选取泰尔米认知语义学中最突出的成果之一--语言与认知中的力动态及其意象图式来解读法国喜剧电影《晚餐游戏》中的四例幽默语篇的认知机制,并尝试对该剧中"愚者"的言、思、行进行阐释。研究发现,"取效行为"表征于...选取泰尔米认知语义学中最突出的成果之一--语言与认知中的力动态及其意象图式来解读法国喜剧电影《晚餐游戏》中的四例幽默语篇的认知机制,并尝试对该剧中"愚者"的言、思、行进行阐释。研究发现,"取效行为"表征于力动态图示具有可操作性,同时还提出了"1 make 2 ant-VP"力动态图示流程。作为力动态图示用于阐释幽默认知机制的首次尝试,不仅是其理论的实践,亦是一种扩展,为"言外力动态"的认知语言学的研究提供例证。展开更多
Because of cloud computing's high degree of polymerization calculation mode, it can't give full play to the resources of the edge device such as computing, storage, etc. Fog computing can improve the resource ...Because of cloud computing's high degree of polymerization calculation mode, it can't give full play to the resources of the edge device such as computing, storage, etc. Fog computing can improve the resource utilization efficiency of the edge device, and solve the problem about service computing of the delay-sensitive applications. This paper researches on the framework of the fog computing, and adopts Cloud Atomization Technology to turn physical nodes in different levels into virtual machine nodes. On this basis, this paper uses the graph partitioning theory to build the fog computing's load balancing algorithm based on dynamic graph partitioning. The simulation results show that the framework of the fog computing after Cloud Atomization can build the system network flexibly, and dynamic load balancing mechanism can effectively configure system resources as well as reducing the consumption of node migration brought by system changes.展开更多
文摘选取泰尔米认知语义学中最突出的成果之一--语言与认知中的力动态及其意象图式来解读法国喜剧电影《晚餐游戏》中的四例幽默语篇的认知机制,并尝试对该剧中"愚者"的言、思、行进行阐释。研究发现,"取效行为"表征于力动态图示具有可操作性,同时还提出了"1 make 2 ant-VP"力动态图示流程。作为力动态图示用于阐释幽默认知机制的首次尝试,不仅是其理论的实践,亦是一种扩展,为"言外力动态"的认知语言学的研究提供例证。
基金supported in part by the National Science and technology support program of P.R.China(No.2014BAH29F05)
文摘Because of cloud computing's high degree of polymerization calculation mode, it can't give full play to the resources of the edge device such as computing, storage, etc. Fog computing can improve the resource utilization efficiency of the edge device, and solve the problem about service computing of the delay-sensitive applications. This paper researches on the framework of the fog computing, and adopts Cloud Atomization Technology to turn physical nodes in different levels into virtual machine nodes. On this basis, this paper uses the graph partitioning theory to build the fog computing's load balancing algorithm based on dynamic graph partitioning. The simulation results show that the framework of the fog computing after Cloud Atomization can build the system network flexibly, and dynamic load balancing mechanism can effectively configure system resources as well as reducing the consumption of node migration brought by system changes.
