81
G l o s s a r y
Protocol
Procedures and rules use to send and receive data
between computers.
- Method of sending and receiving data
- Process used to handle communication errors
Conditions required for communication are organized
in procedures for correct transfer of information.
RAM
Random Access Memory. A hardware component of
your notebook that holds binary information (both
program and data) as long as it has the proper power
applied to it.
RAM Module
A printed circuit card with memory and associated
circuitry which allows the user to add additional
memory to the computer without special tools.
Reset
The act of reloading the operating system. A reset erases
all information stored in RAM.
Restart
See Reset.
Resume
To proceed after interruption. In your notebook this
refers to returning to active operation after having been
in one of the suspension states.
ROM
Read Only Memory. A form of memory in which infor-
mation is stored by physically altering the material. Data
stored in this way can not be changed by your notebook
and does not require power to maintain it.
SDRAM
Synchronous Dynamic Random Access Memory.
Serial Port
A connection to another device through which data is
transferred one bit at a time on a single wire with any
other wires only for control of the device not for transfer
of data.
Shared key authentication
One of the network authentication types for wireless
LAN. Upon authentication, the access point checks
whether the same network key is set to the client. If the
client uses a wrong network key or the network key itself
is not set, authentication is unsuccessful, allowing no
communications with the access point.
SMART
Self-Monitoring, Analysis and Reporting Technology
(SMART) is an emerging technology that provides near-
term failure predictions for hard drives. When SMART
is enabled the hard drive monitors pre-determined drive
attributes that are susceptible to degradation over time.
If a failure is likely to occur, SMART makes a status
report available so that the notebook can prompt the
user to back up the data on the drive. Naturally not all
failures are predictable. SMART predictability is limited
to those attributes which the drive can self-monitor. In
those cases where SMART can give advance warning, a
considerable amount of precious data can be saved.
SRAM
Static random access memory. A specific technology of
making RAM which does not require periodic data
refreshing.
SSID
Service Set Identifier
Specifies which network you are joining. Some systems
allow you to specify any SSID as an option so you can
join any network.
Standby
To make inoperative for a period of time. Your notebook
uses various suspension states to reduce power
consumption and prolong the charge of your battery.
Status Indicator
A display which reports the condition of some portion
of your hardware. On your notebook this is an LCD
screen just above the keyboard.
Stereo (audio)
A system using two channels to process sound from two
different sources.
Subnet mask
TCP-IP network is controlled by being divided into
multiple smaller networks (subnets). IP address consists
of the subnet address and the address of each computer.
Subnet mask defines how many bits of IP address
comprise the subnet address. The same value shall be set
among computers communicating with each other.
SVGA
Super VGA.
S-Video
Super Video. A component video system for driving a
TV or computer monitor.
System Clock
An oscillator of fixed precise frequency which synchro-
nizes the operation of the system and is counted to
provide time of day and date.
TCP/IP
Transmission Control Protocol/Internet Protocol.
A standard Internet protocol that is most widely used.
P Series.book Page 81 Wednesday, July 6, 2005 2:29 PM
Summary of Contents for LIFEBOOK P Series
Page 6: ...L i f e B o o k P S e r i e s ...
Page 7: ...1 1 Preface ...
Page 8: ...2 L i f e B o o k P S e r i e s N o t e b o o k ...
Page 10: ...4 L i f e B o o k P S e r i e s N o t e b o o k ...
Page 11: ...5 2 Getting to Know Your LifeBook ...
Page 12: ...6 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n T w o ...
Page 32: ...26 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n T w o ...
Page 33: ...27 3 Using Your LifeBook ...
Page 34: ...28 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n T h r e e ...
Page 41: ...35 4 User Installable Features ...
Page 42: ...36 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n F o u r ...
Page 54: ...48 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n F o u r ...
Page 55: ...49 5 Troubleshooting ...
Page 56: ...50 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n F i v e ...
Page 68: ...62 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n F i v e ...
Page 69: ...63 6 Care and Maintenance ...
Page 70: ...64 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n S i x ...
Page 74: ...68 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n S i x ...
Page 75: ...69 7 Specifications ...
Page 76: ...70 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n S e v e n ...
Page 81: ...75 8 Glossary ...
Page 82: ...76 L i f e B o o k P S e r i e s N o t e b o o k S e c t i o n E i g h t ...
Page 89: ...83 Appendix A Integrated Wireless LAN User s Guide Optional Device ...
Page 90: ...84 L i f e B o o k P S e r i e s N o t e b o o k A p p e n d i x A ...
Page 104: ...98 L i f e B o o k P S e r i e s N o t e b o o k A p p e n d i x A ...
Page 105: ...99 Appendix B Using the Fingerprint Swipe Sensor ...
Page 106: ...100 L i f e B o o k T S e r i e s T a b l e t P C A p p e n d i x B ...
Page 114: ...108 L i f e B o o k T S e r i e s T a b l e t P C A p p e n d i x B ...
Page 118: ...112 L i f e B o o k P S e r i e s N o t e b o o k I n d e x ...
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