft (1975) and Apple (1976). In 1983 ARPANET was separated from the military network thatoriginated, so that no military purposes and may be considered this date as the birth of the Internet. In that year he leaves the first version of Microsoft Windows.

In 1985, fifteen years after the first proposal, ending the development of even existing protocol for the Internet file transfer (FTP, File Transfer Protocol), based on the philosophy of client-server. From 1987 began the great expansion, partly due to last year created the NSFNET, which established five supercomputer centers to provide high processing power.It is now when incorporated in various Internet networks in Europe. Also in that year found the first computer application hypertext.

In the United States the large increase in users in 1990 caused the withdrawal of the ARPA agency, and its network happened to be in charge of the NSF.

These were years of uncertainty because no one had devised the network for the purposes and dimensions that were reached, and those responsible were overwhelmed. During those years strengthened backbone networks and devised the WWW (World Wide Web - World Wide Web) at CERN by Tim Berners-Lee, its inventor, who created the foundations of the HTTP transmission protocol, the language of HTML documents and the concept of the URL.

Internet history (part 1).

Internet history (part 1).

The Cold War Ruled the World, the United States Should Be Informed about themovements of the Soviet Union, ran the 60's and Telecom WAS Beginning to Develop.Utmost Importance Of

Knowledge That Was the moving parts Would the Kremlin,American spies Were Scattered Throughout the World and the Need to create anetwork Decentralized necesidad.En Became to the U.S. 1965 DARPA (defenseadvanced Research Projects Agency - Defense Research Projects Agency) Promotesa study on "cooperative network of time-sharing computers. In 1969, DARPA, with therand Corporation company Developed Without a central network nodes based onpacket switching. The information is Divided Into Each packet contains packets and theaddress of origin, destination, sequence number and Some information.

Packets toreach the destination is sorted by sequence number and got together to Give Rise toinformation. When traveling-through the network, more Difficult to lose WAS data, if aparticular package Because Did not Reach the destination or arrive defective, thecomputer Should Receive the information just HAD to ask the computer sending thepackage WAS missing. The communications protocol Called NCP (Network Control Protocol).

This network united in Principle only a small number of computers and darpanetcalled, But in 1972 it changed name to stis ARPANET, when connected to forty nodes.

The technology in the world

The Technology in the World.

We live in a world where technology dictates the pace of progress and patterns of life, in other

words, we live in a world shaped by technology. In our daily life is pervasive technology.
The idea of ​​progress, as we understand today, is closely associated with the idea of ​​technology, and therefore the idea of ​​science and technology. These three key words, science, technology and technology related to specific activities of man are inextricably linked to the world we live in a more artificial than natural, a world created by man in his desire to master the forces of change nature.
Technology is the other independent variable strongly influences the organizational characteristics (dependent variables). Besides the environmental impact, there is the impact of technology on organizations. All organizations use some form of technology to run their operations and perform their tasks.

The technology adopted may be rough and rudimentary (such as grooming and cleaning through the brush or broom) can also be sophisticated (such as data processing by computer.)
All organizations rely on a technology or an array of technologies to operate and achieve their goals from a purely administrative point of view, technology is seen as something that develops predominantly in organizations in general and in companies in particular through the accumulated knowledge and developed on the meaning and implementation of tasks (Know How) and its consequent physical manifestations (machines, equipment, facilities) that constitute a vast complex of techniques used in transforming inputs received by Company results, ie products or services.

Technology may or may not be incorporated into physical assets or capital goods, basic materials, intermediate raw materials or components, etc. In that sense, technology for the concept of hardware.

The technology is not built on people (such as technicians, experts, specialists, engineers, etc..) Low forms of intellectual knowledge or operational manual or mental facility to carry out operations or documents that recorded and observed to to ensure its preservation and transmission (such as maps, plans, designs, projects, etc.).