Building a moderately prosperous society in all respects is a milestone in China’s human rights development.It clearly reflects the profound action logic of the CpC leading the Chinese people to fight for and realize...Building a moderately prosperous society in all respects is a milestone in China’s human rights development.It clearly reflects the profound action logic of the CpC leading the Chinese people to fight for and realize the protection of rights.At the level of values,the logic of rights for China’s human rights development is mainly manifested in four aspects:prioritizing the right to subsistence and the right to development in the rights system;importance given to citizenship and democracy by the goal of building a moderately prosperously society in all respects;advocating the right to unity and the right to participate in the common cause of the Chinese people;implementing the responsibility of leaders and managers to safeguard human rights.At the practical level,the protection logic of China’s human rights development mainly includes four links:firstly,gradual upgrading is a reliable procedure for the coordination of the human rights system;secondly,the rule of law is a solid foundation for the steady development of human rights;thirdly,the courage to explore is the important factor for the success of human rights practice;lastly,seeking common ground while shelving differences is the key consensus for mutual learning among human rights civilizations.In terms of time and space,China’s human rights development has achieved world-recognized success,laying a solid foundation for this endeavor to proceed,and providing experience and reference for people all over the world to pursue common human rights ideals.展开更多
In this paper, the response time of all-optical AND logic gate using the triangular photonic crystal lattice is investigated. The proposed logic gate consists of a photonic crystal nano-resonator formed by changing th...In this paper, the response time of all-optical AND logic gate using the triangular photonic crystal lattice is investigated. The proposed logic gate consists of a photonic crystal nano-resonator formed by changing the size of the dielectric rods. The structure benefits the interference effect mechanism. The contrast ratio of the photonic crystal AND logic gate is obtained as 6 d B. In addition to simplicity, the designed nano-resonator increases the bit rate of logic gate. The delay time and footprint of logic gate are respectively 0.32 ps and 146 μm2. The proposed photonic crystal AND logic gate can operate at a bit rate of 3.12 Tbit/s。展开更多
This paper presents an approach to build a communication behavioural semantic model for heterogeneous distributed systems that include synchronous and asynchronous communications. Since each node of such system has it...This paper presents an approach to build a communication behavioural semantic model for heterogeneous distributed systems that include synchronous and asynchronous communications. Since each node of such system has its own physical clock, it brings the challenges of correctly specifying the system time constraints. Based on the logical clocks proposed by Lamport, and CCSL proposed by Aoste team in INRIA, as well as pNets from Oasis team in INRIA, we develop timed-pNets to model communication behaviours for distributed systems. Timed-pNets are tree style hierarchical structures. Each node is associated with a timed specification which consists of a set of logical clocks and some relations on clocks. The leaves are represented by timed-pLTSs. Non-leaf nodes (called timed-pNets nodes) are synchronisation devices that synchronize the behaviours of subnets (these subnets can be leaves or non-leaf nodes). Both timed-pLTSs and timed-pNets nodes can be translated to timed specifications. All these notions and methods are illustrated on a simple use-case of car insertion from the area of intelligent transportation systems (ITS). In the end the TimeSquare tool is used to simulate and check the validity of our model.展开更多
基金the key project“Research on the Mechanism of Enhancing China’s Right of Speech in International Law Oriented by of National Image”of The National Social Science Fund of China(19AFX024)
文摘Building a moderately prosperous society in all respects is a milestone in China’s human rights development.It clearly reflects the profound action logic of the CpC leading the Chinese people to fight for and realize the protection of rights.At the level of values,the logic of rights for China’s human rights development is mainly manifested in four aspects:prioritizing the right to subsistence and the right to development in the rights system;importance given to citizenship and democracy by the goal of building a moderately prosperously society in all respects;advocating the right to unity and the right to participate in the common cause of the Chinese people;implementing the responsibility of leaders and managers to safeguard human rights.At the practical level,the protection logic of China’s human rights development mainly includes four links:firstly,gradual upgrading is a reliable procedure for the coordination of the human rights system;secondly,the rule of law is a solid foundation for the steady development of human rights;thirdly,the courage to explore is the important factor for the success of human rights practice;lastly,seeking common ground while shelving differences is the key consensus for mutual learning among human rights civilizations.In terms of time and space,China’s human rights development has achieved world-recognized success,laying a solid foundation for this endeavor to proceed,and providing experience and reference for people all over the world to pursue common human rights ideals.
文摘In this paper, the response time of all-optical AND logic gate using the triangular photonic crystal lattice is investigated. The proposed logic gate consists of a photonic crystal nano-resonator formed by changing the size of the dielectric rods. The structure benefits the interference effect mechanism. The contrast ratio of the photonic crystal AND logic gate is obtained as 6 d B. In addition to simplicity, the designed nano-resonator increases the bit rate of logic gate. The delay time and footprint of logic gate are respectively 0.32 ps and 146 μm2. The proposed photonic crystal AND logic gate can operate at a bit rate of 3.12 Tbit/s。
基金This work was partially funded by the INRIA Associated Team DAESD between INRIA and ECNU by the National Basic Research Program of China (973 Program) (2011CB302802)+1 种基金 by the National Natural Science Foundation of China (Grant Nos. 61321064 and 61370100) by Shanghai Knowledge Service Platform Project (ZF1213). We give great thanks to Frederic Mallet and Jalien Deantoni who took time to discuss with us and gave us bunches of advices. We are also indebted to the anonymous referees for their suggested improvements.
文摘This paper presents an approach to build a communication behavioural semantic model for heterogeneous distributed systems that include synchronous and asynchronous communications. Since each node of such system has its own physical clock, it brings the challenges of correctly specifying the system time constraints. Based on the logical clocks proposed by Lamport, and CCSL proposed by Aoste team in INRIA, as well as pNets from Oasis team in INRIA, we develop timed-pNets to model communication behaviours for distributed systems. Timed-pNets are tree style hierarchical structures. Each node is associated with a timed specification which consists of a set of logical clocks and some relations on clocks. The leaves are represented by timed-pLTSs. Non-leaf nodes (called timed-pNets nodes) are synchronisation devices that synchronize the behaviours of subnets (these subnets can be leaves or non-leaf nodes). Both timed-pLTSs and timed-pNets nodes can be translated to timed specifications. All these notions and methods are illustrated on a simple use-case of car insertion from the area of intelligent transportation systems (ITS). In the end the TimeSquare tool is used to simulate and check the validity of our model.