| A. |
|
| No. |
Abbreviation,
Technical Name |
Formal
Name |
Function,
Meaning, Role |
| 01 |
ACL |
Asynchronous
Connection-Less |
Point to Multipoint
link type with non-synchronization
Mainly available non-audio data sending and receiving |
 |
| 02 |
Active Mode |
|
Normal communication mode |
|
| 03 |
API |
Application Programming
Interface |
|
| 04 |
ARQ |
Automatic Repeat
Request |
Automatic repeat, process
at baseband during error |
|
| 05 |
AR_ADDR |
Access Request
Address |
Address to request to
the masker when slave on park mode is running |
|
| B. |
|
| No. |
Abbreviation,
Technical Name |
Formal
Name |
Function,
Meaning, Role |
| 01 |
Baseband |
|
One of Bluetooth Core
Protocols |
|
| 02 |
Baseband Packet |
|
The minimum unit to be delivered
from one radio to other place |
|
| 03 |
BD_ADDR |
Bluetooth Device_
Address
|
Address of each unit |
|
| 04 |
BQA |
Bluetooth Qualification
Administrator |
Bluetooth logo qualification
administrator |
|
| 05 |
BQB |
Bluetooth Qualification
Body |
Bluetooth logo qualification
judge |
|
| 06 |
BQRB |
Bluetooth
Qualification Review Board
|
|
|
| 07 |
BQTF |
Bluetooth Qualification
Test Facilities |
Qualified test facilities |
|
| 08 |
BTAB |
Bluetooth Technical
Advisor Board |
|
| C. |
|
| 01 |
CID |
Channel Identifier |
ID needed to distinguish channels
at L2CAP high level |
|
| 02 |
CLK |
Clock |
Master Device Clock to define link
timing on Piconet |
| D. |
|
| 01 |
DLC |
Data Link Connection |
Refer to RFCOMM channel |
|
| 02 |
DLCI |
Data Link Connection
ID |
ID to distinguish RFCOMM channel |
|
| 03 |
DUN |
Dial-Up Networking |
Profile needed to provide dial-up
connection using modem or cellular phone |
| F. |
|
| No. |
Abbreviation,
Technical Name |
Formal Name |
Function,
Meaning, Role |
| 01 |
FCS |
Frame Check Sequence |
Used to detect packet errors |
|
| 02 |
FHS |
Frequency Hop
Sychronisation |
Packet used to deliver
information to synchronize frequencies between Bluetooth devices
different from each other |
| G. |
|
| 01 |
GAP |
Generic Access
Profile |
It defines general
requirements to access between Bluetooth devices. By including
other Profiles to this GAP, linking between Bluetooth and
application is planned. |
|
| 02 |
GIAC |
General Inquiry
Access Code |
Basic code in the inquiry
that has hexadecimal 9E8B33 value |
| H. |
|
| 01 |
HC |
Host Controller |
Name to call H/W such as LM/Baseband
|
|
| 02 |
HCI |
Host Controller
Interface |
Bluetooth Protocol
interface.
it defines a process(method) for the high-level Protocol to
access to H/W |
|
| 03 |
Hold Mode |
|
In the state of connection, the
device goes to the state of sleep while having AM_ADDR |
|
| 04 |
Host |
|
Name to call the high-level Protocol
such as L2CAP/RFCOMM |
| I. |
|
| 01 |
Inquiry |
|
Measure to know DAC and Clock of the unit in
the range of inquiry. |
|
| 02 |
IrDA |
Infrared
Data Association |
|
|
| 03 |
IrMC |
Ir Mobile Communications
|
|
|
| 04 |
IUT |
Implementation Under
Test |
The part to be tested to commercialize
Protocol Stack or to receive authentication. |
| L. |
|
| No. |
Abbreviation,
Technical Name |
Formal
Name |
Function,
Meaning, Role |
| 01 |
L2CAP |
Logical Link
and
Control Adaptation Protocol
|
Bluetooth Core Protocol
It integrates, divides and assemble the high-layer data and
the low-layer data. L2CAP processes only ACL link |
|
| 02 |
LAN |
Local Area Network |
|
|
| 03 |
LAP |
LAN Access Point |
Connection point of LAN |
|
| 04 |
LC |
Link Controller |
|
|
| 05 |
LM |
Link Manager |
Refer to LMP |
|
| 06 |
LMP |
Link Manager
Protocol |
It establishes and controls
link and security. It processes them on the preferential basis
|
| M. |
|
| 01 |
Master |
|
Unit possible to be one in one piconet |
|
| 02 |
MTU |
Maximum Transmission Unit |
Mainly used to refer to HCI,L2CAP, the maximum
value of packet payload |
| O. |
|
| 01 |
OBEX |
OBject EXchange |
|
| P. |
|
| No. |
Abbreviation,
Technical Name |
Formal
Name |
Function,
Meaning, Role |
| 01 |
Page |
|
Call
Process to call connection target Conducted to slave from
the master. |
|
| 02 |
Paging |
|
Executing call |
|
| 03 |
PageScan |
|
Received call. The
state only exist at slave |
|
| 04 |
Pairing |
|
Terminal authentication using linking key |
|
| 05 |
Park Mode |
|
Mode to open AM_ADDR
and enter sleep state in connection state. PM_ADDR or, PM_ADDR
and AR_ADDR is given by the master before moving to this mode
|
|
| 06 |
Piconet |
|
Composition unit of
more than 2 BT units. Piconet consists of one master and maximum
7 Active Slaves |
|
| 07 |
PIM |
Personal Information
Management |
Personal information
management function |
|
| 08 |
PIN |
Personal Identification
Number |
Number code to be input
by users or built-in in the Bluetooth devices for security
|
|
| 09 |
PPP |
Point-to-Point Protocol
|
|
| Q. |
|
| 01 |
QoS |
Quality-of-Service |
Quality of communication line |
| R. |
|
| 01 |
RFCOMM |
Serial Cable Emulation Protocol
|
Protocol to emulate RS-232 |
| S. |
|
| No. |
Abbreviation,
Technical Name |
Formal
Name |
Function,
Meaning, Role |
| 01 |
Scatternet |
|
Multiple piconets forms Scatternet |
|
| 02 |
SCO |
Synchronous
Connection-Oriented |
Point to Point link
type with synchronization
Available to send/receive audio data or audio + non-audio
data |
|
| 03 |
SDAP |
Service Discovery
Application Profile |
Profile to identify
and recognize service class |
|
| 04 |
SDP |
Service Discovery
Protocol |
Bluetooth Core Protocol
Profile to check currently valid services |
|
| 05 |
Slave |
|
Unit where it is possible to exist
multiple in one piconet |
|
| 06 |
SlG |
Special Interast
Group |
Parent group of Bluetooth technology.
Actual Bluetooth related group |
|
| 07 |
Sniff Mode |
|
Mode to extend the listen
interval while having AM_ADDR in the state of connection |
|
| 08 |
SPP |
Serial Port
Profile |
Basic profile needed
to virtually use serial port |
| T. |
|
| 01 |
TCP/UDP |
Transport Control Protocol
/ User Datagram Protocol |
|
| 02 |
TCS |
Telephony Control protocol Specfication
|
|
| 03 |
TDD |
Time Division Duplex
|
Time division double communication |
| U. |
|
| 01 |
Unit KEY |
|
Key created for data encryption when connecting
baseband
(For details, refer to SAFER+ TECHNOLOGY) |
|
|
|
