The potential of the proposed stock trading using RSPOP model discussed in this paper is notable as it demonstrates the feasible application of POPFNN in the area of financial prediction. Although the proposed approach is not proven to assure profits from real world markets, this paper presented a forecast bottleneck free trading decision model that opened new opportunities for the synergy of this approach with various trading decision schemes. Design of intelligent trading decision schemes that synergize with forecasting to yield optimal trading performance on real world stock market data now appears to be a promising research area. The research presented in this paper is in line with the research direction of Centre for Computational Intelligence (C2i) [64], formerly the Intelligent Systems Laboratory, at the Nanyang Technological University, Singapore. C2i undertakes active research in intelligent neuro-fuzzy systems for the modelling of complex, nonlinear and dynamic problem domains. Examples of neural and neuro-fuzzy systems developed at C2i are MCMAC [65], GenSoFNN [66], and POPFNN [67].