User Manual
Table Of Contents
- Overview
- Setting Up the Gateway on a Network
- Changing the Gateway Settings
- Using the Advanced Feature Set
- Accessing advanced features
- Changing your gateway password
- Changing your advanced wireless settings
- Setting your transfer rate
- Setting your operating channel
- Using system tools
- Establishing routing protocols
- Refining DHCP server addressing
- Assigning virtual server settings
- Using access control features
- Changing your gateway IP address
- IP addressing in network adapters
- Universal Plug and Play
- Troubleshooting
- Glossary
- Glossary
- 802.11b
- Ad Hoc Mode
- Adapter
- Access Point (AP)
- ASCII characters
- DHCP
- Driver (Device Driver)
- DNS
- Encryption
- Ethernet
- Ethernet address (MAC address)
- Firewall
- Gateway
- Hexadecimal
- Hub
- Infrastructure Mode
- IEEE
- ISP
- LAN
- Mbps
- NAT
- Peer-to-Peer Mode
- Profiles (Network Profiles)
- Protocols (Network Protocols)
- Resources (Network resources)
- Roaming
- SSID
- Subnet
- Subnet mask
- Switch
- TCP/IP
- UPnP
- USB
- VPN
- Glossary
- Specifications
- Regulatory Compliance Statements
- Index
Chapter 6 – Glossary
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Glossary
802.11b A specific networking standard created by IEEE that
defines engineering design parameters for high-speed
wireless data transmission. The 802.11b standard allows
different manufacturers to create wireless products that
are compatible with each other.
Ad Hoc Mode Also called Peer-to-Peer mode
A software setting for 802.11b wireless adapters.
Adapter Also network adapter or NIC
A hardware device that allows your PC to connect to a
network.
Access Point
(AP)
A hardware device that serves as a communications
“hub” for 802.11b wireless PCs and can also provide a
connection to a wired network. An AP can double the
range of wireless client PCs and provide enhanced
security.
ASCII
characters
Any printable alpha-numeric character.
DHCP Dynamic Host Configuration Protocol. A TCP/IP protocol
that defines a way to automatically assign IP addresses
to computers on a network. IP addresses are managed
by a DHCP server on the network. When a computer
starts, it requests an IP address from the server. The
server leases an address for a set time. After that time,
the computer makes a new request. When a Windows*
computer is configured to obtain an IP address
automatically, it attempts to get an address from a DHCP
server. Windows 2000 and Windows NT* servers include
DHCP server software that can provide this service.
Network appliances that rely on TCP/IP often include a
DHCP server.
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