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找到约 10,000 项符合 Communication 的代码

packetscheduler.java

/* * ** Network and Service Differentiation Extensions to GridSim 3.0 ** * * Gokul Poduval & Chen-Khong Tham * Computer Communication Networks (CCN) Lab * Dept of Electrical & Computer Engineerin

ratecontrolledrouter.java

/* * ** Network and Service Differentiation Extensions to GridSim 3.0 ** * * Gokul Poduval & Chen-Khong Tham * Computer Communication Networks (CCN) Lab * Dept of Electrical & Computer Engineerin

link.java

/* * ** Network and Service Differentiation Extensions to GridSim 3.0 ** * * Gokul Poduval & Chen-Khong Tham * Computer Communication Networks (CCN) Lab * Dept of Electrical & Computer Engineerin

packet.java

/* * ** Network and Service Differentiation Extensions to GridSim 3.0 ** * * Gokul Poduval & Chen-Khong Tham * Computer Communication Networks (CCN) Lab * Dept of Electrical & Computer Engineerin

netpacket.java

/* * ** Network and Service Differentiation Extensions to GridSim 3.0 ** * * Gokul Poduval & Chen-Khong Tham * Computer Communication Networks (CCN) Lab * Dept of Electrical & Computer Engineerin

floodadpack.java

/* * ** Network and Service Differentiation Extensions to GridSim 3.0 ** * * Gokul Poduval & Chen-Khong Tham * Computer Communication Networks (CCN) Lab * Dept of Electrical & Computer Engineerin

riprouter.java

/* * ** Network and Service Differentiation Extensions to GridSim 3.0 ** * * Gokul Poduval & Chen-Khong Tham * Computer Communication Networks (CCN) Lab * Dept of Electrical & Computer Engineerin

mod_regs_sci.h

#ifndef CYGONCE_MOD_REGS_SCI_H #define CYGONCE_MOD_REGS_SCI_H //========================================================================== // // mod_regs_sci.h // // Serial Communication In

mod_regs_sci.h

#ifndef CYGONCE_MOD_REGS_SCI_H #define CYGONCE_MOD_REGS_SCI_H //========================================================================== // // mod_regs_sci.h // // Serial Communication In

rate.c

/* This file contains very simple code for estimating the parameters in the simple (s + rn) model of communication. It does this using the NORMAL equations for the least-squares problem;