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RISS 인기검색어
- 검색키워드
- 저자 : Huanming Zhang (검색결과 3 건)
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The Study of Access Control Model Using XML
Huanming Zhang,Quanlong Guan,Weiqi Luo 보안공학연구지원센터 2015 International Journal of Security and Its Applicat Vol.9 No.7
XML, the Extensible Markup Language, had become an important tool for both storage and exchange of data. As the applied areas of XML had been widen gradually, the security problems of XML became a main concern. Hence, the study of access control using XML had been an important topic of security study of XML nowadays. In this paper, we would first made a brief introduction of access control using XML, and some requirements of XML access control would be included. After that, we would give a detail presentation of an access control model using XML, and point out the most significant feature of it. Finally, we analyzed the direction and difficulty in the study of access control using XML, and then illustrate the practical significance of the study.
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Hilton, Angelyn,Zhang, Huanming,Yu, Wenying,Shim, Won-Bo The Korean Society of Plant Pathology 2017 Plant Pathology Journal Vol.33 No.3
Pokkah Boeng is a serious disease of sugarcane, which can lead to devastating yield losses in crop-producing regions, including southern China. However, there is still uncertainty about the causal agent of the disease. Our aim was to isolate and characterize the pathogen through morphological, physiological, and molecular analyses. We isolated sugarcane-colonizing fungi in Fujian, China. Isolated fungi were first assessed for their cell wall degrading enzyme capabilities, and five isolates were identified for further analysis. Internal transcribed spacer sequencing revealed that these five strains are Fusarium, Alternaria, Phoma, Phomopsis, and Epicoccum. The Fusarium isolate was further identified as F. verticillioides after Calmodulin and EF-$1{\alpha}$ gene sequencing and microscopic morphology study. Pathogenicity assay confirmed that F. verticillioides was directly responsible for disease on sugarcane. Co-inoculation of F. verticillioides with other isolated fungi did not lead to a significant difference in disease severity, refuting the idea that other cellulolytic fungi can increase disease severity as an endophyte. This is the first report characterizing pathogenic F. verticillioides on sugarcane in southern China.
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Angelyn Hilton,Huanming Zhang,Wenying Yu,Won-Bo Shim 한국식물병리학회 2017 Plant Pathology Journal Vol.33 No.3
Pokkah Boeng is a serious disease of sugarcane, which can lead to devastating yield losses in crop-producing regions, including southern China. However, there is still uncertainty about the causal agent of the disease. Our aim was to isolate and characterize the pathogen through morphological, physiological, and molecular analyses. We isolated sugarcane-colonizing fungi in Fujian, China. Isolated fungi were first assessed for their cell wall degrading enzyme capabilities, and five isolates were identified for further analysis. Internal transcribed spacer sequencing revealed that these five strains are Fusarium, Alternaria, Phoma, Phomopsis, and Epicoccum. The Fusarium isolate was further identified as F. verticillioides after Calmodulin and EF-1α gene sequencing and microscopic morphology study. Pathogenicity assay confirmed that F. verticillioides was directly responsible for disease on sugarcane. Co-inoculation of F. verticillioides with other isolated fungi did not lead to a significant difference in disease severity, refuting the idea that other cellulolytic fungi can increase disease severity as an endophyte. This is the first report characterizing pathogenic F. verticillioides on sugarcane in southern China.
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