In this theoretical work, the DSP-perceived channel in optical coherent communications is first simplified, based on which we categorize linear MIMO equalizers into four classes according to their reference locations. The entire channel inverse can be represented by a complex conjugate-dependent system, coinciding with the widely linear equalization theory. Suboptimally removing FO dynamics, relatively static channel inverses parameterized with common device and channel parameters are presented for monitoring or calibration purposes.
翻译:在这一理论工作中,光学连贯通信中接收到的DSP信道首先被简化,据此,我们根据参考位置将线性IMO平衡器分为四类,整个频道的反向可代表一个复杂的共和依赖系统,与广泛的线性均衡理论同时并存,为监测或校准目的,展示了横向消除FF动态、相对静态的反向与通用装置和频道参数的参数。