In Feburary 2016 30,
Research various Web site hosting and design companies to fit your needs. Various sites offer free hosting and design services, while others may charge a nominal fee. A website hosting company will maintain the site on a daily basis to make sure that all links and content operate smoothly. In addition, they will be a resource for the Web site owner to go to if there are any difficulties.
Register your domain name with the hosting and design site you choose. Be sure to have a few names as ideas, as the original one you want may already be taken. A domain name is the actual web address of your site. An example of a domain name/web address would be www.mywebsitename.com.
Follow the steps of your hosting and design site to develop your own Web site. You will have a choice of various themes, colors and platforms for your site.
Upload various photos, artwork and guestbook information for your users to be able to see on your page. Many sites will have various downloads users can add to their sites for free. These downloads will enable options such as a 'visitors counter,' which will count how many people visit your site, a guestbook for users to sign, and blog or feedback section to allow users to leave comments about your site. Your hosting site will provide you the tools to add these features to your site directly, usually by a simple click of a button or by selecting certain features during the design phase of the site.
Notify your hosting and design company when your page has been finished being designed and is ready to 'go live.' This will activate your page on the Internet and allow users to access it.
In Feburary 2016 30,
Showing posts with label operate. Show all posts
Showing posts with label operate. Show all posts
Tuesday, 1 March 2016
Monday, 29 February 2016
How to Troubleshoot Wireless Speaker IssuesIn Feburary 2016 29,
In Feburary 2016 29,
Follow the power cord to an outlet if the speakers aren't producing any sound, and confirm that they're plugged in. If they are, check that the cord is securely fitted into its socket in the speaker. Switch the plug to a different outlet to see if that solves the problem.
Look at the other parts of the system, such as the transmitter, to confirm they're also connected to a power source. If the power is on, switch out cables between the transmitter and the receiver, or connect the transmitter to a different sound source. If you're controlling the setting with a remote, replace the batteries with fresh ones to see if that makes a difference.
Adjust the settings on your sound system. The receiver may be set on mute or the sound may be turned down too low to hear. If only one speaker is silent, check that your balance control is set to provide sound to both speakers equally.
Change the position of your speakers. If your speakers operate in the 5.8-GHz band or use infrared technology to receive signals, they have to stay closer to the transmitter than a 2.4-GHz speaker. Infrared speakers also require line-of-sight positions to operate properly.
Bad Signal
Adjust the frequency controls on your system to a new setting, then tune the speakers to find a setting that provides a clear, strong signal.
Walk through your house and identify other radio sources in the 2.4-GHz range, if your wireless speakers work at that frequency. This is a standard range for devices such as cordless phones, cell phones and baby monitors, all of which can interfere with your signal, as can your microwave oven. See if turning the devices off while you're listening eliminates the interference.
Move the speakers closer to the transmitter. With less distance to travel, the signal degrades less. Less distance also reduces the chance of a barrier, such as a heavy metal appliance or a concrete wall, interfering with or distorting the signal.
Unsuccessful Pairing
Reconnect your Bluetooth device to the speaker adapter if you've recently deactivated Bluetooth on the device, because after Bluetooth is enabled, it won't reconnect with the speaker automatically. Go over the settings on your device and confirm they're set up to stream over Bluetooth. If your computer's Bluetooth is turned off, for example, nothing's going to happen.
Move your speakers closer to your device. Bluetooth's range is roughly 30 feet. If you have solid obstructions between the device and the speakers, remove them or reposition the system so that there are no obstacles in the signal's path.
Use the manufacturers' instructions to clear out the list of Bluetooth pairings on your device and speakers, then start over with the pairing process, repeating the steps you originally took to set up the wireless connection.
In Feburary 2016 29,
Follow the power cord to an outlet if the speakers aren't producing any sound, and confirm that they're plugged in. If they are, check that the cord is securely fitted into its socket in the speaker. Switch the plug to a different outlet to see if that solves the problem.
Look at the other parts of the system, such as the transmitter, to confirm they're also connected to a power source. If the power is on, switch out cables between the transmitter and the receiver, or connect the transmitter to a different sound source. If you're controlling the setting with a remote, replace the batteries with fresh ones to see if that makes a difference.
Adjust the settings on your sound system. The receiver may be set on mute or the sound may be turned down too low to hear. If only one speaker is silent, check that your balance control is set to provide sound to both speakers equally.
Change the position of your speakers. If your speakers operate in the 5.8-GHz band or use infrared technology to receive signals, they have to stay closer to the transmitter than a 2.4-GHz speaker. Infrared speakers also require line-of-sight positions to operate properly.
Bad Signal
Adjust the frequency controls on your system to a new setting, then tune the speakers to find a setting that provides a clear, strong signal.
Walk through your house and identify other radio sources in the 2.4-GHz range, if your wireless speakers work at that frequency. This is a standard range for devices such as cordless phones, cell phones and baby monitors, all of which can interfere with your signal, as can your microwave oven. See if turning the devices off while you're listening eliminates the interference.
Move the speakers closer to the transmitter. With less distance to travel, the signal degrades less. Less distance also reduces the chance of a barrier, such as a heavy metal appliance or a concrete wall, interfering with or distorting the signal.
Unsuccessful Pairing
Reconnect your Bluetooth device to the speaker adapter if you've recently deactivated Bluetooth on the device, because after Bluetooth is enabled, it won't reconnect with the speaker automatically. Go over the settings on your device and confirm they're set up to stream over Bluetooth. If your computer's Bluetooth is turned off, for example, nothing's going to happen.
Move your speakers closer to your device. Bluetooth's range is roughly 30 feet. If you have solid obstructions between the device and the speakers, remove them or reposition the system so that there are no obstacles in the signal's path.
Use the manufacturers' instructions to clear out the list of Bluetooth pairings on your device and speakers, then start over with the pairing process, repeating the steps you originally took to set up the wireless connection.
In Feburary 2016 29,
Tuesday, 16 February 2016
How to Calculate Memory Transfer RateIn Feburary 2016 16,
In Feburary 2016 16,
Determine the bus clock rate. This information should be labeled on the memory's packaging. The bus clock rate is measured in MHz. For example, the memory might operate at 300 MHz.
Multiply the bus clock rate by 1, 2 or 3 depending on how many streams of information are flowing at once. DDR2 RAM, for example, has a multiplication factor of 2, and DDR3 RAM has a factor of 3.
Multiply the result from the previous step by 64, which is the number of bits transferred.
Divide the result from the previous step by 8 to get the transfer rate in bytes instead of bits, as there are 8 bits in a byte. You now know the memory transfer rate in both bits and bytes.
In Feburary 2016 16,
Determine the bus clock rate. This information should be labeled on the memory's packaging. The bus clock rate is measured in MHz. For example, the memory might operate at 300 MHz.
Multiply the bus clock rate by 1, 2 or 3 depending on how many streams of information are flowing at once. DDR2 RAM, for example, has a multiplication factor of 2, and DDR3 RAM has a factor of 3.
Multiply the result from the previous step by 64, which is the number of bits transferred.
Divide the result from the previous step by 8 to get the transfer rate in bytes instead of bits, as there are 8 bits in a byte. You now know the memory transfer rate in both bits and bytes.
In Feburary 2016 16,
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