How to Increase Website Traffic With RSS?



If you have a website and you are currently selling a product on the Internet, you need to know that rss can increase traffic to your website dramatically.

Since there are million of websites on the Internet today, and you have a lot of competitors, you need to use every technology available to get higher search engine rankings.

Surfers behavior has evolved other the years, and today, email marketing is not the sole holy gray of your Internet business.

He has no fear of being subject to spam, and therefore, the visitor is happy to add your site to his reader. He thinks that he is in control and he can choose to click and visit your website when he wants.

People are usually in hurry and don't want to waste their time, and prefer scanning instead of reading.

Furthermore, surfers want up to date information, and with the thousands of websites in any given subject, it is really hard for a busy man (or women) to find what he is searching for.

RSS stands for Really Simple Syndication (or Rich Site Summary). RSS will help you to increase traffic to your website because...

You will get better search engine position.

I use an blog with RSS feed enabled to get my sites in the top ten rankings in Google, MSN and Yahoo.

Tip: use wordpress for even better rankings (specially in Google). I don't really know why, but Google love wordpress more than other blogging platforms like type pad and bloggers itself!

You need to use a blog for this technique to be even more effective. It is common to get first position in the search engines for low competition keywords just because you switched to a blog, or you added RSS to your website.

Another reason to use RSS to increase website traffic is that surfers are fed up with "useless" e-zines.

Today, every person who spend more than one year surfing the Internet knows that most of the email newsletters are in fact... a big sales pitch.

For this reason, they don't give you their email easily.

Seth Godin said it best: now it's the area of “permission marketing”, you need to gain the respect and admiration of your visitor.

When he appreciate your work, and see that you are a real expert on the subject, he will be the first in line to buy your products or affiliate product recommendation.

When you are involved in any online business, your content becomes really important. I'm sure you already heard the famous “content is king”.

Without good content (and good products), you readers will only be one time readers, and it is the exact opposite as what you want for the success of your online business.

Now, it's up to you to add wonderful content, and choose great headlines that will appeal to your niche market.

RSS is a technology that you need to add to your arsenal. Whether you add RSS to your site, or you decide to blog, you will increase your traffic almost overnight.


Why do we defrag the Hard Disk?


What is Defragging? 

 Defragging is process done to a hard disk in order to improve performance and recover some lost disk space. Defragging is an essential part of a PC's upkeep as it keeps all the data on your hard disk in an easily readable order. If a hard disk is left without defragging, then over time the disk will begin to lose performance and also slowly reduce the available capacity to data. As you will be aware if your hard disk is running slowly then this will affect the rest of the system performance, in all applications and especially in games, where frame rate is important.


How does Defragging improve performance? 


When you defrag your hard disk you re-arrange the order in which the data is stored on the drive. The PC will arrange the data so that data that belongs together and needs to be read together is actually put in the same place on the drive. The obvious question here is why doesn't the PC store the data in the correct way in the first place? In an ideal situation (such as a blank disk) the PC would do these as a first option. However with the amount of data being deleted and wrote to the disk every second the PC is on it is no wonder that the data cannot be stored together. Lets have a look at an example. Say you write 3 files to a disk all 10Mb in size the data would be all in a line each 10mb block after the other.

This is how your PC would prefer to store the data for maximum performance. It stands to reason that this is how you would like it to be stored as well if you needed to search for the data. But now lets say that you decide to delete the middle file as its no longer any use to you. You now have a gap inbetween your files. Lets say this time you write a file of 15mb in size. This file will be written in the first 10Mb of space and the remaining 5Mb added to the backend of the free space.As you can imagine with the millions of files being written to and deleted from the disk each day, not to mention the temporary files that windows uses on a frequent basis its not hard to imagine the state in which your hard disk can be in after months of use.

After a defrag in this simple example your PC would re-arrange the disk to look as follows. When files or indeed groups of files that belong together are stores next to each other the PC has a much easier time locating the data plus the disk heads don't have to travel to different parts of the disk to retrieve the data required. This of course speeds up the disks performance and so in turn increases overall system performance. There are of course levels of performance gains. It becomes more negligible as you move to faster hard disks with large memory buffers to compensate for file fragmentation however I would not ignore the problem of fragmentation, it doesn't take much effort to defrag your disk now and then


How does defragging increase disk space? 


Simply put defragging doesn't really create any free space on your hard disk. It may appear when you look at the graphics that defrag programs show you, that the disk looks like it has more space, but all you are doing is moving data about not removing any. Any disk space gain is negligible and is caused when the defrag program puts together half clusters of data. Clusters can hold a number of files, but if not filled the next file is started at the next cluster. If a file is broken into pieces around the disk and defrag can put the file back into a single cluster, or just save a cluster somewhere a small amount of space will be released.


Advanced Defragging 


Some defragging software can go a little beyond just sorting your files so they are all together. Programs such as Norton Speed Disk can also sort your entire sets of files and programs into the order that they are used. For example it can be set so that your windows swap file is at the fastest part of the disk, followed by games and most used applications which also need the fastest part of the hard disk., Then documents etc and rarely used application can be put to the back of the disk., This gives the priority speed access to the applications that need it most. Again this may only be a small increase in performance but every little helps.


Software to use for Defragging 


You will be pleased to know that Windows comes with an adequate defrag program which everyone can use. There are also some other pieces of software out there for a more specific use. Norton Speed disk is one option on the market which comes as part of Norton Utilities and Norton Systemworks. Doing a search on Defrag software on your favourite search engine will give you some options of free to use and pay for software.


What is Blu-Ray DVD



Video technology has increased significantly over the past years, and is continuing to grow at an incredible rate. Digital Video Disc’s aka DVD’s are the most likely the last big jump in consumer video technology that everyone is familiar with. To keep up with the ever advancing world of electronics a new format of video storage will be released soon called Blu-ray.

Blu-Ray is a next generation optical disc that will blow the socks off of what we all know today: DVD. Conventional DVD’s use a red laser that have long wave lengths, which limits the storage capacity on a disc. Blu-Ray uses a blue laser which has much shorter wave lengths. Because the wave lengths on the Blu-Ray are much smaller it can focus on a spot with much greater precision, allowing for data to be packed much more tightly than the red laser DVD’s.

Blu-Ray discs can hold up to 50GB’s of information which 10 times that of a 4.5GB DVD. 10 times the storage will greatly increase the amount of information that we can save on any one disc and will change the way we save information. Dual Layer Blu-Ray discs will be able to hold up to 4 hours of High-Definition Video. High Definition video is going to hit big here, Blu-Ray is an example of a technology that is going to make it happen. 50GB is probably comparable to size of many of our hard-drives, and to picture having all of that information on a small disc that we can slide into a pocket and take wherever we want is a bit scary.




Expect to see Blu-Ray replacing DVD and VCR over the next few years, following along with the transition of video to High Definition Video. Video isn’t the only thing that will benefit from Blu-Ray technology; I would expect that it will also become the standard for PC and other types of storage.

Feel free to reprint this article as long as you keep the following caption and author biography in tact with all hyperlinks.


Notebook Battery Life




Notebook battery life is an important for the mobile computer user. There’s nothing worse than really needing to access you notebook only to have it switch off due to low battery. There are certain things that can help to prolong battery life.

The first thing to consider would be the conditioning of the battery. More namely your charging habits. The worst thing you can do for your notebook battery is always keep it on the charger or charge it while it’s only half full. This will diminish the life of the battery giving you less hours of operating time. The ideal way to charge your notebook battery would be to use it until it is completely dead and then charge it fully.

The second issue to consider would be your usage habits. Using multimedia such as movies and music will kill your battery a lot quicker. Especially doing operations that are CPU intensive. Playing games will diminish your power supply a lot quicker than say, browsing the internet.






There are also different settings that can help preserve your battery life. Windows has different functions for notebooks. For instance you can set your power usage depending on what you are doing. You can set your notebook to act like a desktop if you are near a power supply to get the full performance out of your system. On the other hand you can also set it to use power as efficiently as possible if you are on the move. These setting change things such as the amount of power the CPU uses, the brightness of the screen and so forth.

In the end it’s up-to the individual user. Some notebooks come with the option of a second battery which can double the power your notebook has at your disposal but this is often costly. Also there are more advanced batteries that can be used but again they will cost you extra.

What is RAM




Anyone who works as their own tech geek on their computer system may be highly concerned about what is ram? It is a very important piece of a computer system. It is Random Access Memory which is the location where the application programs, the operating system, and data presently in use are stored. This way the computer's processor has the ability to reach them momentarily when needed. RAM is head and shoulders above the other various types of storage inside a computer system. It's even faster than floppy disk, hard disk, or CD-ROM. The information stored in RAM is only accessible for the length of time that a computer is begin run. Information previously stored in RAM disappears when a computer is shut down. When the computer is turned back on, information from hard disk is retrieved to bring RAM back to the forefront again. RAM is much like main memory that is accessible by programs.


How Does it Work?


RAM operates much like a human being's short-term memory. Much like the human brain RAM is able to draw upon the computer's long term memory for information. This is often necessary when short term memory becomes full. Most computers come equipped with at least 256 million RAM bytes plus the hard disk which has the capability of holding 40 billion bytes. Data is placed on a magnetized area that resembles a record. Computer printers also hold bytes of RAM as well. Each byte of RAM has the ability to be ascertained separately without the other bytes being accessed.


Types of RAM


RAM comes in dual forms.

DRAM which is Dynamic Random Access Memory and SRAM which is Static Random Access Memory. DRAM is the most typical of the two types. DRAM requires refreshing at a rate reaching in the thousands each second. DRAM's times for accessing information are 60 nanoseconds.


SRAM is more costly, but does operate at a much quicker pace than DRAM. The interlocking of a capacitor and a transistor produces a memory cell. This is one bit of data. Also, SRAM allows access at times as quick as 10 nanoseconds.