LEACH (Low-Encrgy Adaptive Clustering Hi-erarchy) protocol is a basic clustering-based routing protocol of sensor networks. In this paper, we present the design of SLEACH, asecure extension for the LEACH protocol. We ...LEACH (Low-Encrgy Adaptive Clustering Hi-erarchy) protocol is a basic clustering-based routing protocol of sensor networks. In this paper, we present the design of SLEACH, asecure extension for the LEACH protocol. We divide SLEACH into four phases and fit inexpensivecryplp-graphic operations to each part of the protocol functionality to create an efficient,practical protocol. Then we give security analyses of SLEACH. Our security analyses show that ourschemeis robust against any external attacker or compromised nodes in the sensor network.展开更多
The preclinical study of the effects of long terra oviduct occlusion by silicone rubber may provide useful data for the study of reversibility of female sterilization. Silicone rubber was injected into one side of the...The preclinical study of the effects of long terra oviduct occlusion by silicone rubber may provide useful data for the study of reversibility of female sterilization. Silicone rubber was injected into one side of the oviduct with the other side as control. Microscopic investigation, physiological assay and biochemical analysis were performed. Main results obtained indicate:展开更多
文摘LEACH (Low-Encrgy Adaptive Clustering Hi-erarchy) protocol is a basic clustering-based routing protocol of sensor networks. In this paper, we present the design of SLEACH, asecure extension for the LEACH protocol. We divide SLEACH into four phases and fit inexpensivecryplp-graphic operations to each part of the protocol functionality to create an efficient,practical protocol. Then we give security analyses of SLEACH. Our security analyses show that ourschemeis robust against any external attacker or compromised nodes in the sensor network.
文摘The preclinical study of the effects of long terra oviduct occlusion by silicone rubber may provide useful data for the study of reversibility of female sterilization. Silicone rubber was injected into one side of the oviduct with the other side as control. Microscopic investigation, physiological assay and biochemical analysis were performed. Main results obtained indicate:
