Wireless Security Method

1. A wireless security method that provides strong data protection and prevents unauthorized network access for small networks. (Web site)

Popular

1. Non-dedicated NetWare was popular on small networks, although it was more susceptible to lockups due to DOS program problems.

Computer

1. For small networks, this name-to-address translation data is often kept on each computer in the "hosts" file. (Web site)

Simple

1. Distance-vector routing protocols are simple and efficient in small networks, and require little, if any management. (Web site)

Inexpensive

1. Small networks, for example, may want to use 10BaseT cabling by itself, because it's inexpensive, flexible, and ideal for going short distances. (Web site)

Address Space

1. This is simple to implement and easy to maintain, but results in wasted address space for small networks.

Internet Connectivity

1. NAT is an efficient, simple, reliable, and inexpensive solution to Internet connectivity for branch offices and small networks.

Interconnection

1. It is an interconnection of large and small networks around the globe.

Internet Connection Sharing

1. Internet Connection Sharing; should be used for very small networks only. (Web site)

Routing

1. In small networks, routing can be very simple, and is often configured by hand. (Web site)

Addressing Scheme

1. These octets are broken down to provide an addressing scheme that can accommodate large and small networks.

Network Administrator

1. For small networks the route table is filled manually on each computer by the network administrator. (Web site)

Bus Networks

1. Bus networks are relatively inexpensive and easy to install for small networks. (Web site)

Internet

1. Small networks within countries link into national networks and these national networks are joined to create an international network called the Internet.

Routing Tables

1. Small networks may involve hand configuration of routing tables.

Routers

1. Routers are also now being implemented as Internet gateways, primarily for small networks like those used in homes and small offices.

Inefficient

1. This is inefficient even in small networks, and can result in the need to use extra addressing blocks while wasting many of the addresses in each block. (Web site)

Common Kind

1. The most common kind of hub used in small networks is the "stand-alone" variety.

Computing Resources

1. The benefits of hardware personal firewalls are that they consume no computing resources and they can easily protect small networks from attacks. (Web site)

Addresses

1. Class C addresses are designed for small networks with a small number of hosts. (Web site)
2. Class C addresses are for small networks (fewer than 256 devices). (Web site)
3. Delegating authority for groups of addresses is often very convenient for large networks, while small networks tend to assign host addresses one at a time. (Web site)

Single Area

1. OSPF can be used and configured as a single area for small networks.

Network

1. First, a switch breaks one network into many small networks so the distance and repeater limitations are restarted. (Web site)
2. This is helpful for accessing file servers in a variety of small networks, thereby expanding the size of the network. (Web site)
3. Even in small networks, DHCP is useful because it can make it easy to add new machines to the network. (Web site)

Networks

1. Internet is nothing but an interconnection of huge and small networks so in order to connect these networks we use a device named Router.
2. This second case is typically used by small networks; for these networks, finding and configuring the default route is in practice a significant hurdle.

Single Router

1. In many small networks, all network segments connect to a single router. (Web site)

Static Routes

1. In small networks (2 to 5 routers) I would suggest to configure only static routes, especially if the network is not going to change much over time. (Web site)
2. Small networks with only one gateway to the Internet can probably use static routes. (Web site)

Vector Routing Protocols

1. Distance vector Distance vector routing protocols are designed to run on small networks (usually fewer than 100 routers). (Web site)

Small Networks

1. Bus Networks - A bus network is a multiple access medium for small networks and usually only consists of one cable and the devices that are attached to it.
2. RIP works well in small networks, but it is inefficient on large networks with slow WAN links or on networks with large number of routers installed. (Web site)
3. The Routing Information Protocol is very common on small networks (such as small-medium sized corporate networks or building networks). (Web site)

Categories

1. Corporate Networks
2. Large Networks
3. Communication > Networks > Network Architecture > Bus Network
4. Routing Information Protocol
5. Static Routes
6. Books about "Small Networks" in Amazon.com
   

Continue: More Keywords - - - - - - - - - -