bluuebunny/crossref_metadata_2025 huggingface dataset:
Length Perceptual Characteristics on Raised-Dot Slippages
Authors: Nomura Yoshihiko , Iwabu Kazuki
Published: August 2014

If line-shape information was physically presented by virtue of some kind of mechanical interface, man-machine communication would be enhanced in the sense of multi-modal interactions. In order for such interactions to be available with ease, they should be realized as simple, small, and cheap devices even though suffering from a bit of performance decrease. Thus, the authors have studied a mouse-like computer-human mechanical interface. The idea is that slippage stimuli on a fingerpad would be effective enough to provide users a piece of motion information, and that the mechanism for slippage can be embodied in mouse interfaces. Here, to enhance the slippage perceptual performance, raised-dots were considered to be useful, and thus, a series of psychophysical experiments were carried out by using raised-dot planes with the period of 1.5, 3.1, 12.5, 30, and 50 mm, together with a without-dot flat plane. It was confirmed that the perceptual lengths were well formulated by a power law: they were proportional to the power of both speed and length. The exponential constants with the length factor were a little less than 1 corresponding to the ideal linear relationship. While the ones with the speed factor were in negative, nearly 0 corresponding to the ideal undisturbed relationship. Then, it was found that the pathway length perceptual accuracies for the raised-dot planes were much superior to that for the flat plane from the viewpoint of (1) length-related perceptual length contractions, (2) speed-induced perceptual length contractions, and (3) perceptual length random errors. This is shown in this chapter.
The Organizational Management as Instrument to Overcome the Resistance to the Innovative Process
Authors: Acosta Zamira , Febles Jaime
Published: August 2014

Changes in economic activity on a global scale affect organizations due to modifications on their decision criteria, but also for the permanent character of the change. This situation implies an increase of the competition and also the appearance of new markets and opportunities. On the other hand the innovation not only offers major possibilities to guarantee the organization’s survival but also it allows to increase their competitive capacity; even turning into a generating element of the change and vice versa. But it will be the organization that inserts appropriately the above mentioned innovation, or that uses it better, the one that will be more competitive. The management of the organizational change, in this sense, turns into an influential factor in the creation of future and in the promotion of the available possibilities. This paper analyzes organizational management more adapted to the innovative processes of the Canary companies, as well as the underlying differences in the types of compared enterprises.
A Nearly One-to-One Method to Convert Analog Signals into a Small Volume of Data
Authors: Ciulin Dan
Published: August 2014

This article is an extension for 2-D analogue signals (and more) of the methods presented in “A nearly One-to-One Method to Convert Analog Signals into a Small Volume of Data” which was published in an earlier issue. This new conversion method may save the storage space, the bandwidth of the transmitting channels and the necessary energy for transmission. It may be particularly interesting for the space communications and/or information storage but also for TV transmissions to save spectrum, especially for the coming 3-D TV. Once a successful realization of a dedicated software and hardware able to realize the conversion in “real time”, new standard with a better quality and low data volumes may be considered for the 2-D and also for the 3-D signals transmission and/or storage. This conversion method may be considered also as a “public key encryption” and may insure a good (or even very good) security of information. Due to the high sensitivity of parameters of this coding/decoding procedure, especially for higher compression factors, and to the big number of the used parameters, this method may be also considered as a strategic information technology.
Human Supervision of Automated Systems and the Implications of Double Loop Learning
Authors: White A.S.
Published: August 2014

This paper describes the problem of human monitoring of automation. It considers the approaches involved in mental models and compares the ideas involved in double loop learning. The approaches are collected together with limited experimental experience to form a more complete model of the learning model involved in developing human control with proposed strategies for development.
A Semiosis Model of the Natures and Relationships among Categories of Information in IS
Authors: Nguyen Tuan M. , Vo Huy V.
Published: August 2014

The paper explores, in a semiotics approach, the natures and the relationships between the category of information and its relatives that are data and knowledge. The resultant process model makes clear both the evolutionary natures and the triadic relation among the information categories. In addition, drawn on Peirce’s theory of inquiry which stresses the role of community along the inquiring process, a central thesis of the paper is the pragmatic model of information formulation in the information systems field.
Tracking Target Identification Model Based on Multiple Algorithms
Authors: Ding Ma
Published: August 2014

In view of current situation of bad data synchronization, image blurring and tracking station stability in tracking target identification, a kind of tracking target identification model based on multiple algorithms was put forward, firstly establishing the image degradation model, using the wavelet algorithm for image preprocessing, doing image edge segmentation by using Robert algorithm after pretreatment, then using the maximum variance threshold method for image threshold segmentation, then extracting target features from the segmented image, and finally using the ABS algorithm to finish target tracking. Experiments proved the proposed model practical and effective.
Vibration Control on Shells through Theoretical and Numerical Analysis
Authors: Ren De Xin , Hong Jie , Chen Lu Lu
Published: August 2014

A theoretical and numerical study has been performed on an air film damper attached to a plate structure. Combined with the analysis by Fox and Whitton, a damping model of the air film damper has been developed. A complex stiffness was introduced to represent the air pressure in the damper cavity. The stain energy and dissipated energy were integrated from the real part and imaginary part of the complex stiffness to determine the stiffness and damping. The response of the plate with the air film damper was considered by treating the air film as multiple discrete damping-stiffness elements using ANSYS.
Study on Consistency Analysis in Text Categorization
Authors: Zuo Wan Li , Wang Zhi Yan , Ma Ning , Liang Hong
Published: August 2014

Accurate classification of text is a basic premise of extracting various types of information on the Web efficiently and utilizing the network resources properly. In this paper, a brand new text classification method was proposed. Consistency analysis method is a type of iterative algorithm, which mainly trains different classifiers (weak classifier) by aiming at the same training set, and then these classifiers will be gathered for testing the consistency degrees of various classification methods for the same text, thus to manifest the knowledge of each type of classifier. It main determines the weight of each sample according to the fact is the classification of each sample is accurate in each training set, as well as the accuracy of the last overall classification, and then sends the new data set whose weight has been modified to the subordinate classifier for training. In the end, the classifier gained in the training will be integrated as the final decision classifier. The classifier with consistency analysis can eliminate some unnecessary training data characteristics and place the key words on key training data. According to the experimental result, the average accuracy of this method is 91.0%, while the average recall rate is 88.1%.
Research on Natural Language Recognition Algorithm Based on Sample Entropy
Authors: Lai Juan
Published: August 2014

Sample entropy can reflect the change of level of new information in signal sequence as well as the size of the new information. Based on the sample entropy as the features of speech classification, the paper firstly extract the sample entropy of mixed signal, mean and variance to calculate each signal sample entropy, finally uses the K mean clustering to recognize. The simulation results show that: the recognition rate can be increased to 89.2% based on sample entropy.
Research on Multi-Fuze Co-Channel Interference Suppression Based on Pseudorandom Code Phase Modulation
Authors: Wei Chuan Ting , Ning Quan Li , Chen Dong
Published: August 2014

This paper introduces the working principle of the pseudorandom code phase modulation pulse, analyzes the theoretical foundation of multi-fuze co-channel interference suppression achieved by phase modulation of the signals through pseudorandom coding, and through the calculation and analysis of simulation, verifies the feasibility of the multi-fuze co-channel interference suppression based on pseudorandom code phase modulation.
Research on the Application of Chaotic Iteration Function of Heterogeneous Populations Mining Algorithm in Computer Based on Co-Evolution
Authors: Zheng Han , Gao Xiao Bo
Published: August 2014

Based on the co-evolution theory, this paper establishes the mathematical model of heterogeneous populations, and joins the chaos function concept in the model, which makes the function have the effect of turning iterative nature of chaos, and designs computer digital output algorithm. In order to study the validity and reliability of the designed algorithm and mathematical model in this paper, with the combination of BSIM3 and MOSFET model, the paper designs a computer automatic control circuit, and the circuit is studied by numerical simulation. The Md-Vds curve can be seen that the numerical simulation result is consist with experimental results, which verify the validity of the algorithm. The computer control circuit I-VTH characteristic curve can be seen that the peak value of circuit fluctuation is consisting with the theoretical situation, which verified the reliability of the algorithm.
Research on Wireless Sensor Network Based on Data Acquisition Technology
Authors: Lu Rong Hua
Published: August 2014

In this paper we use the wireless Android smart network to control data collection network of wireless sensor networks, and establish the wireless sensor network data acquisition model based on particle swarm layout algorithm, and design the data signal receiving algorithm by introducing wireless fence monitoring method. In order to verify the reliability and applicability of the algorithm, we compare the particle swarm layout algorithm with PSO, random distribution and genetic algorithm. Through experiments, data gathering integrity of particle swarm layout algorithm reaches 96%, the time of data acquisition is 1258 seconds, the iterative number is 12587 times. It is the best of the three algorithms. It provides a theoretical reference for the research on data acquisition and control technology of wireless sensor network.
Research on Wireless Sensor Networks Data Fusion Algorithm Based on COA-BP
Authors: Liang Xiao Xiao , Cao Li , Wei Chong Gang , Yue Ying Gao
Published: August 2014

To improve the wireless sensor networks data fusion efficiency and reduce network traffic and the energy consumption of sensor networks, combined with chaos optimization algorithm and BP algorithm designed a chaotic BP hybrid algorithm (COA-BP), and establish a WSNs data fusion model. This model overcomes shortcomings of the traditional BP neural network model. Using the optimized BP neural network to efficiently extract WSN data and fusion the features among a small number of original date, then sends the extracted features date to aggregation nodes, thus enhance the efficiency of data fusion and prolong the network lifetime. Simulation results show that, compared with LEACH algorithm, BP neural network and PSO-BP algorithm, this algorithm can effectively reduce network traffic, reducing 19% of the total energy consumption of nodes and prolong the network lifetime.
Reader Management and Coordination Component Based on RFID
Authors: Wang Hao Wei , Yang Shu Hui
Published: August 2014

RFID has the advantages of waterproof, antimagnetic, heat resistance, long service life, great reading distance, encrypting data on label, greater capacity of storing data and free modification on stored information compared with bar code. Applying it brings revolutionary change to the retail and logistics industry. Selecting technology to manage RFID and selecting strategy to coordinate RFID is very important to promote the application of RFID. The paper implements RFID management system, ALE engine and data processing components, and expounds the technique and details implementing the system.
Research on Network-on-Chip Dynamic and Adaptive Algorithm and Choice Strategy
Authors: Li Dong
Published: August 2014

With further increase of the number of on-chip device, the bus structure has not met the requirements. In order to make better communication between each part, the chip designers need to explore a new structure to solve the interconnection of on-chip device. The paper proposes a network-on-chip dynamic and adaptive algorithm which selects NoC platform with 2-dimension mesh as the carrier, incorporates communication energy consumption and delay into unified cost function and uses ant colony optimization to realize NOC map facing energy consumption and delay. The experiment indicates that compared with random map, single objective optimization can separately saves (30%~47 %) and ( 20%~39%) in communication energy consumption and execution time compared with random map, and joint objective optimization can further excavate the potential of time dimension in mapping scheme dominated by the energy.
An Optimization Scheme for Bank Batch Processing Based on Cloud Computation
Authors: Zhao Xi , Li Guang Ming
Published: August 2014

Most commercial banks have put their business and data processing into centralized IT&Data centers. Fast business developments require IT centers to handle increasing number and volumes of batch processing; new challenges are how to make full use of available IT resources and have flexible configurations. Cloud Computation is changing the manner how information system architecture is to be redesigned to meet higher service level and IT cost constraints. The core features of IT resource and application virtualization in cloud computation could increase IT center performance and optimize resource allocation algorithms for batch processing in banking, e_commerce and other tense and large-scaled data processing industries. A batch processing optimization scheme is presented which consists in creating a dynamic model by dividing business process into parallel and independent tasks to whom are allocated adequate IT resources. An experimental environment based on Hadoop/MapReduce framework is set up to simulate the performance of the proposed scheme, the simulation results show inspiring advantages which encourage further research and application work.
Research on Multimedia Integrated Management System
Authors: Yao Wen Wen
Published: August 2014

Aiming at many problems existing in the multimedia classroom, the paper takes multimedia classrooms as point, IC card and electronic timetable for the line, the campus network as the surface, integrate independent function system and establish the unified management system for multimedia classroom. The system has perfect fault detection, centralized management of multimedia classroom control management. The system alleviate the current most of difficult the multimedia classroom management in equipment maintenance, to solve information collection and processing is not standardized and maintenance funds for higher difficulty, which have significance and to achieve a comprehensive integration and digital campus.
The Research on the Boosting Decision Tree Algorithm for Intelligent Medical System
Authors: Zou Dong Lan
Published: August 2014

Intelligent Medical Systems currently has been used in most advanced hospitals worldwide, and most of theses systems have the function module of guiding-patient-diagnosis, which makes the patient use this feature to get a preliminary treatment opinion based on their patients condition. In this paper, the way of enhancing the effect of guiding-patient-diagnosis with boosting decision tree algorithm is researched, and the paper describes the specific applying process of the algorithm. Finally, boosting decision tree algorithm prove to improve the efficiency of intelligent guiding function, making intelligent guiding diagnosis function accurate and reliable, which save the health care resources and the time of doctors and patients.
Analysis of Risks for Virtualization Technology
Authors: Song Meng Hua
Published: August 2014

In IT field, the application of the virtualization technology has expanded the capacity of computer hardware, simplified the software configuration process, and simulated the parallel operation of multiple CPUs. Such technology can achieve multiple operating systems running one platform at the same time, and improve the work efficiency of the computer. In the application of the virtualization technology, there are various conditions to cause risks, such as security, high resource utilization, disunited virtualization technology standards, expectation for cost reduction, changes in management mode and application migration, etc. For the risk existing in the application of the technology, the author puts forward the specific countermeasures, benefiting the abatement or elimination of risk of virtualization technology application, thus to ensure the purpose of applying such technology. This paper mainly analyzes the target the risk of virtualization technology application and puts forward the specific measures for reducing the risk of the virtualization technology application, in order to facilitate the practical application and development of the virtualization technology.
Design of Gear Parameters Visual System Based on LISP
Authors: Guo Hong Tao , Zhang Wei Guo
Published: August 2014

Article use Visual LISP development tools and DCL dialog technology, which implements the standard straight teeth, a two-dimensional cylindrical gear parametric drawing on AutoCAD platform, with easy to operate and improve design efficiency. We achieved that using the dialog box design input parameters, and gear parts of the design calculations, parameters proofreading and all kinds of gear design drawing different structures by programming. The output is fully automated computer-aided design system. The results show that the design of the system significantly improves the efficiency of the part design.
The Design of Web User Interface Based on Dynamic Re-Components
Authors: Liu Shi , Gang Jia Lin , Ma He
Published: August 2014

For environment and user needs easy-to-change issues in the Web application system application, the ideology of flexible software and Web interface design combining in the paper, we proposed a dynamic reconfiguration capability flexible component-based Web user interface model. The model displays the description of component style templates and adapts to the structural changes of business data component rules stored in the XML documents and relational databases, so as to solve the adaptability and reusability of Web user interface. Finally, a flexible Web user interface of the table data display function to illustrate the effectiveness and availability of the model.
Behavior Analysis in E-Commerce
Authors: Qian Guang Tian
Published: August 2014

At the age of the electronic commerce, the introduction of the electronic commerce into the sports, and the formation of electronic commerce, the present situation and the environment and the changes of the sports consumers under this environment provide the countermeasures for the development of the marketing of the sports market and the development of the electronic commerce for sports.
Design on Sharing Network Platform of Information Feedback Based on Web-MIS Loose Coupling System
Authors: Lu Chun Yan
Published: August 2014

On the basis of the spatial statistical analysis and Web-MIS theory, the Web system has been improved in this paper. We introduce the survey statistical model of the new network teaching system and spatial statistical analysis concept in Web system. This system has been developed by using JZEE software, and the Java technology also has been incorporated in the system, which makes Web applications be more and more dynamic and agility, achieves the loosely coupled performance of Web system, and has good application prospects. Take the design and development of college students' employment information platform as an example, we have designed the mathematical model of college students employment statistics and the algorithm of new network teaching system, and on this basis, we have established the positive feedback factor system for employment, which implements the entering, updating, statistics, querying and other functions of college students' employment data under the environment of Web operating, and achieves the real-time interaction effects between user and computer.
Research on Mobile Information Access Based on Internet of Things
Authors: Geng Jiang Tao , Xiong Xiao Bo
Published: August 2014

The paper design mobile information collection system based on Internet of Things, implemented access gateway by smart mobile devices through a variety of ways, such as Wi-Fi and access the underlying perceptual information based on ZigBee wireless sensor networks. On the one hand, For information sensitivity of the sensor network, we design the mobile terminal through the gateway access authentication protocol, and effective solute the authentication and information between mobile devices and gateways, gateway and sensor network nodes obtain permission problem; on the other hand, according to the practical application of mobile information collection characteristics, the paper proposed information collection strategy based on historical data movement path to solve the problem for too long the device connection is established when the mobile smart devices collecting information along fixed lines, increasing the actual data transmission time and improve the efficiency of information transmission.
BP Neural Network Based Animation Production Prediction
Authors: Tao Ran , Yuan Da Chao , Hu Gang Yi
Published: August 2014

In order to research the basic condition of animation production, this article chooses BP Neural Network to predict the animation production. We select 13 test samples, selected nine of them randomly as training samples, and the remaining four as the test samples. The coefficient of determination is 0.99839 and the mean relative error is 0.186125. The result shows that BP Neural Network is an effective prediction method.
Model Construction and Algorithm Analysis of Virtual Study Environment Based on LabVIEW
Authors: Zhong Hong Mei
Published: August 2014

The social behavior and social power are an important course in psychology related professional. With the constantly improvement of our country economy development level, the occupation level practitioners of the industry requirements more stringent, and how to quickly and effectively learn social behavior and social power, it is concerned gradually. The computer simulation technology is introduced into the social behavior and social dynamic learning problems, and we first introduce the connotation of the computer simulation technology. On this basis, we also analyze the application of computer simulation technology in the social behavior and social dynamic learning advantages, to build the analysis of social behavior and social dynamic learning model based on computer simulation technology. Finally, the computer simulation technology is introduced in the social behavior and social dynamic learning, which can stimulate interest in learning, to effectively improve the efficiency of learning results.
Nonlinear Analysis of Mixed Signal Test Based on Graphic Program Design
Authors: Guo Li Jie
Published: August 2014

In this paper, based on the parabolic interpolation function of nonlinear Lagrange, we establish the mathematical model of business translation graphical teaching method. In order to verify the availability and reliability of the model and algorithm, we test the performance of graphic business English translation platform. After testing the mixed signal of platform, the current with fault is lower than circuit without fault. The peak voltage of triangular wave is about-6V and 6V. According to the response curves of English translation circuit, different sequencers realize the parallel translation. It improves business English translation speed, and provides the technical reference for the innovation cultivation of business English talents.
Design and Realization of TFT LCD Driver Circuit Based EPM240
Authors: Peng Hong Juan
Published: August 2014

This paper introduces the implement method of the controller of a CPLD TFT based on the LCD digital display, using CPLD to achieve TFT-LCD display timing generation, display image processing, double memory read-write rotation control functions, This design according to the actual demand, cut on the interface function of special display control chip, custom display control function, enhance the system reliability and design flexibility. Applied to a liquid crystal display control unit, solve practical problems in engineering.
GPIB Communication Design of Programmable Instrument
Authors: Zheng Jia Jia
Published: August 2014

GPIB (General Purpose Interface Bus) is the international instrument interface standard. From the perspective of programmable instrument implementing GPIB communication, the paper describes the mode of NAT9914 implementing GPIB communication in details. America National Instrument Company is the leader of GPIB technique. The paper uses GPIB communication card and communication software NI488.2 of NI Corporation to verify the designed GPIB communication interface. In the program, GPIB communication interface is applied to the communication of programmable power supply of computer. The paper makes systematic introduction on standard command for programmable instrument and applies SCPI to control program-controlled power supply.
Research on CGI in Embedded System
Authors: Han Chang Jun
Published: August 2014

This paper mainly studies the method of dynamic embedded Web server technology and its realization. Taking S3C2440 processor as the core hardware platform, constructed the software system of based on Linux operating system on the hardware platform; Analysis the key technology of web server, select Boa as the embedded web server, Boa server and CGIC database successfully transplanted and run the static Webpage; The paper detailed analysis of the CGI technology and using C language to compile the CGI program to realize dynamic Web server, realize the use of the Web browser to the remote Web server access control function.
Research on the Drunk Driving Intelligent Test System Based on μC/OS-II
Authors: Liu Bing Guo , Han Yun , Zhao Bing
Published: August 2014

The article design the hardware system scheme using STM32F407 as the control core circuit, and designed the software structure of the system and application layer multi task and priority based on transplanted μC/OS operating system. Aimed at that the traditional drunk driving detection system has low sensitivity and unable to distinguish diffuse alcohol signal interference. For accurate identification of pilot and crew alcohol concentration, the paper puts forward a driving intelligent identification wine system based on embeddedμC/OS-II. The experimental results show that the detection sensitivity of the system has high accuracy rate, effectively prevent the purpose for the prevention of drunk driving, drunk driving has very good practical value.
Research on μC/OS Operating System in GPS
Authors: Jiang Shu Bin , Su Jie Ru
Published: August 2014

The article design a vehicle monitoring terminal system based on μC/OS and introduces the hardware system design of STM32F407 as the control core. On the basis of transplant μC/OS operating system, the system software architecture , application-layer multi-task and the priority has been designed, focuses on the use GPRS tasks, preparation methods GPS tasks. After experimental tests, the system is stable and reliable, the realization of real-time vehicle monitoring. System design methodology for embedded system application development has a certain reference value.
Design of Natural Ventilation and Analysis of Ventilation Safety in Commercial Building
Authors: Zhou Jun , Liu Xiao Hui
Published: August 2014

This paper establishes computer CFD simulation mathematical model of large commercial buildings according to the principle of cubic interpolation function and determines the cubic interpolation function based on triangular elements method. It concludes the cubic polynomial in the process of simulation which improves the efficiency of computer simulation. This paper introduces modeling process and flow diagram of simulation process of numerical simulation of natural ventilation simulation of commercial building. It also simulates the indoor ventilation of building which treats the logistics field model of commercial tower building as the object of study. It concludes two-dimensional and three-dimensional contours of air and humidity. Finally, this paper gets the environmental distribution of the temperature through the simulation calculation and draws temperature change curve with distance which provides technical reference for the design of ventilation safe indoor.
Design of Multi-Protocol Converter under Coal Mine Based S3C2440
Authors: Liu Ye Hui
Published: August 2014

In recent years, China's coal industry accidents occur frequently, seriously affect the development of the coal industry, for the job site in the coal mine monitoring system installed several monitoring of coal mine production equipment to ensure safety and reliable operation of equipment. However, a plurality of building monitoring system meets some problems, such as reducing the waste of resources and production costs, and improve the level of safety management, the use of embedded technology designed S3c2440 based multi-protocol converter, prompting the original coal use different protocols and applications compatible with a variety of monitoring systems, monitoring of information data seamless transfer and access into the Ethernet switch, the status of the mine production equipment is transferred to the centralized control center for centralized management. This paper will be based on coal mine multi-protocol converter design S3c2440 detailed analysis and research.
Comparative Study of the Auto Electronic Control System
Authors: Qu Feng Zhen , Lu Bao Cheng
Published: August 2014

Based on mathematical principle of function interpolation we design dominant and recessive auto electronic control system. In order to compare the performance of the two systems, we design a control experiment of automobile electronic signals for these two systems. The system adopts the CAN bus control, the wheel speed and door signal use the 0001-0100 signal channel to control, oil pressure and fault signal use the 0100-1111 signal channel to control. From the testing results of two systems, the dominant auto electronic control system occupies 8 channels, which is far from the theoretical value; and the recessive control occupies only 2 channels, which is accord with the theoretical value. It provides the technical support for the design of automotive electronic control system
Fault-Tolerant Control against Actuator Failures for a Class of Uncertain Singular Systems
Authors: Wang Guo Rong , Lei Juan
Published: August 2014

In this paper, the fault-tolerant control problem for uncertain singular systems is discussed when actuator is normal and failure. First, using linear matrix inequalities (LMI), the state feedback is designed so that the singular system is asymptotically stable when the actuators work well. Then, the state feedback is designed so that the closed-loop singular system is asymptotically stable when the part actuators occur failure. Finally, the use of LMI method , the fault-tolerant state feedback controllers with integrity are presented for uncertain singular systems.
Research on Local Control System of Hydropower Station Spillway
Authors: Wu Hong Xia , Jia Jian Ping , Zhou Ming
Published: August 2014

In this paper, the hydroelectric power station spillway in local control system is studied. The spillway is one of the most important buildings in reservoir hub, it used for drain the flood which is cant accommodate by planning capacity, and it can guarantee the safety of dam body. It is generally not work. In this paper, the spillway of monitor and control system for a hydropower plant as an example, a method of TSX PLC system of application in local control system was emphatically dissertated, it meets the production demand. The field experience shows the design of the system is reasonable, stable and reliable.
Research on the Design of Laptop Temperature Control System
Authors: Liu Jian Ping
Published: August 2014

In this paper, the temperature control of laptops is studied for the purpose of making laptops fit to work in low temperature environment. In the research, we designed the temperature testing module with the method of accuracy and simplicity, so that RF heating and PWM pulse is adopted. The AVR mega32 MCU is used as the core of the whole system, and Fuzzy-PID is chosen as the algorithm of the system. The system code is programmed by the C languages. The whole system is capable of keep the errors of temperature under 1°C.
Research on Swimming Pool Water Treatment Based on Embedded System
Authors: Du Xin Yu
Published: August 2014

This paper mainly designs the outdoor swimming pool circulation purification system, introduced the circulation mode selection, calculation of water cycle, and we proposed water purification treatment measures. After filtration and disinfection of swimming pool water, which achieve the "Hygienic standard for swimming place" (GB9667-1996) that regulations on "the quality and hygiene standards" artificial swimming pool, which can be recycled.
Design and Implementation of DDFS Based on CORDIC in FPGA
Authors: Yang Xiao Ming
Published: August 2014

DDFS is widely used in digital signal processing and communications. Orthogonal sine wave oscillator is the main part of DDFS. In this paper, a new CORDIC algorithm implemented based on FPGA is proposed to realize DDFS. Replace the traditional look-up table ROM method to CORDIC algorithm. The algorithm has been realized in the FPGA using the pipeline architecture. The design has the advantages of little hardware resource consumption, high accuracy, and without memory. At the end, give a simulation waveform and spectrum analysis by AD converter, show the result in oscilloscope.
Design of Sintering Machine Lubrication System Based on PLC
Authors: Wan Li Li , Wang Guo Rong , Luo Jian
Published: August 2014

The design of Xinyang Iron and Steel Factorys sintering machine lubrication system based on Siemens S7-200 PLC is introduced in this paper. According to the characteristics of the lubrication system, and the current domestic situation of the lubrication system existing problems, corresponding control strategy is presented. Using automatic oil supply system instead of manual oil supply, not only improve the reliability and accuracy of the system control, but also improve the working efficiency.
Direct Damage-Based Seismic Design Method of RC Frame Structures
Authors: Luo Lan Fang , Xu Jing
Published: August 2014

Based on the existing research, this paper presents an innovative methodology to realize direct damage-based seismic design for RC frame structures by mobilizing ESDOF theory and the damage-based strength reduction factor (RDfactor). A design example is then followed to verify this method.
Design and Implementation of Detection System Based on IC
Authors: Wang Lin Jing , Zhang Pei Jiang
Published: August 2014

This paper has introduced a kind of intellectual detection system. Based on electronic circuit, this system which adopts the integrated circuit can realize the following functions: When someone passes in or out, it firstly transmits the signal of transmitting circuit, receives the signal of receiving circuit, and the identification of circuit can record personnel entering or leaving counted by the counter for addition or subtraction. When someone enters, the counter of this system can go on with counting automatically. When someone leaves, it can automatically reduce count. Finally, through BCD-latch /7-segment decoder / driver LED display, we can see that show counting through the monitor.
Impact of Different Style of Tower-Beam-Connection on Cable-Stayed Bridge's Earthquake Response
Authors: Chen Yu
Published: August 2014

In this thesis, Three structural systems of main towerbeam-consolidation, two tower-beam-consolidation and none-tower-consolidation with the pile-soil-structure interaction are established ,free vibration characteristics and seismic response of three structural systems are investigated, and seismic response of Response spectrum and Earthquake schedule are analyzed respectively and compared. Studies have shown that in the process of the bridge construction, because of the small span, internal forces were the control action and the displacement is the second.
Design and Implementation of Portable Intelligent LCF Measuring Instrument
Authors: Wang Lin Sheng , Ma Ying , Wang Xiao Zhi
Published: August 2014

In view of it is often needed to measure the value of the inductance capacitance and signal frequency in the welding and the debugging process of the electronic circuit, specialized equipment due to the huge volume of expensive equipment which is difficult to measure, we use SCM to design a portable measuring instrument which have low cost and can measure the value of inductance and capacitance, as well as signal frequency. It can meet the demand of precision after testing, so as to reach requirements for measuring instrument.
Study of Urban Storm Intensity
Authors: Zhang Chao , Li Bo Fu , Wang Zong De , Zou Jian Yong , Jiang Ying He
Published: August 2014

All the rainfall data from 1983 to 2012 in HScity were collected andthe annual maximum value method was adopted to select the samples. Parameters of storm intensity formula of single return period were calculated through the optimization method and the least square methodfor itP tables.Then, the storm intensityformula was established. Through the comparative analysis of the precision of both the new formula and old one,the result indicated that the absolute mean square deviation and relative mean square deviation of new formula were less than 0.05mm/min and 5%,while old formula cannot meet the requirement ofoutdoor wastewater engineering design.
Confined-Accelerated Creep Tests to Determine the Creep Reduction Factor
Authors: Zhang Zhen , Zhu Duo Yi , Chen Teng Fei , Wang Tao
Published: August 2014

The creep characteristics of geogrids is one of the most important factors affecting its permanent in reinforced soil structures. currently, most of the creep tests are under unconfined conditions, the results deviates significantly from the real status in the application . And conventional creep tests are time-consuming and costing.In this paper, time-temperature superposition principle of geosynthetics is used to accelerate creep and shorten test time. This paper presents a new device to perform simultaneously confined and accelerated creep tests on HDPE50 geogrid . According to the results and time-temperature superposition principle of geosynthetics,the master curves are obtained . Finally the creep reduction factor of confined and unconfined conditions is analysed in the actual project .
Study on Construction Project Planning and Acceptance Completion Measurement
Authors: Su Ying She
Published: August 2014

The task of construction project measurement control is to conduct real-time tracking measurement of the acceptance completion process of construction project and correct the theoretical calculation according to the measured data. According to the corrected calculated result, it proposes the corresponding measurement control measures of the construction project state to ensure the construction project structure state always in the rational error range in various acceptance completion processes and ensure the completion shape and completion structure internal force of the construction project to meet the design goal after completion.
Research on Modification and Mineral Processing Tests of Ester-105
Authors: Qin Lei , Peng Hui Qing , Shao Hui , Liao Xiang
Published: August 2014

At low temperatures, the copper sulfide ore collectors ester-105 will be solidified and influence the flotation indexes. To this problem, this experiments chemically modify the ester-105, and monitor the synthesis of the modified ester-105 with the use of chromatography-mass spectrometry which is widely applied in chemistry. Thereby, a specific understanding of the modified ester-105 ingredients is gained. Through a copper flotation test with modified ester-105 as collector, it is found that the modified ester-105 can solve the problem that ester can not well sort copper sulfide at low temperatures. This finding is conducive to promote the use of modified ester-105.
Study on a Lead-Zinc-Fluorite-Barite Symbiotic Ore
Authors: Yu Fu Tao , Gao Hui Min , Tao Shi Jie , Shi Wen Tao , Ren Zhi Jie , Yuan Da Chao , Fu Chang Xing
Published: August 2014

The ore using in this paper was obtained from Hunan Province, China, which contains fluorite (15.65%), barite (48.42%), quartz (30.56%), sphalerite (0.57%), galena (0.54%) and other minerals. After fluorite-barite mixed flotation, fluorite-barite separation flotation, and anti-flotation of lead and zinc minerals, the fluorite concentrate with 97.35% CaF2 and barite concentrate with 95.49% BaSO4 was gotten. The recovery of the fluorite concentrate was 81.85% and the recovery, specific gravity, whiteness of the barite concentrate was 95.00%, 4.34g/cm3, 90.65%, respectively. This symbiotic ore can be comprehensive utilized by this beneficiation procedure.
Design of Mining Boundary for Yinjng Limestone
Authors: Yang Juan , Zhang Guang , Chen Jing Xi
Published: August 2014

Mining boundary directly concerns economic benefits, so its design is very crucial. According to the given news about Yunjing mountain limestone such as geographic location,surrounding environment,topography-geomorphology, ore body occurrences , resources reserves and so on, this paper makes a design of mining boundary for Yinjng limestone following the rule that average stripping ratio is less than economic stripping ratio. This design will provide some guidance for the construction and production of the limestone.
Treatment of Industrial Wastewater Containing High Levels of Ammonia and Salt Using Vacuum Membrane Distillation
Authors: Zhang Yi Min , Huang Wei , Bao Shen Xu
Published: August 2014

The wastewater containing extreme high levels of ammonia and salt was treated by vacuum membrane distillation (VMD). The effects of feed flow rate, temperature and vacuum degree on ammonia removal efficiency (ARE) were investigated systematically. The ARE can be promoted by increasing feed flow rate, feed temperature and vacuum degree in this study.
The theoretical mass transfer model was obtained based on series of theory derivation, and the theoretical released ammonia is consistent with the experimental data at conditions ranged in this study, indicating that the developed model is suitable to evaluate the ammonia removal during VMD process.
Adsorption of Dye from Aqueous Solution by Palm Leaves
Authors: Sun Hong Hai
Published: August 2014

In this study, the palm leaves powder was used as adsorbent for the removal of rhodamine B (RhB) from aqueous solutions. The effects of initial RhB concentrations, adsorbent dosage, initial solution pH and contact time on the amount of color removal was investigated. Batch kinetics and isotherm studies were conducted to evaluate the adsorption behavior of the palm leaves powder. TheLangmuir and Freundlich isotherm model were used to describe the equilibria data. Further, the kinetics involved in the sorption process was evaluated at different initial RhB concentrations.
Simulation of Environmental Pollution Improvement
Authors: Liu Hong Chen , Cheng Ruo Xin , Yan Han
Published: August 2014

In recent years, the researches on the theory and application of public articles and mechanism design at home and abroad has attracted more and more attentions. The paper uses the idea of mechanism design and simulation to analyze and solve environmental pollution improvement. By establishing a simple environmental pollution improvement model, the paper transforms pollution control into binary decision established by a sewage treatment plant and different decisions by the fisherman on the establishment of sewage treatment plants. The paper observes the results of applying different mechanisms and proposes the suggestions of implementing various pollution control methods.
Real Time Monitoring System Design of Animal Husbandry Logistics Based on ARM and ZigBee
Authors: Wang Lin Jing , Zhang Pei Jiang
Published: August 2014

How to guarantee the origin country of livestock and monitor survival state during transportation become imminent problems of animal husbandry logistics. This paper proposes the use of RFID technology to monitor the origin country of livestock, using the ZigBee and ARM to monitor the environment during transport to assure the livestocks physique. After a preliminary test, the system works well and meets the requirement.
Grey Correlation Analysis on Collaboration Client Evaluation in Supply Network
Authors: Liu Ling Lling
Published: August 2014

According to the supply network collaboration and its influence on the whole performance of supply network, the index system for collaboration client evaluation is set up. In this system, the weight of each index is determined by its importance in supply network of manufacturing cluster. In addition, the related evaluation decision-making model is established based on the grey characteristic of information and the empirical analysis is performed finally.
Regression Modeling and Optimization Assessment System for Weightlifting
Authors: Yang Shi Yong
Published: August 2014

By means of statistics and optimization, the author investigated the results of sixteen weightlifters in snatch lift , the clean and jerk lift, and other ten different lift executions indexes., then analyzed the relation between snatch, the clean and jerk, the total result, and ten indexes, the study draws the following outcomes: (a) all ten indexes are internal consistency in assessment of the result of snatch, the clean and jerk, and the total result, (b) the result of power snatch, snatch pull, wide grip dead lift, front squat, and push press can be used to assess the result of snatch, (c) power clean, clean pull, narrow grip dead lift, and push press can be used to assess the clean and jerk, and (d) snatch pull , clean pull, front squat, and push press assess the total result .