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1
Content available remote A Dynamic Self-healing Key Management Scheme For Wireless Sensor Networks Based on EBS
100%
Ning J. , Yin X.
Przegląd Elektrotechniczny
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2013
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tom R. 89, nr 3b
92--94
EN
A self-healing mechanism in key management is an important means for large-scale clustering wireless sensor networks that enable nonrevoked nodes use their private information and the received broadcast messages to recover the lost session keys on their own. In this paper, we propose a dynamic self-healing key management scheme for large-scale clustering wireless sensor networks that is based on Exclusion Basis System (EBS). We use forward and backward key chains to form cluster session key chain for self-healing, take t-degree polynomial keys to replace the original keys used in EBS. The analysis shows that the proposed scheme has the properties of forward and backward secrecy and resisting to a collusion attack, which is suitable for resource-constrained wireless sensor networks.
PL
W artykule zaproponowano schemat samo-naprawialnego dynamicznego zarządzania kluczami w sieci czujników bezprzewodowych o dużej skali klasterów, oparty na metodzie wykluczeń EBS. Dzięki wykorzystaniu łańcuchów klucza w przód i wstecznych uzyskano samonaprawialność, natomiast oryginalne klucze w EBS zastąpiono kluczami wielomianowymi stopnia t. Analiza działania wykazała skuteczność opisanego schematu w obronie przed atakami.
2
Identification of genes differentially expressed in tobacco egg and zygote suggests zygotic genome activation occurs soon after fertilization
100%
Ning J. , Sun M.
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2005
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tom 47
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nr 1
3
Content available Distribution and role of the genus Oithona (Copepoda: Cyclopoida) in the South China Sea
70%
Wang L. , Du F. , Wang X. , Li Y. , Ning J.
Oceanologia
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2017
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tom 59
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nr 3
EN
The relationships between the small cyclopoid copepod Oithona and hydrological factors, phytoplankton and ichthyoplankton were evaluated using the data obtained in the central South China Sea (SCS) in summer 2014. The genus abundance ranged from 6.00 ind. m3 to 93.75 ind. m3 with high abundance band occurring in the branch of SCS Monsoon Jet. The lower temperature and higher salinity in the surface water of the band than other zones indicated that deep water intrusion was a positive factor for aggregation of the genus. The community structure of the genus was dominated by Oithona plumifera and Oithona similis made up 97% of the genus abundance associated with Oithona tenuis. The result of db-RDA analysis showed that the community structure of the genus was affected by temperature, Chl a, larval fishes and fish spawns, and temperature was the most important limiting factor. The result of GAMs analysis showed that abundance of O. tenuis, and copepodites were affected by Chl a, larval fishes and fish spawns; abundance of O. similis was affected by Chl a and fish spawns; and abundance of O. plumifera was affected by Chl a and larval fishes. Therefore, we suggest that the branch of SCS Monsoon Jet and deep water intrusion favor aggregation of plankton in the central SCS in summer. We confirm that the temperature is the limiting factor to the reproduction of the genus Oithona in tropic seas and the genus Oithona is a food-web linker between primary production and larval fishes in the central SCS.
4
Content available Trophic connectivity between intertidal and offshore food webs in Mirs Bay, China
70%
Ning J. , Du F. , Wang X. , Wang L. , Li Y.
Oceanologia
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2019
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tom 61
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nr 2
5
Content available remote The role of hydrogen sulfide in pathologies of the vital organs and its clinical application
70%
Jin Z. , Chan H. , Ning J. , Lu K. , Ma D.
Journal of Physiology and Pharmacology
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2015
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tom 66
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nr 2
6
Content available remote Distribution and role of the genus Oithona (Copepoda: Cyclopoida) in the South China Sea
70%
Wang L. , Du F. , Wang X. , Li Y. , Ning J.
Oceanologia
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2017
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tom No. 59 (3)
300--310
EN
The relationships between the small cyclopoid copepod Oithona and hydrological factors, phytoplankton and ichthyoplankton were evaluated using the data obtained in the central South China Sea (SCS) in summer 2014. The genus abundance ranged from 6.00 ind. m−3 to 93.75 ind. m−3 with high abundance band occurring in the branch of SCS Monsoon Jet. The lower temperature and higher salinity in the surface water of the band than other zones indicated that deep water intrusion was a positive factor for aggregation of the genus. The community structure of the genus was dominated by Oithona plumifera and Oithona similis made up 97% of the genus abundance associated with Oithona tenuis. The result of db-RDA analysis showed that the community structure of the genus was affected by temperature, Chl a, larval fishes and fish spawns, and temperature was the most important limiting factor. The result of GAMs analysis showed that abundance of O. tenuis, and copepodites were affected by Chl a, larval fishes and fish spawns; abundance of O. similis was affected by Chl a and fish spawns; and abundance of O. plumifera was affected by Chl a and larval fishes. Therefore, we suggest that the branch of SCS Monsoon Jet and deep water intrusion favor aggregation of plankton in the central SCS in summer. We confirm that the temperature is the limiting factor to the reproduction of the genus Oithona in tropic seas and the genus Oithona is a food-web linker between primary production and larval fishes in the central SCS.
7
Overexpression of Rictor protein and Rictor-H. pylori interaction has impact on tumor progression and prognosis in patients with gastric cancer
41%
Wang F. , Lou X. , Zou Y. , Hu D. , Liu J. , Ning J. , Jiao Y. , Zhang Z. , Yang F. , Fan L. , Yu H. , Wei W. , Wang H. , Sun G.
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nr 2
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