Applied Mechanics and Materials Vols. 602-605

Abstract: This paper show some simulation about the Point Merge in this paper. Some new methods of Integrating arrival flows with existing technology. The paper shows that even under high traffic load, Its advantages in the typical terminal area configurations These studies indicate the inhere benefits of Point Merge in flexibility and scalability. The paper also shows that Point Merge could be a basis of 4D trajectory management.

Abstract: The key technology of the auto parts management system based on the Internet of things, to realize the system function and the pre-objectives of the information management, through the construction the software part of the whole system, and the hardware of completing the information collection and transmission. Not only to save storage time-consuming, but also to avoid the emergence of errors, as compared to the traditional hand-held terminal, its identification efficiency has been improved. After RFID identification, the auto parts directly enter into the system, the efficiency has been improved than the traditional way, while the indicator on the shelves reminds effectively synchronously, improve the recognition accuracy and efficiency of labor.

Abstract: A new discrete perfect signal named periodic punctured binary complementary sequence pair set is proposed. Several construction methods are proposed, such as using perfect punctured binary sequence pair or array pair, column orthogonal matrix, mate set interleaved operation, and periodic production methods etc. More periodic punctured binary complementary sequence pair sets could be generated through these methods. Research results show that it has wider existent scope and could be applied in engineering as a kind of perfect signal with good correlation properties.

Abstract: In order to improve the efficiency of magnetotelluric Occam inversion algorithm (MT Occam), a parallel algorithm is implemented on a hybrid MPI/OpenMP parallel programming model to increase its convergence speed and to decrease the operation time. MT Occam is partitioned to map the task on the parallel model. The parallel algorithm implements the coarse-grained parallelism between computation nodes and fine-grained parallelism between cores within each node. By analyzing the data dependency, the computing tasks are accurately partitioned so as to reduce transmission time. The experimental results show that with the increase of model scale, higher speedup can be obtained. The high efficiency of the parallel partitioning strategy of the model can improve the scalability of the parallel algorithm.

Abstract: Hydrogen occurs ionization under high temperatures and high pressures. Considered the interaction between the electrons and ions of fully ionized hydrogen plasma, and the translational motion of hydrogen ion obey Boltzmann distribution, Coulomb interactions between charged particles can be used Hartree-Fock integrals and described by approximants, and obtained the statistical mechanics model and equation of state of full ionized hydrogen plasma.

Abstract: With the rapid development of mobile networks and networking technology, agricultural information services will change in the concept, content, patterns and so on. This paper analyzes the existing agricultural information services, mobile information services to build the mobile information services system for agriculture based on android platform can provide the supply and demand of agricultural products in a timely and implement the efficient flow of agricultural information. Users can get more friendly and convenient user interface localized modes of operation than WAP pages through the system, users can obtain real-time mobile service information. Description of the experimental system is feasible in practice.

Abstract: With the development of the enterprises, as important factors, human resources plays an vital role in company. Comparative human resources are hungrily needed in the combination of various resources in enterprise management. However, at present, most of enterprises are unable to make full use of the human resources and cannot stimulate the huge potential, which can’t configurate human resources effectively and cause great waste of human cost. From the angle of saving labor costs and improving the efficiency, according to the basic principle and method of human resource configuration, this paper, based on a specific project as the background, suitable for human resource configuration of particular project, use the model of assignment problem in operational research, accomplish the optimal combination of number and projects and solve the problem of the waste of human resource.

Abstract: Runtime verification checks whether one system execution conforms to a group of specific requirements. One of the many problems concerned is how to lower the costly instrumentation overhead, because the performance is as important as correctness. The solutions to cope with the problem include static checking, and hardware based instrumentation. What makes a difference to our approach is that it takes into account the modular structure of the observed run, and our approach makes a tradeoff between observability and cost by means of simulated annealing algorithm. The paper gives a definition of instrumentation observability in detail. The simulated annealing approach works out an optimized instructive instrumentation solution containing part of all the observing points. An experiment is conducted on the LwIP protocol stack to prove the effect of our observing strategy.

Abstract: To deal with the complete description and quick search in 3D assembly instruction publishing, a Two-dimension description method of process information for 3D assembly instruction publishing was presented. Two-dimensional description model of process information is established from operation description and granularity by this method. In order to organize process information with a certain description stage, the concept of process information layer was proposed, and the describe structure for process information layers was been build based on similarity criteria. Subsequently, an abstract matrix representation method is provided to express 3D process information and build the assembly instructions publishing model. Abstract matrix representation method was the key to influence the 3D process information description, Therefore, In-depth researched on it and an instantiated matrix is given. Finally, an illustrative example is used to explain an application of the proposed approach.

Abstract: To meet the needs of Body Sensor Network (BSN) intelligent terminal remote communication ,the scheme of network communication design in the Android intelligent terminals is provided .And combined with the characteristics of Android ,the method of Android network communication’s development is discussed .Firstly ,the architecture of intelligent health-cloud system and Android’s framework are introduced .And then the HTTP ,Web Service and other means of communication in Android are analyzed. Finally, a model of network communication in the intelligent medical is constructed and network communication in the intelligent terminal is carried out .The results show that Android can effectively take control of network communication in the BSN’s intelligent terminal and it has practical value.