This letter shows that the sums of the real and imaginary parts of the Chrestenson functions and of the generalized complex Haar functions form two complete orthogonal sets for the space of real square-integrable func...This letter shows that the sums of the real and imaginary parts of the Chrestenson functions and of the generalized complex Haar functions form two complete orthogonal sets for the space of real square-integrable functions, i. e. the space La[0, 1). The two real function sets are applicable to spectral techniques in multiple-valued logic, and p-ary digital process. Definition 1. The real-valued generalized Walsh functions WR?p（t） over [0, 1] are defined展开更多
文摘This letter shows that the sums of the real and imaginary parts of the Chrestenson functions and of the generalized complex Haar functions form two complete orthogonal sets for the space of real square-integrable functions, i. e. the space La[0, 1). The two real function sets are applicable to spectral techniques in multiple-valued logic, and p-ary digital process. Definition 1. The real-valued generalized Walsh functions WR?p（t） over [0, 1] are defined
