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It has been proved that network coding can be used to improve the throughput for multicast t ransmission , but
such systems are very vulnerable to contamination at tack , and the signatures for t raditional network are no longer suitable for
network coding. Network coding allows the forwarding and receiving nodes to verify the coded messages against the contamina2
tion at tacks. In this paper , we proposed a network coding signature scheme based on homomorphism public cryptography which
uses the one time secrete key and it changes along with the change of the messages , so that it is infeasible for adversary to get
the secrete key and forge the signature to contaminate the message
such systems are very vulnerable to contamination at tack , and the signatures for t raditional network are no longer suitable for
network coding. Network coding allows the forwarding and receiving nodes to verify the coded messages against the contamina2
tion at tacks. In this paper , we proposed a network coding signature scheme based on homomorphism public cryptography which
uses the one time secrete key and it changes along with the change of the messages , so that it is infeasible for adversary to get
the secrete key and forge the signature to contaminate the message
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一种协作网络编码方案的平均误码率分析.pdf