The present invention is related to a statistical multiplexing method and
apparatus using a multi-dimensional orthogonal resource hopping
multiplexing method in a wired/wireless communication systems where a
plurality of communication channels, which are synchronized through a
single medium, coexist. The present invention, in order to implement a
generalized statistical multiplexing communication system using a
multi-dimensional orthogonal resource hopping multiplexing method,
comprises a multi-dimensional hopping pattern generator which is located
in the primary communication station, a data symbol modulator that
modulates data symbols based on the corresponding orthogonal resource
hopping pattern generated by said multi-dimensional hopping pattern
generator, a collision detector and controller that detects whether a
collision occurs or not between the multi-dimensional hopping patterns
and compares the consistency of the data symbols toward the secondary
communication stations between said collision interval, a transmission
power controller that controls the transmission power of the remaining
parts excluding the parts where the multi-dimensional hopping patterns
collide and the transmission is stopped due to transmitting data symbol
inconsistency and compensates for the loss in the average reception
energy due to a transmission stoppage.