Data Driven Data Encoding for Low Power LDPC Applications
Suresh Dannana, Govinda Rao Tamminaina, Arun R. Kumar · International Journal of Signal Processing Image Processing and Pattern Recognition · 2015
The power consumption of network-on-chip (NoC) links start to compete with that of NoC routers.Reduce power consumption in NoCs, in both wires and logic, is to reduce the switching activity by means of coding schemes.The fundamental basic schemes of a NoC-based communicate are Network Interfaces (NIs), Links and routers.These links misuse power due to the switching activity (both self and coupling) induces by following data model traverse the links and routers.Three schemes join to reduce the dynamic power of the NoC data path through a decrease in the number of bit transitions.The transitions are of Type (I to IV) and correspondingly.In this paper, LDPC the encoder is replaced with data encoding schemes in control to reduce the dynamic power consumption in Low Density Parity Check Techniques (LDPC) and the power values are varied to the package of XC3S100E and TQ144 device is used to the comparing of NLDPC to LDPC, best results are evaluated in the proposed technique.