Showing posts with label computer chirping. Show all posts
Showing posts with label computer chirping. Show all posts

How to bypass megavideo time limit

There are 2 ways, which i know how to:

Either;

  • When the video starts to play, pause it, wait till it is Fully loaded, disconnect from your internet, Then watch it all. icon smile How to bypass megavideo time limit

OR

  • Watch the video until the ‘72 Min limit’ has appeared, (If you have a router!):
    Go to: 192.168.2.5 in your internet browser, Then enter your password (if there is one), then there should be ‘discconect’ somewhere, Press it and you’ll be dissconnected from the internet, then press ‘connect’ and you’ll be assigned a new ip. Then just click where you where previously, and watch the end.

The second one might only work if you have a changing ip (Static i think), but try it anyway.

The FIRST option will ALLWAYS work icon smile How to bypass megavideo time limit

This might be helpful for people that don’t know icon biggrin How to bypass megavideo time limit (2nd option was invented by me icon biggrin How to bypass megavideo time limit)

What to do with an old computer?

Some will tell you to use it as a file server, or downloader machine… But here are funnier ways to reuse your computer and peripherals. Click to see all of them.



credit: http://haha.nu/consumerism/gadgets/what-to-do-with-an-old-computer/

Visual Effects and Beyond


Visual effects are becoming increasingly realistic, with advancing processing power, computer graphics methods, and display technology that in some cases even go beyond a pure visual experience. This special issue presents four articles that describe the state of the art in visual effects in theatrical movies, TV broadcasts, computer games, and theme parks. An additional article reviews the state of practice in software architectures and another offers a sociotechnical solution to the problem of controlling spam to improve communication efficiency.

Read More>>

Scientists successfully test bacteria-based computer


















Most computers are designed around silicon circuits powered by electricity, but there is more than one way to skin a cat, as they say. You can build a quantum computer , for example, based on things being in two places at once. Or, if you find yourself in a world without electricity, you can build a computer out of gears, and rotors. Photonic (optical) computers are also cool. (And chemical computers deserve a shout-out.)

Bacteria can also be employed for computing purposes, as some scientists have recently explored. Using a modified bacteria with a "Hin/hixC recombination system previously adapted from Salmonella typhimurium for use in Escherichia coli" a 19 person research team were able to make a working circuit-analogue that is based around DNA.

The engineered bacteria were tasked with figuring out a "Hamiltonian Path Problem" -- a difficult test to find a path through a three dimensional nodular space visiting each node at least once.

The test was a success.

The bacteria being bacteria naturally reproduced itself. The bacteria that was able to find the correct path the Hamiltonian puzzle had the genetic code to turn yellow, while the bacteria that wandered off maintained either red or blue colorings.

Programming bacterial computers is not an easy task - generally, much different tasks require a measure of genetic engineering. But perhaps in some circumstances, where a reoccurring problem needs solving, bacteria-powered computers might come in handy. And besides, how many computers can reproduce themselves?


Source: Journal of Biological Engineering, via Inquirer

Microsoft profit down 29 pct in weak computer market

SAN FRANCISCO — Microsoft on Thursday reported that its latest quarterly earnings sagged 29 percent as revenues were dragged down by a weak global computer market.

Microsoft said its net profit for the quarter ending June 30 was 3.05 billion dollars, or 34 cents per share of stock, in what amounted to a 29 percent drop from the same period last year.

"Our business continued to be negatively impacted by weakness in the global PC and server markets," said Microsoft chief financial officer Chris Liddell.

"In light of that environment, it was an excellent achievement to deliver over 750 million dollars of operational savings compared to the prior year quarter."

Microsoft reported that its revenue in the recently-ended quarter dropped 17 percent to 13.1 billion dollars as compared to the same three months in 2008.

Microsoft stock's price quickly slid more than eight percent to 23.47 dollars in after-hours trading following the release of the earnings figures.

The quarter marked the end of Microsoft's fiscal year and the US software giant reported that its annual profit dropped 18 percent from the prior year to 14.57 billion dollars, or 1.62 dollars per share of stock.

Revenue for the year was 58.44 billion dollars, a three percent dip from the previous year, according to Microsoft.

"While economic conditions presented challenges this year, we maintained our focus on delivering customer satisfaction and providing solutions to our customers to save money," said Microsoft chief operating officer Kevin Turner.

"I am very excited by the wave of product and services innovations being delivered in this next fiscal year."

On Wednesday a finished version of Microsoft's next-generation operating system Windows 7 was made available to electronics makers for installation on new computers and other "smart" hardware.

Windows 7 is to be publically released on October 22.

Microsoft has also released Windows Server 2008 software to makers of business computer servers.

MyDoom Virus Hits Major Online Networks in South Korea and US

AhnLab, a Korean online security company, informs that a new variant of MyDoom virus is liable for a massive DDOS (distributed denial of service) attack that led to collapse of major US sites on July 4 & 5, 2009 and the South Korean websites on July 8, 2009.

MyDoom was found in January 2004 and became the fastest spreading mail worm in the history of the web. Once a system was hit by MyDoom, it would reap mail addresses and mails itself frequently. Early options of MyDoom were coded to run DDOS attacks against other sites within definite time periods.

The recent variant of MyDoom, identified by AhnLab, includes an installer that can bring other unsafe code into the hacked system. It is an attribute that was also present in the former versions of the malware. An extra file encloses information of the site to be attacked.

A study of source code of the new variant of MyDoom has revealed that it hit almost 23 US websites and 13 South Korean websites, most of them are included in the existing attack.

Moreover, AhnLab reveals that the code has been written in such a way that the hackers could change the list of the websites to be attacked.

However, two US government officials admitted that the sites of US treasury and secret service were brought down, and claimed that the agencies were working with their Internet service providers to solve the problem. In addition, officials of the South Korean Intelligence informed that a botnet of 18,000 infected systems situated on the Korean peninsula was used to initiate the attacks.

While the officials of South Korean Intelligence said that North Korea or sympathizers of North Korean were behind these attacks, they didn't provide any scientific evidence to justify their claims.

Meanwhile, cyber warfare is swiftly becoming one of the world's most controversial security issues, with the US and Russia divided over whether a treaty is needed to formally forbid it in international law, in a same manner to chemical weapons. Experts have cautioned that the world is facing a cyber arms race, with China and Russia being the major threats.

» SPAMfighter News - 21-07-2009

Intel chief: Computer attacker still a mystery

WASHINGTON — The top U.S intelligence official says the U.S. still has not figured out who was behind the July 4 cyberattacks that took down a series of government Web sites.

Dennis Blair, the national intelligence director, says the attackers covered their tracks by temporarily hijacking a network of computers, which were used to spawn the cyber offensive. The U.S. is working with other countries to identify the perpetrators.

The South Korean government says it has evidence of North Korean involvement but has not yet assigned blame.

The attacks, in which hundreds of computers tried to connect to a single Web site at the same time to overwhelm the server, caused outages on prominent government-run sites in both the United States and South Korea.

Computers Hardware

It was a good question; one that needed to be asked and definitely one that needed to be answered:


"Gizmo, each day my anti-virus scanner updates its signatures, my anti-spyware program updates its signatures as does my anti-trojan program. It seems to me they are all doing the same thing so why don't we have just one program that does the lot?"

Indeed, why not? Why do we have separate anti-virus, anti-spyware and anti-trojan programs anyway?

The answer to that question lies in the history of computer security, and it's a very interesting history indeed.


In 2003 I tested Norton, McAfee and a few other AV scanners against a large batch of trojans, and their detection performance was very poor. Only Kaspersky AV performed creditably.

Yes, in those days you needed a specialist anti-trojan scanner to catch a trojan.

That's because these new-generation trojans used some sneaky tricks like process injection and polymorphism to avoid detection. Simple signature-based AV file scanners had little chance of catching them. You needed smarter, more powerful detection techniques. The then-emerging class of anti-trojan programs employed these techniques and that's why they were so much more effective against the trojan threat.

So we all needed anti-trojan programs on our computers.

The historical situation with anti-spyware programs was a little different. It may surprise some readers to learn that anti-spyware programs originally emerged not so much to combat spyware, but rather to remove advertising from software. This history is reflected in the names of these early products, such as Ad-Aware.

The AV programs at that time couldn't remove adware. Not because they weren't able to do so, but rather because the AV vendors didn't see adware as a security threat. Additionally, there was a view at that time that removing ads from advertising-supported products was somewhere between unethical and illegal. A view which was, I might say, more widely held among software developers than consumers :>)


But times changed. Adware moved from being annoying but benign to being actively intrusive. Products like Gator emerged that gathered information from consumers and reported it back to the vendors, often without any agreement or knowledge of the user. All of a sudden spying became the problem, not advertising. And while adware may not have been considered a threat, spyware certainly was.

The AV developers were not prepared for this, but the anti-adware vendors were. They changed and upgraded their products and re-positioned them as an essential defense against the new emerging spyware threat.

So now we all needed an anti-spyware scanner in addition to an anti-trojan scanner and an AV scanner. Computer security had suddenly become a boom industry.

But recently the smiles have been disappearing from the faces of security software vendors. The emergence of new hostile products such as blended threats that variously combined viruses, worms, trojans and spyware into a single product has blurred the neat boundary between different types of computer security threat. We have entered into the age of malware.

To survive, security vendors have had to respond by expanding their product's capabilities. Take the case of Ewido. It started life as an anti-trojan program. As spyware became more prominent Ewido started targeting spyware in addition to trojans. Finally, it was bought by the security developer AVG to bolster their anti-virus products.

And you can see the same trend across the whole security industry. Every computer security developer wants their product to address all security threats, not just individual categories of threat.Indeed, just today as I was writing this editorial I received a press release saying the Avast! AV program has been expanded to include anti-spyware and anti-rootkit features.


So today, what's the difference between a modern anti-spyware program like WebRoot SpySweeper with its newly-acquired anti-virus capabilities and a modern anti-virus program such as Norton 360 which has anti-spyware capabilities?

The answer is "not a lot." In essence, they are both now anti-malware scanners.

So do you still need an AV program plus an anti-spyware program and an anti-trojan scanner?

For the majority of average users the answer is no. A single competent broad spectrum anti-malware product is enough. My recommendations here include AntiVir, NOD32, Kaspersky, BitDefender, Norton and a few others.

Of course, not everyone is an average user. Users who engage in high risk activities, like sourcing their software from P2P services, should load up their PC with all the protection they can get. Similarly, there are users for whom the best possible protection is paramount, regardless of cost or performance implications. Finally, users of freeware scanners who cannot afford a premium product may be well advised to use more than one signature-based scanner.

However, for average users who are prepared to invest in a top anti-malware scanner, one signature-based product is enough. The small increment in protection offered by having multiple signature based scanners is simply not worth the financial cost, operational hassle and the reduction in computer performance.

If you want to increase your security, you are much better off putting the effort into other initiatives, such as safer computing practices, a good firewall with a built-in HIPS or using a sandbox for surfing. And you can do this without spending a cent.

What I have said in this editorial is the opposite of what I advised you a few years back. That's because times have changed; the security threats are different, as are the security products available. When circumstances change, I change my opinion; so should you.

It's in the interests of computer security product vendors to create a climate of fear, because it helps them sell their products. That fear is not without some justification, but fear should not be allowed to turn into paranoia.

These days, when I receive letters from subscribers telling me how they have loaded up their PCs with six or eight different signature based scanners, I can only wince. This is a victory for the fear mongers and a defeat for the forces of reason.

Pocket PC

A Pocket PC, abbreviated P/PC or PPC, is a hardware specification for a handheld-sized computer (Personal digital assistant) that runs the Microsoft Windows Mobile operating system. It may have the capability to run an alternative operating system like NetBSD, Linux, Android or others. It has many of the capabilities of modern desktop PCs.

Currently there are thousands of applications for handhelds adhering to the Microsoft Pocket PC specification, many of which are freeware. Some of these devices also include mobile phone features. Microsoft compliant Pocket PCs can also be used with many other add-ons like GPS receivers, barcode readers, RFID readers, and cameras.

In 2007, with the advent of Windows Mobile 6, Microsoft dropped the name Pocket PC in favor of a new naming scheme. Devices without an integrated phone are called Windows Mobile Classic devices instead of Pocket PCs. Devices with an integrated phone and a touch screen are called Windows Mobile Professional devices and devices without a touch screen are called Windows Mobile Standard devices.

HISTORY


The Pocket PC is an evolution from previous calculator-sized computers. Keystroke-programmable calculators which could do simple business and scientific applications were available by the 1970s. In 1982, Hewlett Packard's HP-75 incorporated a 1-line text display, an alphanumeric keyboard, BASIC language and some basic PDA capabilities. The HP 200Lx series packed a PC-compatible DOS computer with graphics display and QWERTY keyboard into a palmtop format. The Omigo 100 used a pen and graphics interface on dDOS, but was not widely liked by the United States. The HP 300XL built a palmtop computer on the Windows CE operating system, but not until the form factor and features of the Palm platform were adapted that is was named the Pocket PC, after the Pocket-Rocket.


Definition

According to Microsoft, the Pocket PC is "a handheld device that enables users to store and retrieve e-mail, contacts, appointments, tasks, play multimedia files, games, exchange text messages with Windows Live Messenger (formerly known as MSN Messenger), browse the Web, and more." (src: microsoft buyersguide)[dead link]

From a technical standpoint, "Pocket PC" is a Microsoft specification that sets various hardware and software requirements for mobile devices bearing the "Pocket PC" label.

For instance, any device which is to be classified as a Pocket PC must:

  • Run Microsoft's Windows Mobile, PocketPC edition
  • Come bundled with a specific suite of applications in ROM
Note: the name Windows Mobile includes both the Windows CE operating system and a suite of basic applications along with a specified user interface

OS versions


Windows Mobile 6.5

The first Windows Mobile 6.5 devices are expected to debut during September 2009. While not officially available to the public as of July 2009, leaked ROMs have surfaced for specific devices.

Windows Mobile 6.1

Microsoft's current Windows Mobile release is Windows Mobile 6.1, and one of the major changes from WM6 is the introduction of instant messaging-like texting.[3] Windows Mobile 6.1 was built upon Windows CE 5.

Windows Mobile 6

Microsoft's Windows Mobile 6, internally code-named 'Crossbow', was officially released by Microsoft on February 12, 2007. Windows Mobile 6 was still based on Windows CE 5 and was effectively just a face lift of Windows Mobile 5. With Windows Mobile 6 also came Microsoft's new naming conventions and devices were no longer called Pocket PCs. Windows Mobile Classic would become the name for Pocket PC type devices without phone capabilities and Windows Mobile Professional would be used for devices with phone capabilities.

Windows Mobile 5

Windows Mobile 5 for Pocket PC was based on Windows CE 5 and contained numerous fixes and improvements over Pocket PC 2003 SE.

Pocket PCs running previous versions of the operating system generally stored user-installed applications and data in RAM, which meant that if the battery was depleted the device would lose all of its data. Windows Mobile 5.0 solved this problem by storing all user data in persistent (flash) memory, leaving the RAM to be used only for running applications, as it would be on a desktop computer. As a result, Windows Mobile 5.0 Pocket PCs generally had a greater amount of flash memory, and a smaller amount of RAM, compared to earlier devices

Windows Mobile 2003

Windows Mobile 2003 consisted of the Windows CE.NET 4.2 operating system bundled with scaled-down versions of many popular desktop applications, including Microsoft Outlook, Internet Explorer, Word, Excel, Windows Media Player, and others.

Windows Mobile 2003 Second Edition added native landscape, square screen and VGA support as well as other fixes and changes to those features already present in the original release of Windows Mobile 2003.

Pocket PC 2000 and 2002

Pocket PC 2002 (launched October 2001) and Pocket PC 2000 (launched April 2000) both ran Windows CE 3.0 underneath. Some Pocket PC 2002 devices were also sold as "Phone Editions" which included cell phone functionality in addition to the PDA capabilities.




History of computing

The first use of the word "computer" was recorded in 1613, referring to a person who carried out calculations, or computations, and the word continued to be used in that sense until the middle of the 20th century. From the end of the 19th century onwards though, the word began to take on its more familiar meaning, describing a machine that carries out computations.

The history of the modern computer begins with two separate technologies—automated calculation and programmability—but no single device can be identified as the earliest computer, partly because of the inconsistent application of that term. Examples of early mechanical calculating devices include the abacus, the slide rule and arguably the astrolabe and the Antikythera mechanism (which dates from about 150–100 BC). Hero of Alexandria (c. 10–70 AD) built a mechanical theater which performed a play lasting 10 minutes and was operated by a complex system of ropes and drums that might be considered to be a means of deciding which parts of the mechanism performed which actions and when. This is the essence of programmability.

The "castle clock", an astronomical clock invented by Al-Jazari in 1206, is considered to be the earliest programmable analog computer. It displayed the zodiac, the solar and lunar orbits, a crescent moon-shaped pointer travelling across a gateway causing automatic doors to open every hour, and five robotic musicians who played music when struck by levers operated by a camshaft attached to a water wheel. The length of day and night could be re-programmed to compensate for the changing lengths of day and night throughout the year.

The Renaissance saw a re-invigoration of European mathematics and engineering. Wilhelm Schickard's 1623 device was the first of a number of mechanical calculators constructed by European engineers, but none fit the modern definition of a computer, because they could not be programmed.

In 1801, Joseph Marie Jacquard made an improvement to the textile loom by introducing a series of punched paper cards as a template which allowed his loom to weave intricate patterns automatically. The resulting Jacquard loom was an important step in the development of computers because the use of punched cards to define woven patterns can be viewed as an early, albeit limited, form of programmability.

It was the fusion of automatic calculation with programmability that produced the first recognizable computers. In 1837, Charles Babbage was the first to conceptualize and design a fully programmable mechanical computer, his analytical engine. Limited finances and Babbage's inability to resist tinkering with the design meant that the device was never completed.

In the late 1880s Herman Hollerith invented the recording of data on a machine readable medium. Prior uses of machine readable media, above, had been for control, not data. "After some initial trials with paper tape, he settled on punched cards ..." To process these punched cards he invented the tabulator, and the key punch machines. These three inventions were the foundation of the modern information processing industry. Large-scale automated data processing of punched cards was performed for the 1890 United States Census by Hollerith's company, which later became the core of IBM. By the end of the 19th century a number of technologies that would later prove useful in the realization of practical computers had begun to appear: the punched card, Boolean algebra, the vacuum tube (thermionic valve) and the teleprinter.

During the first half of the 20th century, many scientific computing needs were met by increasingly sophisticated analog computers, which used a direct mechanical or electrical model of the problem as a basis for computation. However, these were not programmable and generally lacked the versatility and accuracy of modern digital computers.

Alan Turing is widely regarded to be the father of modern computer science. In 1936 Turing provided an influential formalisation of the concept of the algorithm and computation with the Turing machine. Of his role in the modern computer, Time Magazine in naming Turing one of the 100 most influential people of the 20th century, states: "The fact remains that everyone who taps at a keyboard, opening a spreadsheet or a word-processing program, is working on an incarnation of a Turing machine."

George Stibitz is internationally recognized as a father of the modern digital computer. While working at Bell Labs in November of 1937, Stibitz invented and built a relay-based calculator he dubbed the "Model K" (for "kitchen table", on which he had assembled it), which was the first to use binary circuits to perform an arithmetic operation. Later models added greater sophistication including complex arithmetic and programmability

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