Method of transmitting data in a mobile communication system
Provided is a method for a device to receive a signal for synchronization. The method may include receiving the signal for synchronization as defined by a sequence corresponding to an interleaved concatenation of a first sequence and a second sequence. Components of the first sequence may correspond to odd-th components of the sequence corresponding to the interleaved concatenation. Components of the second sequence may correspond to even-th components corresponding to the interleaved concatenation. The method may also include detecting group identification (ID) that is defined based on a combination of a first ID of the first sequence and a second ID of the second sequence.
1. A method for a device to receive a signal for synchronization, the method comprising:
receiving the signal for synchronization that is defined by a sequence being an interleaved concatenation of a first sequence and a second sequence, wherein components of the first sequence correspond to odd-th components of the sequence, and wherein components of the second sequence correspond to even-th components of the sequence; and
detecting a group identification (ID) that is defined based on a combination of a first ID of the first sequence and a second ID of the second sequence,
wherein the first sequence and the second sequence comprise a same length represented by N, and the sequence comprises a length represented by 2N.
2. The method of claim 1 , wherein:
the first ID of the first sequence is represented as Mi,
the second ID of the second sequence is represented as Mj, and
‘i’ and ‘j’ are integers comprising different values from each other.
3. A method for a device to transmit a signal for synchronization, the method comprising:
transmitting the signal for synchronization that is defined by a sequence being an interleaved concatenation of a first sequence and a second sequence,
wherein:
components of the first sequence correspond to odd-th components of the sequence,
components of the second sequence correspond to even-th components of the sequence, and
a first identification (ID) of the first sequence and a second ID of the second sequence are derived from a group ID of the sequence,
wherein the first sequence and the second sequence comprise a same length represented by N, and the sequence comprises a length represented by 2N.
4. The method of claim 3 , wherein:
the first ID of the first sequence is represented by Mi,
the second ID of the second sequence is represented by Mj, and
‘i’ and ‘j’ are integers comprising different values from each other.
5. A receiver configured for receiving a signal for synchronization, the receiver comprising:
an antenna configured for receiving the signal for synchronization that is defined by a sequence being an interleaved concatenation of a first sequence and a second sequence, wherein components of the first sequence correspond to odd-th components of the sequence, and wherein components of the second sequence correspond to even-th components of the sequence; and
a processor configured for detecting a group identification (ID) that is defined based on a combination of a first ID of the first sequence and a second ID of the second sequence,
wherein the first sequence and the second sequence comprise a same length represented by N, and the sequence comprises a length represented by 2N.
6. The receiver of claim 5 , wherein:
the first ID of the first sequence is represented by Mi,
the second ID of the second sequence is represented by Mj, and
‘i’ and ‘j’ are integers comprising different values from each other.
7. A transmitter configured for transmitting a signal for synchronization, the transmitter comprising:
an antenna configured for transmitting the signal for synchronization; and
a processor configured for generating the signal for synchronization using a sequence being an interleaved concatenation of a first sequence and a second sequence,
wherein:
components of the first sequence correspond to odd-th components of the sequence,
components of the second sequence correspond to even-th components of the sequence, and
a first identification (ID) of the first sequence and a second ID of the second sequence are derived from a group ID of the sequence,
wherein the first sequence and the second sequence comprise a same length represented by N, and the sequence comprises a length represented by 2N.
8. The transmitter of claim 7 , wherein:
the first ID of the first sequence is represented as Mi,
the second ID of the second sequence is represented as Mj, and
‘i’ and ‘j’ are integers comprising different values from each other.