用二进制数对递次衰变链的衰变路径进行编码。
The decay pathways in successive decay chain were coded with binary digits.
本文考虑链路增益时变情况下的功率控制问题，给出了一个二进制反馈功率控制算法，并证明了算法的收敛性。
In this dissertation, a binary feedback power control is presented when link gains are assumed to be time varying and only one bit is sent back to each transmitter.
工具链二进制文件默认支持C++异常和RTTI（运行时类型识别）。
The toolchain binaries *do* support C++ exceptions and RTTI by default.
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