Authors: S. Bharathi, P. Durgadevi
Abstract: Over the last several years, vehicular ad-hoc networks (VANETs) technology booming as significant research topic. Vehicular Ad-hoc Networks (VANETs) are a component of Intelligent Transportation Systems (ITS) that are in charge of communication between moving vehicles in a specific environment. VANETs are increasingly recognised as dependable networks that vehicles engage for communication between moving or stationary vehicles (V2V), Road side unit (RSU).The idea of enabling vehicle communication over a cellular connection prompted the creation of the new protocols, equipment, also different application scenarios. Various simulators were created at the time due to the inherent difficulties of evaluating these research contributions on a real-world test platform. The introduction of autonomous cars and the proliferation of new technology have created new research challenges in VANETs (e.g., 5G and edge computing). As a result, VANET simulators must be assessed to determine whether they are still capable of analysing these novel ideas. This study delivers a comprehensive assessment of Vehicular simulators such as Veins, EstiNet, ezCar2X, Eclipse MOSAIC, VanetSim, NetSim, VENTOS,demonstrating their current condition and capabilities for evaluating innovative situations in Vehicular network research. Depends on this demonstration, we highlight the unresolved research issues need to be resolved in current and future Vehicular network simulations.
797
Abstract: The article design a kind of intelligent control system with the function that can synthesize data, signal transmission and power control at the same time that it includes six components such as terminal equipment, network, controller, circuit, intelligent socket, electrical equipment. This article introduces the three detailed system implementation case with electrical equipment management mode of supply, working mode and working state of intelligent control is realized through the design of the system and improve the applicability of the system.
521
Authors: Liliana Georgeta Popescu, Paul Dan Brîndaşu
Abstract: The paper presents a situation of working in network in order to design or improve a new product. To implement theoretical models and to validate a working algorithm into a virtual research, there was proposed a specific theme from drilling and chamfering tool. The facilities offered by the research centers – database, software - led to rapid selection and configuration solutions, demonstrating achieving research productivity growth and a substantial reduction of times redesign.
69
Abstract: This paper designs a model of muti-echelon closed-loop supply chain network (CLSC network). CLSC network includes raw material suppliers, manufacturers, distribution centers, collection centers and customer zones. The purpose of this paper is to minimize the overall costs of CLSC network. The overall costs include transportation cost, fixed cost, variable cost, penalty cost. This model is a mixed integer linear programming model. In general, it is very difficult to solve the model. Cplex12.6 is used in order to deal with this model. The results show that this model can be solved by Cplex12.6 well.
1910
Abstract: Retracted paper: The evaluation of kernels is a confusing obstacle. In fact, few leading analysts would disagree with the deployment of the look aside buffer, which embodies the unfortunate principles of machine learning. We investigate how local-area networks can be applied to the analysis of the Internet.
811
Authors: Gennady Ivanovich Sidorenko, Artem Surenovich Alimirzoev
Abstract: In this article we have explored the issue of optimization of HPP site location in a cascade depending on social-economic, environmental and energy limitations taking into account available cadastre of water power resources. A multicriterion problem of optimization on the network was formulated. Pareto optimal solution of this problem was obtained by means of the developed mathematical model of optimization of the HPP site location in the cascade. The optimization algorithm to solve this problem has been developed
293
Authors: Qiao Jiang, Jun Ming Xu
Abstract: The paper designs a smart system cabinet based on STM32F107 and network, which can notify the aged to take medicine in time, and record the action of taking medicine all time, and send the results to server though the network module. The server will record the time of taking medicine, and according to the time to judge whether the aged take medicine in time. If not, the server will send text to family’s mobile phone through SMS Gateway, letting them to grasp the situation in time. It is more useful for the aged who always forget to take medicine.
567
Authors: Da Wei Lu, Zhi Bo Yang
Abstract: Strong earthquake motion observations have gathered much useful data for the seismic-resistant design of civil engineering structures, and for developing earthquake prevention technology. The performance of Chinese strong motion network has been evaluated from recent earthquakes in Chinese Mainland. To follow the new requirement of the earthquake mitigation plan, some new practice of strong motion observations are described, including rapid urban ShakeMap, earthquake early warning system.
358
Authors: Zheng Dong Li, Guang Hua Feng, Xin Feng, Qiang Sun, Shi Liang Cheng
Abstract: Aimed at the presented serious problem of mine collapse , a monitoring system for coal mine safety based on wireless sensor network is designed. The system overtakes the limitation of traditional system that the situation in mine is unknown in time. With this system, the security manager can real-time monitor the gas density of multi-location .Compared with traditional system, this system is portable and extensible and it also has advantage of physical size and power consumption. This paper describes both the whole system architecture and the structure of single node, furthermore, it also introduces the application method.
888
Authors: Zheng Dong Li, Qiang Guo, Yin Xu He, Ke Tu, Yi Wei
Abstract: Gas monitor system based on wireless sensor network technology and ZigBee overtakes
the limitation of traditional system that the situation in mine is unknown in time. With this system, the security manager can real-time monitor the gas density of multi-location .Compared with traditional system, this system is portable and extensible and it also has advantage of physical size and power consumption. This paper describes both the whole system architecture and the structure of single node. The results show that the system is safe, stable and guarantee the security of miners.
884