Asian Science Citation Index is committed to provide an authoritative, trusted and significant information by the coverage of the most important and influential journals to meet the needs of the global scientific community.  
ASCI Database
308-Lasani Town,
Sargodha Road,
Faisalabad, Pakistan
Fax: +92-41-8815544
Contact Via Web
Suggest a Journal
Articles by Ke Zhou
Total Records ( 3 ) for Ke Zhou
  Hongwei Chen , Hui Xu , Chunzhi Wang and Ke Zhou
  Due to node’s behavioral analysis, grasping the inertia psychology of its behavior choice and considering whole influences of the network such as group selection, this study establishes the forecast mechanism in P2P network. In the process of network running and node communication, this mechanism carries on real-time surveillance to all nodes, according to the differences of network states and takes the corresponding incentive and penalty measure to the node, thus drives node well serve for the P2P network. This mechanism uses the Markov chain to forecast future development state of the network, combines the forecast of future node state shift situation and adopts more prompt and more effective measure to the network ahead of time. Summarizing the types of network state, each network state mechanism will have a correspond model which will carry on the drive to the node behavior.
  Basheer Riskhan , Ke Zhou and Raza Muhammad
  Background: Energy management has a vital impact on success of virtualization. Power consumption and generation of heat play critical roles in the core concept of energy management. Presently, energy consumption is continuously growing due to high usage of system resources and rising of demand in computer density. The high power usage and high heat generation lead to instabilities of their hardware systems and cause system reboot more often. Materials and Methods: To avoid above malfunctions and save from permanent damage to the system resources, this study are investigated and tested the power consumption and heat generation during the usage of low-level performance application, online education application and high-level performance application, respectively via the implementation of XEN, KVM and Docker virtualization technologies in between static and dynamic modes. Results: The result proved the power consumption and heat generation is higher for hypervisor-based virtualization and very low for container-based virtualization in all kind of applications. Even though the XEN and KVM are the same type of hypervisor is offering similar features but the output has deviated from each other. The limitation of VM/Docker on top of physical machine would control by mathematical formula, which created from our experiment. Conclusion: The overall analysis proved that XEN, KVM and Docker as the order of the power consumption rate and heat generation rate for all applications in high, medium and low, respectively.
  Yin Liu , Ke Zhou , Xin-Yun Li , Shu-Hong Zhao and Jian-Hua Cao
  The structure and function of Z-discs were related strongly to the normal physiological phenotype and function of skeletal muscle. The protein Myozenin (MYOZ), an α-actinin and γ-filamin-binding Z-disc globular protein expressed predominantly in skeletal muscle was possibly involved in the confirmation and function of Z-discs. Here we described MYOZ1 gene which has a significantly higher expression level in skeletal muscle than several other tissues in porcine. Furthermore, MYOZ1 transcripts in three porcine development stages (embryonic 33 days, embryonic 65 days and adult) of skeletal muscle shown stepwise increasingly expression pattern by using quantitative PCR analysis. Functional assays were conducted using C2C12 cells and the results implied MYOZ1 was not involved in both of cellular proliferation and differentiation.
Copyright   |   Desclaimer   |    Privacy Policy   |   Browsers   |   Accessibility