04 March, 2013

How to type in telugu using Anu Script Manager

తెలుగు టైపింగ్ నేర్చుకోవడం చాలా సులభం. మీరు చేయాల్సింది ఎక్కడ ఎ లెటర్ కి ఎం వస్తుందో తెలుసుకొవడమె. 
ఉదాహరణకి నా పేరు కుమార్ అని టైపు చేయాలనుకోండి .... మీ కీబోర్డ్ మీద jimakH(shift + h) నొక్కాల్సి ఉంటుంది.
అను కీబోర్డ్ ని డౌన్లోడ్ చేసుకోడానికి ఈ లింక్ ని క్లిక్ చేయండి. http://softwaresonly.blogspot.in/2012/04/anu-script-manager-v70-full-free.html

Top 15 Most Popular Job Websites | March 2013


1 | Monster
28,000,000 - Estimated Unique Monthly Visitors | 85 - Compete Rank | 38 - Quantcast Rank | 680 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
2 | CareerBuilder
26,400,000 - Estimated Unique Monthly Visitors | 78 - Compete Rank | 127 - Quantcast Rank | 654 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
3 | Indeed
17,000,000 - Estimated Unique Monthly Visitors | 100 - Compete Rank | 153 - Quantcast Rank | 503 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
4 | Simplyhired
9,000,000 - Estimated Unique Monthly Visitors | 222 - Compete Rank | 107 - Quantcast Rank | 1,585 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
5 | GlassDoor
6,900,000 - Estimated Unique Monthly Visitors | 1,029 - Compete Rank | 360 - Quantcast Rank | 1,451 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
6 | Aol Jobs
 4,400,000 - Estimated Unique Monthly Visitors | *1,400* - Compete Rank | *1,280* - Quantcast Rank | N/A - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
7 | Snagajob
4,200,000 - Estimated Unique Monthly Visitors | 390 - Compete Rank | 310 - Quantcast Rank | 3,589 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
8 | USAJobs
4,190,000 - Estimated Unique Monthly Visitors | 392 - Compete Rank | 631 - Quantcast Rank | 3,272 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
9 | Job
1,580 - eBizMBA Rank | 3,800,000 - Estimated Unique Monthly Visitors | 208 - Compete Rank | 1,001 - Quantcast Rank | 3,531 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
10 | Beyond
2,450,000 - Estimated Unique Monthly Visitors | 288 - Compete Rank | 1,319 - Quantcast Rank | 6,141 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 | 
11 | TheLadders
1,400,000 - Estimated Unique Monthly Visitors | 2,564 - Compete Rank | 3,053 - Quantcast Rank | 3,760 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 | 
12 | Dice
1,300,000 - Estimated Unique Monthly Visitors | 2,383 - Compete Rank | 4,983 - Quantcast Rank | 2,848 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 | 
13 | FindTheRightJob
1,200,000 - Estimated Unique Monthly Visitors | 283 - Compete Rank | 527 - Quantcast Rank | 12,229 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
14 | ZipRecruiter
1,150,000 - Estimated Unique Monthly Visitors | 1,761 - Compete Rank | 2,358 - Quantcast Rank | 9,597 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |
15 | Bright
1,100,000 - Estimated Unique Monthly Visitors | 776 - Compete Rank | 1,174 - Quantcast Rank | 16,623 - Alexa Rank.
Most Popular Job Websites | Updated 3/1/2013 |

02 March, 2013

How to Install a Template on Your Blogger Blog


Blogger.com is a publishing service owned by Google that provides blogging tools for free to Google account holders. You can utilize the many free templates and design elements provided by the service, or create or upload your own .XML templates to upload to your blog. This article will teach you step-by-step how to install a template on your blogger blog.

EditSteps

  1. 1
    Visit the Blogger website.


  2. 2
    Sign in using your Google account.


  3. 3
    Click the "Design" tab for the blog you want to edit from your list of blogs.


  4. 4
    Click the “Edit HTML” sub-tab.


  5. 5
    Click “Choose File” to upload a template from your hard drive.


  6. 6
    Browse for your compatible .XML template and double-click it.


  7. 7
    Click “Upload” to enter your template into the “Edit Template” HTML editor window.


  8. 8
    Click “Save Template” to apply the changes and install the template to your blog.


EditTips

EditWarnings

  • Installing a new template on your Blogger blog and editing the HTML may interfere with other previously installed elements such as widgets and plugins.

How to Speed up Windows XP?


If you have some Microsoft Windows XP clients that run slower than others, it could be due to some of the default settings located in the Performance Options dialog box. You can change the options in this dialog box to boost the performance of a Windows XP client. Let’s examine the settings you can change to tweak Windows XP’s performance.

Performance Options dialog box

The most useful Windows XP performance-tuning options are on the Visual Effects and Advanced tabs of the Performance Options dialog box. You’ll find this box via the System Properties control panel by clicking the Settings button under Performance (Start | Control Panel | System | Performance | Settings). Figure A shows both the Visual Effects and Advanced tabs with the performance options you can easily modify.

Figure A

Performance Options — Visual Effects and Advanced tab

Visual Effects tab

The Visual Effects tab is the easiest place to start when troubleshooting certain performance problems. By default, Windows XP enables visual effects, such as the “scroll” option for the Start menu. These effects consume system resources, though. If you’re troubleshooting a sluggish system, you can potentially improve its performance by choosing the Adjust For Best Performance option, which will disable many of these visual effects settings. Of course, you’ll lose the cool visual effects, but there’s always a trade-off for performance.

Advanced performance settings

For troubleshooting something more than sluggish screen redraws, you’ll need to adjust the performance options on the Advanced tab of the Performance Options dialog box. There are three sections: Processor Scheduling, Memory Usage, and Vvirtual Memory. Each of these sections’ settings have a major impact on how your system operates.

Processor Scheduling

The Processor Scheduling section controls how much processor time Windows XP devotes to a program or process. The processor has a finite amount of resources to divide among the various applications. Choosing the Programs option will devote the most processor time to the program running in the foreground. Choosing Background Services allocates equal processor time to all running services, which can include print jobs and other applications running in the background. If your users complain about slow-running programs, you could try setting the processor scheduling to Programs.
On the flip side, if users complain that print jobs never print or are very slow to print, or if they run a macro in one application while working in another, you may want to assign equal time slices (called quanta) to each process by choosing the Background Services option. If you use the Windows XP machine in question as a server, you’re better off choosing the Background Services option.

Memory Usage

The next section, Memory Usage, details how Windows XP uses system RAM. The first option in the section, Programs, allocates more RAM to running applications. For desktop systems with very little RAM, this selection gives the best performance. In systems with less RAM, you need to devote as much RAM as possible to just running Windows and your applications. For a server or a desktop with a lot of RAM, however, choosing the System Cache setting will yield better performance. When set to System Cache, the system will use most of the available RAM as a disk cache, which can result in major performance improvements on systems that depend on disk I/O.

Virtual Memory

Finally, there are a number of settings in the Virtual Memory section that affect how Windows XP performs. Virtual memory is an area on the disk that Windows uses as if it were RAM. Windows requires this type of system in the event that it runs out of physical RAM. The virtual memory space is used as a swap space where information residing in RAM is written to the virtual memory space (also called the page file or swap file) in order to free RAM up for other processes.
When the system needs the information in the swap file, Windows puts it back into RAM and writes something else out to the disk in its place. Figure B shows the virtual memory settings for my laptop.

Figure B

Virtual Memory
Windows XP has a recommended default page file size of 1.5 times the amount of system RAM. Since I have 1GB of RAM in my laptop, the recommended size is 1.5GB, although I only have 768MB currently allocated for this purpose. I allow the paging file to grow as needed, up to a maximum size of 1.5GB. You can also choose to let Windows completely manage this file or to have no file at all. I highly recommend that you do not remove the paging file because you’ll experience a noticeable degradation of system performance without it.
One way to boost system performance is to place the paging file on a separate physical hard drive from the operating system. The only caveat is if the second drive is slower than the primary drive, you’d want to leave the paging file where it is.
You can also span the paging file across multiple disks to increase performance. To make changes to the virtual memory, click the Change tab on the Advanced tab of the Performance Options dialog box, make your desired changes, and click Set. Any changes you make won’t take effect until you reboot the machine.

Power users tip

If you want to get every last ounce of power out of your machine but you don’t want to sacrifice any unnecessary disk space, you can use the Windows XP performance monitor to see how much of your paging file is taken up during normal usage and adjust its size accordingly. For example, if you have a 1-GB page file, but only 40 percent of it is used during normal operations, you may want to set it to 512MB instead. You can gather this information by watching the % Usage and % Usage Peak counters for the paging file (Figure C).

Figure C

Windows XP Performance Monitor
I recommend these changes only if you have time to tinker. Most of the time, the operating system’s recommendations will work just fine.

How to Increase Virtual Memory in Windows XP


Programs that run under Windows XP go through a continuous process of reading and writing code and data between the hard drive and physical memory to improve system efficiency. Physical random access memory, or RAM, stores the parts of a program that are in active use and relegates open, but inactive, programs and data to virtual memory, which is the portion of the hard drive designated as temporary memory. When there is not enough virtual or RAM available to an active program, your program can slow down drastically or a STOP error can result and lead to a blue screen. Learning to manage virtual memory in Windows XP can help prevent such errors.

Step 1

Find out how much RAM your computer has by right-clicking on "My Computer" from the Start menu and selecting "Properties." Write down the amount of RAM noted on the "General" tab.

Step 2

Select the "Advanced" tab in the System Properties dialog and click on the "Settings" button under the Performance section. Alternatively, you can access the system properties through Control Panel on the Start menu.

Step 3

Select the "Advanced" tab in the Performance dialog and click on "Change" under the virtual memory section.

Step 4

Choose the hard drive volume on which you wish to customize the paging file. A summary of the current settings will appear below. To allow Windows XP to manage the paging file size, check "System managed size." Otherwise, click on "Custom size" and enter the file size in megabytes in the "Initial size (MB)" or "Maximum size (MB)" box. Microsoft recommends that you set the minimum size to 1.5 times the amount of physical RAM in the system and set the maximum size to three times the amount of RAM.

Step 5

Click the "Set" button when you have established your paging file size and then click on "OK" to exit the virtual memory settings. Click on "OK" to apply your changes and close the System Properties dialog box.

Step 6

Shut down and restart your computer when prompted to do so to allow the page file settings to take place.

Tips

  • While the paging file is stored by default as "pagefile.sys" on the C: drive, it is possible to set paging files across other drives. Remember that the total virtual memory across all drives should be equivalent to at least 1.5 times the amount of RAM in the system.

Warnings

  • You must have administrative rights on the computer before you can make changes to the virtual memory settings.
  • Also, you should keep a page file of at least 50MB to 200MB on the C: drive to be used in an emergency or in the event of a kernel dump.

Anu Script Manager

Anu Script Manager      Basically it is typing application those who are data entry in regional languages. It supports more than 5 Indian la...