Analysis of PCFICH channel architecture for LTE using unfolding technique
S. Syed Ameer Abbas, R. Lakshumi Praba, S. J. Thiruvengadam
Abstract
S. Syed Ameer Abbas, R. Lakshumi Praba, S. J. Thiruvengadam
Abstract
Realization of transmitter and Receiver architecture for LTE is the major research work being carried out by implementation experts. There are four Control channels available in LTE for both uplink and downlink. The uplink control channel is PUCCH. The downlink control channels are PDCCH, PCFICH and PHICH. The Physical Control Format Indicator Channel(PCFICH) is one among the downlink physical control channel and it carries the number of OFDM symbols used by the PDCCH channel, denoted as Control Format Indicator(CFI). These control channels play a key role in the correct decoding of the payload information. The CFI is the first information received by the User and so is important for the system performance. In this paper, the realization of architecture for the PCFICH are done using FPGA, and the VLSI DSP technique called unfolding is applied for optimization. The simulations are done using Modelsim and are implemented in Xilinx Spartan 3E kit.
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Realization of transmitter and Receiver architecture for LTE is the major research work being carried out by implementation experts. There are four Control channels available in LTE for both uplink and downlink. The uplink control channel is PUCCH. The downlink control channels are PDCCH, PCFICH and PHICH. The Physical Control Format Indicator Channel(PCFICH) is one among the downlink physical control channel and it carries the number of OFDM symbols used by the PDCCH channel, denoted as Control Format Indicator(CFI). These control channels play a key role in the correct decoding of the payload information. The CFI is the first information received by the User and so is important for the system performance. In this paper, the realization of architecture for the PCFICH are done using FPGA, and the VLSI DSP technique called unfolding is applied for optimization. The simulations are done using Modelsim and are implemented in Xilinx Spartan 3E kit.
Key concepts: Control channel, Telecommunications link, ModelSim, Computer science, Channel (broadcasting), Payload (computing), Transmitter, Computer architecture