How to use Local Users and Groups

How to use Local Users and Groups using your computer

You might need to be logged on as an administrator or a member of the Administrators group in order to perform some tasks.
Local Users and Groups manages users and groups of users for your computer. You can create new users and groups, add users to groups, remove users from groups, disable user and group accounts, and reset passwords.

To open Local Users and Groups

1. Open Computer Management (Local).
2. In the console tree, click Local Users and Groups.

Notes

1. To open Computer Management, click Start, and then click Control Panel. Double-click Administrative Tools, and then double-clickComputer Management.
2. For information about using Local Users and Groups, in Computer Management, click Help on the Action menu.

How to Check for Hidden Content Before Sharing Your Documents

Check for Hidden Content Before Sharing Your Documents in Microsoft Windows Office

The 2007 Microsoft Office system programs Word, Excel, and PowerPoint include a new built-in Document Inspector tool that enables you to search for and remove potentially private hidden content before sharing your documents. To access the Document Inspector, first save your document. Then, click the Office button, point to Prepare, and then click Inspect Document.

Depending on the program you are using, this tool searches for different content types—such as comments, unresolved tracked changes, and headers and footers in Word 2007. Of course, just because the tool finds relevant content (such as headers and footers) doesn’t mean you should remove that content. The Document Inspector finds content that may be hidden depending upon the individual document’s settings or the way you view the document. Review for yourself the content found by the tool to determine if you want to remove it from your document. Keep in mind that some types of content the Document Inspector finds (such as custom XML data) may be required for the document to function properly.

How to Add a Network Printer in MS Vista

Question:-How I can Adding a Network Printer in MS Vista?
Answer:-Adding a Network Printer

Most printers are networked, primarily for efficient use of resources. There are three basic ways to add a printer. The first way is through Control Panel. The second way is to use Network Explorer as follows.

1. Click Start.
2. Click Network.
3. Click Add a printer at the top of the screen (do this when you are adding your network resources).

The third (and even quicker) way is to type printer in the Quick Search box.

How i can Access Network Places or my workgroup computers

Question:-How to open Network Places, How to Access Workgroup Computers?
Answer:-View Network Places or Workgroup Computers

Hi If you are facing problem while access your network computers, there is a solution for that this can be happen due to many reasons, and here I'll try to solve this problem.
Open My Network Places on the left task pane click on View Network Connections, here you can see all network connections that are on your PC. If you have a wired connection there will be an icon of that and if you have a wireless connection there will be an icon for that under LAN or high speed Connection. Now right click the Connection that you are using and select Properties, here enable "File and Printer Sharing for Microsoft Networks" and click OK.
Now you can see all of your networked Workgroup computers.

What is Networking

Computer Networking
A computer network is an interconnected group of computers. Networks may be classified by the network layer at which they operate according to basic reference models considered as standards in the industry, such as the four-layer Internet Protocol Suite model. While the seven-layer Open Systems Interconnection (OSI) reference model is better known in academia, the majority of networks use the Internet Protocol Suite (IP).
Types of Networks

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1. By Size
Computer networks may be classified according to the scale: Personal area network (PAN), Local Area Network (LAN), Campus Area Network (CAN), Metropolitan area network (MAN), or Wide area network (WAN).

2. By Topologies
i)Ring topology - A ring topology (more commonly known as a token ring topology) creates a network by arranging 2 or more hosts in a circle. Data is passed between hosts through a 'token.' This token moves rapidly at all times throughout the ring in one direction. If a host desires to send data to another host, it will attach that data as well as a piece of data saying who the message is for to the token as it passes by. The other host will then see that the token has a message for it by scanning for destination MAC addresses that match its own. If the MAC addresses do match, the host will take the data and the message will be delivered. A variation of this topology, the 'star ring' topology, is in common use today.

The ring topology is still regarded as one of the major network topologies of the networking world.

ii)Mesh topology - A mesh topology creates a network by ensuring that every host machine is connected to more than one other host machine on the local area network. This topology's main purpose is for fault tolerance - as opposed to a bus topology, where the entire LAN will go down if one host fails. In a mesh topology, as long as 2 machines with a working connection are still functioning, a LAN will still exist.

The mesh topology is still regarded as one of the major network topologies of the networking world.

iii)Star topology - A star topology creates a network by arranging 2 or more host machines around a central hub. A variation of this topology, the 'star ring' topology, is in common use today.

The star topology is still regarded as one of the major network topologies of the networking world.


iv)Line topology - This rare topology works by connecting every host to the host located to the right of it. Most networking professionals do not even regard this as an actual topology, as it is very expensive (due to its cabling requirements)and due to the fact that it is much more practical to connect the hosts on either end to form a ring topology, which is much cheaper and more efficient.

v)Tree topology - A tree topology, similar to a line topology in that it is extremely rare and is generally not regarded as one of the main network topologies, forms a network by arranging hosts in a hierarchal fashion. A host that is a branch off from the main tree is called a 'leaf.' This topology in this respect becomes very similar to a partial mesh topology - if a 'leaf' fails, its connection is isolated and the rest of the LAN can continue onwards.

vi)Bus topology - A bus topology creates a network by connecting 2 or more hosts to a length of coaxial backbone cabling. In this topology, a terminator must be placed on the end of the backbone coaxial cabling - in Michael Meyer's Network+ textbook, he commonly compares a network to a series of pipes that water travels through. Think of the data as water; in this respect, the terminator must be placed in order to prevent the water from flowing out of the network.

The bus topology is still regarded as one of the major network topologies of the networking world.

vii)Hybrid topology - A hybrid topology, which is what most networks implement today, uses a combination of multiple basic network topologies, usually by functioning as one topology logically while appearing as another physically. The most common hybrid topologies include Star Bus, and Star Ring.

Know Here Networking Tips:
NET WORKING TIPS