Catherine喜洋洋的案例列表
基于 MPI 的多服务器时间校准(C++
there is a server A 10.10.70.200 and server tb 10.10.70.201: 1. record current timestamp TA[n-1](use RDTSC time counter), call GstRouterSend(GstRouterSend is actually MPI_Send with some wrapper) in GstRouterOMPI.cpp to send timestamp data to server tb 10.10.70.201 2. after sending successfully,
齐模式的 clock generator
上升沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog) 下降沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog) 上升沿&下降沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog)
基于 MPI 的多服务器时间校准(C++
there is a server A 10.10.70.200 and server tb: 1. record current timestamp TA[n-1](use RDTSC time counter), call GstRouterSend(GstRouterSend is actually MPI_Send with some wrapper) in GstRouterOMPI.cpp to send timestamp data to server tb 10.10.70.201 2. after sending successfully, call GstRoute
案例判断参考
Catherine喜洋洋的案例列表
基于 MPI 的多服务器时间校准(C++
there is a server A 10.10.70.200 and server tb 10.10.70.201: 1. record current timestamp TA[n-1](use RDTSC time counter), call GstRouterSend(GstRouterSend is actually MPI_Send with some wrapper) in GstRouterOMPI.cpp to send timestamp data to server tb 10.10.70.201 2. after sending successfully, ...
齐模式的 clock generator
上升沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog) 下降沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog) 上升沿&下降沿对齐模式的 clock generator, 脉宽、周期任意变换（system verilog)...
基于 MPI 的多服务器时间校准(C++
there is a server A 10.10.70.200 and server tb: 1. record current timestamp TA[n-1](use RDTSC time counter), call GstRouterSend(GstRouterSend is actually MPI_Send with some wrapper) in GstRouterOMPI.cpp to send timestamp data to server tb 10.10.70.201 2. after sending successfully, call GstRoute...
