URGENTLY HELP PLEASE, I need to answer this wireless and mobile network question within the 3 hours.

A UMTS UE sending data on the uplink. It has two DPDCH channels (DPDCH1 and DPDCHz) and one DPCCH channel. Both data channels use SF=4 and the control channel uses SF=8 for the sake of simplicity. Bo = 1.2 and the rate between B, and Bc is selected as 7/15. No scrambling code mechanism is used. Lastly, due to fading, ALL signal values are reduced by 0.2 while being transmitted over the channel. Considering the following input bit sequences for the three channels, write down the coding process at the UE, what is the emitted bit sequence from the UE, write down the decoding process at the Node-B, and the resulting decoded bit sequence for each channel. DPDCH, = {1, 1, 1, 0, 1, 0}, DPDCH;= {0, 0, 1, 1, 1, 0}, DPCCH= {1, 1, 1, 0} A UMTS UE sending data on the uplink. It has two DPDCH channels (DPDCH1 and DPDCHz) and one DPCCH channel. Both data channels use SF=4 and the control channel uses SF=8 for the sake of simplicity. Bo = 1.2 and the rate between B, and Bc is selected as 7/15. No scrambling code mechanism is used. Lastly, due to fading, ALL signal values are reduced by 0.2 while being transmitted over the channel. Considering the following input bit sequences for the three channels, write down the coding process at the UE, what is the emitted bit sequence from the UE, write down the decoding process at the Node-B, and the resulting decoded bit sequence for each channel. DPDCH, = {1, 1, 1, 0, 1, 0}, DPDCH;= {0, 0, 1, 1, 1, 0}, DPCCH= {1, 1, 1, 0}