Error Rate Simulation for a MMFSK System Using Even-Odd Discrimination Method

Error rate simulations under AWGN environment are made for a MMFSK (M-ary multilevel FSK) system, which use a novel hopping pattern synthesis method named even-odd discrimination method. There can be found great many number of systems for a MMFSK system using even-odd discrimination method depending on the system parameters such as number of chips, number of levels, and the selection of basic hopping pattern configurations however in this paper as a typical example 6 chips, 16 levels, and 8 hopping patterns for each group A and B are assumed. Through the course of computer simulations comparisons are made between direct input and soft decision, hard decision methods results show the effectiveness of these decision methods. Results of error rate simulation show the effectiveness of proposed system