Method and apparatus for using an unique index set for PSC sequence in a wireless communication system

At least one processor for transmitting a synchronization channel for enabling accurate remote determination of frequency offset and time offset in a wireless communication system, comprising:

• a first module for determining a first optimal root index of a Zadoff-Chu (ZC) sequence having a frequency offset error below a predetermined threshold;
• a second module for determining a second optimal root index having a desirable attribute;
• a third module for selecting the first root index for a primary synchronization channel;
• and
• a fourth module for generating and transmitting the primary synchronization channel.

A computer program product for transmitting a synchronization channel for enabling accurate remote determination of frequency offset and time offset in a wireless communication system, comprising:

• computer-readable storage medium, comprising:
• code for causing a computer to determine a first optimal root index of a Zadoff-Chu (ZC) sequence having a frequency offset error below a predetermined threshold;
• code for causing the computer to determine a second optimal root index having a desirable attribute;
• code for causing the computer to select the first root index for a primary synchronization channel;
• and
• code for causing the computer to generate and transmitting the primary synchronization channel.

An apparatus for transmitting a synchronization channel for enabling accurate remote determination of frequency offset and time offset in a wireless communication system, comprising:

• means for determining a first optimal root index of a Zadoff-Chu (ZC) sequence having a frequency offset error below a predetermined threshold;
• means for determining a second optimal root index having a desirable attribute;
• means for selecting the first root index for a primary synchronization channel;
• and
• means for generating and transmitting the primary synchronization channel.

An apparatus for transmitting a synchronization channel for enabling accurate remote determination of frequency offset and time offset in a wireless communication system, comprising:

• a processor for determining a first optimal root index of a Zadoff-Chu (ZC) sequence having a frequency offset error below a predetermined threshold, for determining a second optimal root index having a desirable attribute, for selecting the first root index for a primary synchronization channel;
• and generating the primary synchronization channel;
• and
• a transmitter for transmitting the primary synchronization channel.