Ten Amazing Facts You Didn't Know About Television

By the time the normal American teen has become eighteen years of age they would have spent about 25000 hours watching televison. This means they would have actually spent more time watching televison than learning in the class. The 1st TV add in history lasted twenty seconds and was for a timepiece made by a corporation called Bulova. This company also mass produced the first watch that went into space. The commercial was aired in July 1941 and went out during a game being played by the Brooklyn Dodgers and the Philadelphia Phillies. The well known spinning globe that is utilized by the NBC evening news program spent many years spinning in the incorrect direction. In 1984 this was eventually found and on January 2nd this was rectified and now the globe is spinning as it should be. Way back in 1950 only 10 percent of US households had a television in their possession. By 1960 this had changed to a staggering 90 percent whilst in todays world it is 99 percent with fifty four percent of American children having one in their bedroom. Now more of us own televisions than we do a phone. The highest known annual earnings for a TV actor were given to U.S sit com actor Jerry Seinfeld.He was given an unbelievable $1000000 for each episode. The program lasted eight years and although this fee came into play in about 1997 this still makes Jerry the highest paid TV star so far. The highest ever fee paid to show a television advert was $2,000,000 per 30 seconds of time. This was paid by advertisers to show their adds during the very last U.S screening of the well loved comedy series friends. The show was aired by American TV company NBC on May 6 2004 and lasted for a whole hour. The worlds largest television set was unveiled in the Japanese city of Tsukuba and measured 24.3m by 45.7m [ 80ft by 150ft ]. It was utilized in the 1985 Japanese International Exposition and displayed a series of specially created videos containing various artistic and cultural productions. The largest number of ads featuring a corporations president were made for Wendy's Hamburger restaurants in the United States and starred Dave Thomas the companies owner. In all he has starred in 652 commercials with the shortest being five seconds and the longest being sixty seconds. These commercials have won thirty six important advertising awards and have made Dave as famous as his Burgers. Whilst viewing an episode of the well known Japanese kids show Pokemon over seven hundred Japanese children were rushed to hospital with severe convulsions and trauma. This was caused by a ten second scene in which the cartoons star Pikachu flashed his big red eyes to the sound of a big booming explosion. Some early experimental Television transmissions started way back in 1928 by station W2XBS and featured a test model of the well loved Felix the cat. Although these transmissions were only showing a model Felix the cat he will always be able to maintain his place in the Televison hall of fame as the first ever genuine TV superstar. In the USA the largest section of the TV audience consists of of pre-school children.On average their weekly viewing turns out to be around 30.4 hours which means by the age of 17 they would have amassed about 15000 hours of television watching. Astonishingly this adds up to a staggering two years of solid viewing.

By the time the normal American teen has become eighteen years of age they would have spent about 25000 hours watching televison. This means they woul

I’ve recently been thinking about where video games could be going in the future. I’m hoping to work in the game industry one day after I’ve finished university study and I’ve been wondering about it a lot. What do I want to see happen in the future? Well I may not have too many answers right now, but I have come up with a few ideas that I think may come into ‘play’ in the not too distant future. Firstly forget Virtual Reality, as we know it. They’ve tried VR goggles and they made a lot of people sick in doing so. It’s probably never going to work very well in its current form. They’re still around and you can still buy them but they really don’t seem to be taking off. It will probably take a lot to get people totally immersed and involved in a new form of game play. It’s threatening to lose touch with the outside world and the people around you aren’t going to appreciate it much either. The Sci-fi neural implants are also both a long way off and not likely to be accepted by a majority of the general populace without some severe marketing and luck. I for one am not planning on going through brain surgery just to have a computer attached to my head. In fact I never want anyone to able to plug into my brain. A technology that was brought to my attention by a zealous presenter at the local ‘Science and Technology Centre’ (a sort of science museum aimed at making science fun for children and juvenile adults such as yours truly) is that of ‘Augmented Reality’. Augmented Reality is essentially the overlaying of virtual elements onto the real world, such as a pair of transparent glasses that can display certain elements over the top of what is actually there. I agree with the presenter in that this could indeed have some awesome potential. Forget all the socially beneficial applications such as workmen being able to view underground pipes before digging, think about it from a games point of view. This technology could provide gamers with the ability to run around looking like complete idiots shooting at things that aren’t actually there and that no one else can see, kind of like in the film ‘They Live!’ The upside to this is that it would be a lot of fun. A group of people from the University of South Australia created the ‘ARQuake’ project, http://wearables.unisa.edu.au/projects/ARQuake/www/, merging the classic shooter Quake with this Augmented Reality technology. Again, this technology may not ever become overly popular, but it would be entertaining to play with. Technology has driven the games industry for a long time with new games always trying to keep one step ahead of the competition. It started way back at the dawn of technology and it continues to this day. 2D graphics gave way to 3D and 3D is becoming ever better. Graphics are starting to lose the ability to impress like they once did. The step between Quake 2 and 3 was amazing, but DOOM 3 while being visually very impressive isn’t leaps and bounds ahead of its competitors in the same way new games used to be. 2D graphics encountered a similar problem; there comes a point where you just can’t do much more with graphics technology. It is this that turns graphics from striving for technological achievement to becoming art. It is my hope that we will start turning away from tech demos and return to game play and making great entertainment. Games such as Zelda: The Wind Waker or The Sims that strive to show greater depth of character through simplifying the game enough to portray emotions will hopefully become more common (and more fun… but that’s just one person’s view…). Technology plays a certain part in the conveying of emotions and story but it’s quite hard to focus on everything at once. When technology is easier and less essential to game sales we’ll hopefully see an increase in games that cast a lasting impression. Somewhat unfortunately the rise of the ‘Casual Gamer’ will probably lead to more simplistic games being released. While personally I would love to see depth of story and characters, there are a significant number of players out there who want to pick up a game for twenty minutes or so, have a bit of fun, and then put it down until another time. These gamers are generally less interested in the latest greatest technology and more interested in a ‘fast food’ kind of entertainment that satisfies the moment, despite the lack of quality or the lasting effects. Hopefully the two game types can co-exist peacefully although recently it has been seen that some developers are cutting down on some of the planned depth of a title in order to accommodate the more casual gamer. As technology pushes forwards boundaries are slowly being broken down between systems. We saw the Bleemcast a few years back enabling the running of Playstation games on the Dreamcast, and the PC is able to run almost anything given the right emulation software. Consoles are able to emulate other consoles and new consoles are being announced that promise the ability to play PC games. The Xbox 2 is reported to have a model in planning that comes in a PC case and with the ability to run both PC software and Xbox software. Macs can emulate Windows software and vice-versa. We’ll probably start seeing less of a distinction between consoles and PCs as the price of technology continues to drop and consoles continue to become more and more powerful and able to compete with the more expensive computers. Ideally we’ll see a single platform come into prominence so that everything can be run without purchasing a copious number of different machines, although that does have a downside in that it can establish a monopoly for one particular company. The technology price drop and increase in power has also lead to more powerful hand-held machines than before. Real games, not just simple toys are now available for the portable market. The advent of PDAs and mobile phones with the ability to play games raises awareness of portable gaming and new competitors are starting to get in on the field that was once primarily dominated by Nintendo’s GameBoy. There is a new product, the gp32, that can run many different emulators and hence, many different system’s games (including some PC games). I can’t say for sure what’s going to happen but these are just a few ideas that I’ve had recently. Hopefully the games industry will continue to strive towards new heights with new and interesting game play, stories, characters and ideas. I’m looking forward to seeing what happens in the next few years.

LCD Touch Screen Computer Monitor

By the time the normal American teen has become eighteen years of age they would have spent about 25000 hours watching televison. This means they would have actually spent more time watching televison than learning in the class. The 1st TV add in history lasted twenty seconds and was for a timepiece made by a corporation called Bulova. This company also mass produced the first watch that went into space. The commercial was aired in July 1941 and went out during a game being played by the Brooklyn Dodgers and the Philadelphia Phillies. The well known spinning globe that is utilized by the NBC evening news program spent many years spinning in the incorrect direction. In 1984 this was eventually found and on January 2nd this was rectified and now the globe is spinning as it should be. Way back in 1950 only 10 percent of US households had a television in their possession. By 1960 this had changed to a staggering 90 percent whilst in todays world it is 99 percent with fifty four percent of American children having one in their bedroom. Now more of us own televisions than we do a phone. The highest known annual earnings for a TV actor were given to U.S sit com actor Jerry Seinfeld.He was given an unbelievable $1000000 for each episode. The program lasted eight years and although this fee came into play in about 1997 this still makes Jerry the highest paid TV star so far. The highest ever fee paid to show a television advert was $2,000,000 per 30 seconds of time. This was paid by advertisers to show their adds during the very last U.S screening of the well loved comedy series friends. The show was aired by American TV company NBC on May 6 2004 and lasted for a whole hour. The worlds largest television set was unveiled in the Japanese city of Tsukuba and measured 24.3m by 45.7m [ 80ft by 150ft ]. It was utilized in the 1985 Japanese International Exposition and displayed a series of specially created videos containing various artistic and cultural productions. The largest number of ads featuring a corporations president were made for Wendy's Hamburger restaurants in the United States and starred Dave Thomas the companies owner. In all he has starred in 652 commercials with the shortest being five seconds and the longest being sixty seconds. These commercials have won thirty six important advertising awards and have made Dave as famous as his Burgers. Whilst viewing an episode of the well known Japanese kids show Pokemon over seven hundred Japanese children were rushed to hospital with severe convulsions and trauma. This was caused by a ten second scene in which the cartoons star Pikachu flashed his big red eyes to the sound of a big booming explosion. Some early experimental Television transmissions started way back in 1928 by station W2XBS and featured a test model of the well loved Felix the cat. Although these transmissions were only showing a model Felix the cat he will always be able to maintain his place in the Televison hall of fame as the first ever genuine TV superstar. In the USA the largest section of the TV audience consists of of pre-school children.On average their weekly viewing turns out to be around 30.4 hours which means by the age of 17 they would have amassed about 15000 hours of television watching. Astonishingly this adds up to a staggering two years of solid viewing.

The Money Keyword List - Superchrage Your Website’s Earning Power! - Part 2 Of 2

Have you priced a laptop computer lately? Buying a new laptop is a big investment; and just how big of an investment you want to make is entirely up to you. Look in your Sunday newspaper flyers to see countless models on sale each week. Initially selections were made by looking at the specifications and the general appearance. However that’s not the sole criteria any longer. Everyday more and more people are now stepping inside the mobile world. With so many models of laptops now available, how can you be sure about the choice you make? Below are several factors you should consider: CPU (Central Processing Unit), Video Card, hard disk, noise, battery life and RAM (Random Access Memory). CPU is the main component which determines the performance of your computer and also the heating and the battery life. There is a trade-off between the CPU performance and the battery-life and power consumption (heating). If you want a laptop which would replace a desktop and if you are not planning to travel with it a lot then there are several different offers with desktop CPUs integrated in the laptop main board (such as a P4). If you are fond of mobility and are going to use your new laptop for your business purposes or school, then you should consider buying a laptop with more suitable CPUs. AMD Athlon can be a solution: Athlon processors are designed for users who are looking for economical solutions, both purchase and usage. Older models of Athlon are no where near Intel Pentium products from the point of performance, and yet new models like 2800 are potent enough to compete with P4 2.8 GHz. There is one more model of CPU that many of the customers prefer: Centrino. Centrino is the new attempt of Intel to balance the tradeoff between the performance and mobility issues. With the 2 MB second level cash, the Pentium CPU is modified for the laptop which eases the burden of the CPU and implicitly pulls down the levels of heating and power consumption. RAM and the graphic card are also two important factors for the quality of the laptop. There are two kinds of RAM on the market: SD RAM and DD RAM. In any case, there is no tradeoff, no comparison: DD RAM is better, and yet, you still have to be careful about the clock specification of the RAM. If you buy a RAM with 3.0 MHz clock speed, you will see the performance improvement it supplies to the whole system. Another thing to consider is that some computers have 512 MB RAM with two slots (256 x 2) which is not very good for the new laptop you are going to buy. Overall, if you want a good laptop, you should consider one equipped with a 3.0 MHz, 512 MB, DD RAM. There are various video cards on the market today. The first thing you should check is the “ON-Board” specification in the video card. These cards are integrated into the main board and generally use your main RAM as for the video memory. If you are going to use your laptop for general purposes, not for gaming or 3-D design which would require 3D hardware acceleration, these laptops with onboard video card are for you. However, if you are a professional Counter Strike player, you would be disappointed with the screen delays and freezes. The last technical detail is the hard disk. While buying a hard disk there is a detail which is much more important then the capacity: RPM. Rotation Per Minute determines how fast the data transfer rate is to the CPU to be processed so this specification also plays a huge role while dealing with multimedia stuff. So if you’re in the market for a new laptop computer, one suggestion is to consider buying a Centrino laptop with an onboard video card with a big RAM if you are planning to use it for school or business purposes and also randomly for movies and music. Nevertheless, Pentium computers with AGP or PCI Express video off-board video cards would give you the performance of a desktop if you don’t mind the weight, noise and the heating of the laptop.

After a long, exhausting day you came home, had your dinner and then sat in front of the TV looking for a nice relaxing movie. Nothing! Then suddenly

If you use your computer for Voice over IP (VoIP) applications, chances are that at some time you’ve experienced frustration with the cords associated with traditional PC headsets. Imagine being able to roam throughout your home whilst talking to people around the world using a PC headset unencumbered by the constraints of wires. Whether you use a headset for PC to Phone conversations, instant messaging, gaming or video-conferencing, a Bluetooth solution may be just the ticket for your wireless cravings. Bluetooth For those of you not familiar with the term, Bluetooth refers to a wireless protocol (or set of rules) designed for short range electronic applications (usually less than 30 feet in distance). Although the technology has been around for several years, Bluetooth support for PC users has been limited due to hardware manufacturers focusing on the more traditional 802.11 wireless network protocols (wifi). In reality, Bluetooth and wifi achieve different purposes and each has its pros and cons. Cellular Telephone Bluetooth Headsets The cellular telephone community has long embraced Bluetooth technology, developing and refining numerous wireless devices. One of the more popular Bluetooth applications for cellular telephones has been cordless headsets which enable users to leave their telephone in their bag or pocket while still being able to make and receive calls. Bluetooth headsets are generally very lightweight, worn over one ear and achieve talk times from 1-4 hours before needing a recharge. Bluetooth PC Headset? So if cellular telephone users have warmly embraced Bluetooth headsets, why not the PC community? At the time of writing, this author knows of no PC hardware manufacturer who has designed a Bluetooth Headset primarily for use with a PC. However, there is nothing to prevent a PC user from using a cellular phone Bluetooth Headset with their PC. Keep in mind though, these headsets were originally envisioned for cellular phone use and may need a bit of ‘tweaking’ before they’ll perform as well as ‘corded’ headsets on your computer. USB Bluetooth Adapter Unless you own a relatively expensive notebook PC, odds are that your computer doesn’t natively support the Bluetooth protocol. If this is the case, you’ll need an ‘Adapter’ or ‘Dongle’ in order to make your computer ‘Bluetooth enabled’. Bluetooth adapters are generally very small (a few inches long) and insert into a vacant USB port on your computer. When purchasing an adapter it’s critical that you buy one that supports the ‘headset protocol’. The headset protocol is merely a set of rules which enables your Bluetooth adapter to communicate with and make use of Bluetooth headsets in its vicinity. If your adapter does not support the headset protocol, no amount of ‘tweaking’ will get your headset working with your PC. Adapters generally run between $20 - $80 USD and can be purchased at most PC retailers. Buying a Bluetooth Headset Bluetooth headsets for cellular phones are generally very expensive when compared with conventional ‘corded’ PC headsets. Depending on where you buy your headset, you could spend anywhere from $20 to $200+ USD. If you’re looking for a relatively inexpensive headset that’ll simply enable you to make wireless VoIP calls using your PC, I recommend looking on Ebay. Although prices vary considerably on Ebay between merchants for similar products, overall they are considerably less expensive than purchasing the same headset from a telephone store. A word of caution about Ebay though; ensure that you read the fine print associated with shipping costs. Some Ebay merchants advertise Bluetooth Headsets for $5 USD however the real cost quickly rises to $35+ when you account for their often exorbitant shipping charges. ‘Pairing’ the Headset with your PC Once your computer is ‘Bluetooth enabled’ and you’ve obtained a Bluetooth headset, you’ll need to ‘pair’ the headset with your computer in order to use it for VoIP applications. This is usually just a matter of setting your headset in ‘discovery mode’ and allowing your PC to ‘search’ or ‘discover’ Bluetooth devices. The steps needed to enable discovery mode on your headset and adapter will vary between devices and should be clearly explained in the documentation accompanying your devices. Adjusting your Audio Settings Depending on your hardware and operating system, you may need to make adjustments to your audio settings after the headset is ‘paired’ with your PC. In the Windows operating system, this will involve accessing ‘Audio Properties’ through the ‘Control Panel’ and setting the audio and voice devices to your newly paired Bluetooth headset. Again, adjusting these settings should be covered in the documentation accompanying both your headset and Bluetooth adapter. Once you’re up and running, you’ll wonder why you didn’t adopt this wireless headset solution sooner. The freedom to wander away from your computer whilst maintaining voice over Internet conversations is something you’ll come to appreciate and love.

Latest Codex - It’s Getting Harder to Watch Movies

After a long, exhausting day you came home, had your dinner and then sat in front of the TV looking for a nice relaxing movie. Nothing! Then suddenly you remembered that you bought the CD of the new, Oscar-winning movie “Million Dollar Baby”. You took out your laptop, inserted the first CD and hit “play”. To your surprise, the only thing you could see was a green screen. You took out the CD, cursing at the media market that gave you a “broken” CD for the fifth time. Tried the second CD; again the frustrating green screen. First thing in the morning, you took your “broken” movies and went to the shop. Having yelled at the owner of the shop for five minutes, you suddenly noticed the cynical smile on the guy’s face. Having the opportunity to talk, the shop keeper said “CODEX”. All you needed were the codecs for these movies. They were not broken; they were just coded in a “foreign” language to your media player. The codecs were the dictionary that your laptop had to use to translate the absurd computer language to the nice scenes of the movies. Every video, audio, picture or even word document files are coded in a different way. In the case of big data entries like movies, the computer has to use different algorithms to compress the data so that the size does not exceed the standard limits. We see this compression in PDF files (Acrobat Reader), in MP3 files (WinAMP), in MPEG files (movies), in each and every data storage file that you can imagine. While the compression is being done, the programs use some kind of a dictionary. Without these “dictionaries” (codecs in the case of video and audio files) the code would seem as meaningless to the player or the viewer as it is to you. So you have to install certain codecs to be able to use certain files. Some codecs replace the repetitive symbols over the file, ome codecs changes the aspect ratio of the movie; some of them decrease the quality of the picture and yet, all of them turn gigabytes of data into fair size that can fit into a CD or a DVD. As the user demands increases, codecs are multiplying in a logarithmic scale. There are several codecs that are musts for movie fans, however. You should install most of these if you don’t want to be disappointed. 1. MPEG4 - It is the default codec which is already included in WMP. 2. DIVX - A series of sound and display codex which come with shareware DIVX player. 3. XVID - Relatively new, one of the most used video codecs. 4. AC3 - Most common sound codec. 5. Intel Indeo - Rather useful series of codec which a new version pops out everyday. Overall the way movies are encoded is changing day by day. Everyday we see a new aspect ratio. Everyday we encounter a new codec. To many, it would seem that it is getting harder and hard to watch movies. The least you can do is to download a codec viewer program which would help you on your quest for a pleasant evening.

Find the Best Digital Camera for Your Needs and Maximum Enjoyment

Digital Cameras have become a common site wherever you go. If you're getting ready to purchase your first digital camera, or maybe you're looking to replace one you already have, it is best to familiarize yourself with the knowledge of what makes one digital camera different from another and choose the one that is right for you. In this article we'll cover one of the most significant factors in picture quality. This is the “digital film.” Just like with a film camera, the digital camera has a lens which brings light into focus on a bed of light sensitive material. In the digital camera, that light sensitive material is a circuit bed called a “CCD.” The CCD plays the same role as film in a film camera and the lens allows light to fall onto the CCD which is then converted into a digital image. The quality of the lens can make a significant difference in the clarity of that image. Very cheap digital cameras may even use a piece of plastic as the lens, which will usually have an uneven surface and light transmission. This will be noticeable in the picture but may not be an issue for a security camera or a web cam. Better quality digital cameras will have ground-glass lens and high-end digital cameras will even have interchangeable lenses as do high-end film cameras. The lens still plays the important role of bringing light clearly to the CCD surface for a distortion free picture. A CCD also provides an interesting advantage to the digital camera. It is possible to automatically adjust light sensitivity to improve contrast, shoot in dim light, or even take black and white, sepia or infrared and ultraviolet light pictures with the touch of a button. Because any of these images are stored as the same data on the memory card, a digital camera can offer unsurpassed versatility without the need to change film types. Not all digital cameras have these features built in, but they are options you may see in some cameras. While the possibilities are cool, ask yourself if you that is a feature you need in a digital camera. With digital cameras, CCD is a grid of light sensitive points which capture the image for conversion into a digital image. The number of points on the CCD is measured in terms of “mega pixels.” The mega pixel rating is a completely new bit of terminology and is unique to the digital camera. The mega pixel rating is a measure of the resolution of the camera, or its ability to store details of am image. For example, a digital camera with a maximum resolution of 1280 by 768 pixels (dots) comes out to a total of 983,040 pixels with which to describe the digital image. As each mega pixel represents one million pixels, we can see this isn't even one mega pixel. Some digital cameras have mega pixel ratings at 5.1 and even 7.1 mega pixels. What does this mean to you? The more pixels the more detail stored. If the image is going to be viewed on a screen or a TV, this isn't very meaningful because video displays have resolutions which are usually well below one mega pixel. However, when printing on a high quality photo printer, the difference between a 3 mega pixel digital camera and a 5 mega pixel digital camera can be very obvious. Some people will try to evaluate a mega pixel rating by how large a print can be made from the digital camera's image. The truth is that any digital image can be printed to any size. The real issue is what it looks like. Most people print their film to 4x6 prints and many are now doing the same with their digital cameras. Ask to see printed samples of pictures which are like the type you would normally take and compare the same prints between different cameras. Many stores will try to dazzle you with colorful still life images of piles of multi-colored fruits and hot air balloons. Do you take pictures like that? Probably not, so perhaps they're not the best images to be scrutinizing. If you take pictures of friends standing around, use each camera to take pictures of people standing around. Then use a demonstration printer at the store to make prints and look at the results. Do you see little dots in the middle of solid colors? Does the image look like it was taken with a poor quality film camera? Don't seek out the digital camera that happens to take perfect pictures in a perfect setting, contrived by the marketing department of the digital camera's manufacturer. Look for the digital camera that takes pictures you like in the settings in which you most commonly find yourself. Another issue to consider is that some digital cameras are designed for “point and click” use while other cameras are designed with lots of settings which must be manipulated for optimal results. In my personal experience, I have found that Kodak makes digital cameras which are ideally suited for simple “point and click” use and consistently take great looking pictures in a wide variety of settings. I have also personally found that digital cameras from Nikon work best when you set them to “manual” and do not rely on the automatic settings. This seems to be true of their film cameras as well. Does this make one digital camera better than another? Only if one fits your needs and skills, and the other does not. There are many magazines available on digital cameras today. Most recognize these differences in digital camera quality, based on needs and intended use of the owner. Before buying your new digital camera, pick up a few of these magazines and familiarize yourself with the latest reviews. Remember that the pros and cons are still written “through the lens” of the reviewer. If you see a negative about a digital camera that you otherwise like, ask yourself if that negative is meaningful to your needs. Next ask yourself if that negative might be meaningful to your needs as you become more experienced. If the answer is yes, ask yourself if you would still be using that camera as a more experienced photographer in the future or would you perhaps sell it and buy an entirely new digital camera? It's unlikely that the digital camera you buy today is going to be the only one you'll ever have. Buy the digital camera that most reasonably meets your needs and how you normally plan to take pictures. Memory cards and battery life are also consideration factors which will be covered in other articles. For now, I hope this information has taught you more about the workings of a digital camera and some of the factors to consider when choosing one. Take your time and learn a bit about digital cameras before your purchase. Sure, it's not like buying a car, but photography is a very personal experience and the right digital camera will truly make a difference in your enjoyment of capturing the moment with digital photography.