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您的检索式：作者名="Qinrang Liu"
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| 1 | Compare and analysis the performance of 4 kinds of counting Bloom filter显示文摘 | ZHANG Jin WU Jiangxing LIU Qinrang | 2010 | Software Transaction2010，21，5： | 1 |
| 2 | Domain-Oriented Software Defined Computing Architecture显示文摘With the introduction of software defined hardware by DARPA Electronics Resurgence Initiative,software definition will be the basic attribute of information system.Benefiting from boundary certainty and algorithm aggregation of domain applications,domain-oriented computing architecture has become the technical direction that considers the high flexibility and efficiency of information system.Aiming at the characteristics of data-intensive computing in different scenarios such as Internet of Things(IoT),big data,artificial intelligence(AI),this paper presents a domain-oriented software defined computing architecture,discusses the hierarchical interconnection structure,hybrid granularity computing element and its computational kernel extraction method,finally proves the flexibility and high efficiency of this architecture by experimental comparison. | Ping Lv Qinrang Liu Hongchang Chen Ting Chen | 2019 | China Communications2019，16，6： | 0 |
| 3 | Preventing Hardware Trojans in Switch Chip Based on Payload Decoupling显示文摘Hardware Trojans in integrated circuit chips have the characteristics of being covert,destructive,and difficult to protect,which have seriously endangered the security of the chips themselves and the information systems to which they belong.Existing solutions generally rely on passive detection techniques.In this paper,a hardware Trojans active defense mechanism is designed for network switching chips based on the principle of encryption algorithm.By encoding the data entering the chip,the argot hidden in the data cannot trigger the hardware Trojans that may exist in the chip,so that the chip can work normally even if it is implanted with a hardware Trojans.The proposed method is proved to be effective in preventing hardware Trojans with different trigger characteristics by simulation tests and practical tests on our secure switching chip. | Ke Song Binghao Yan Xiangyu Li Qinrang Liu Ling OuYang | 2021 | China Communications2021，18，8： | 0 |
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