Page No: 1-7
Designing of Non-Destructive
Detection Device Consisting of High Speed Industrial Cameras and Miniature
Camera Components
Haoming Hu, Haihong
Zhang and Peng Xia
School of
Mechanical Engineering, Beijing Institute of Technology, Beijing, China
Abstract: In this
paper, non-destructive testing on the inner wall surface of the deep, invented
a detection device, the device by numerical control systems, mechanical control
devices and imaging device components. PC lower machine controlled by CNC
system mechanical devices IPC and PLC can control the composition includes a
manual lift the car up and down movement, control multistage axial movement of
the cylinder and the axial rotation of the servo motor control to meet the
imaging device the location requirements. Imaging device consists of a
high-speed industrial cameras and miniature camera components. The device has a
low cost, high accuracy, simple manufacturing process and so on.
Keyword: Image Processing,
Electrical Control, Endoscopic Detection
Page No: 8-13
Reliability Analysis
and Improvement Measures for CNC Cylindrical Grinding Machine Based on Failure
Statistics
Guibo Zou1,
Haorong Sun1 and Shuaipeng Yan2
1Engineering Technology Department, Xijing
University, Xi’an, China
2School of Information Science, Wuhan
Institute of Technology, Wuhan, China
Abstract: CNC
cylindrical grinding machine reliability is an important performance indicator,
the level of reliability will directly affect the use of CNC cylindrical
grinding machine. Reliability of the traditional classification method is not
clear, standards are not uniform, the paper application taxonomy for 12 CNC
grinding machines from September 2012 to July 2014 for two years more than 600
pieces complete failure and repair data for statistical analysis to identify a
greater impact on the overall reliability of the fault location and cause of
the malfunction. According to the probability of occurrence of each failure
mode, the severity of harm's comprehensive evaluation of the degree of fault of
each site, identify the weak links of the whole system. As a result, the reliability
of CNC cylindrical grinding machine will be greatly improved.
Keyword: CNC
Cylindrical Grinding Machine, Reliability Failure Statistics, Failure Analysis,
Optimization
Page No: 14-19
Ventilation System
Reliability Quick and Accurate Identification for Coal Mines Based on Probabilistic
Neural Network
Yan Zhang, Wenbiao
Wu, Huqiang Li, Guofu Zhao and Ninghai Mao
School of Automotive,
Beijing Polytechnic University, Beijing, China
Abstract: In
order to accurately and quickly identify the level of ventilation system
reliability of coal mines, a new evaluation method based on Probabilistic
neural network (PNN) was proposed in this paper. The design of structure of
network, the rationale of evaluation algorithm and the performance of proposed
method were discussed in detail. The case analysis indicated that the
application of proposed method is feasible and reasonable and this evaluation
method is easier and more practical. The research of this evaluation method
could provide a new way of thinking for reliability judgment of the mine
ventilation system.
Keyword: Ventilation
System Reliability, Probabilistic Neural Network, Evaluation Method
Page No: 20-27
Compare Authentication
Algorithms for Mobile Devices for E-commerce in Order to against Attacks and Combination
of Hash Functions Salt and Nonce
Christopher A Salome
and Atwood Bowenis
Centre of Database
and Mathematical Modeling, Arizona State University, Lake Havasu, USA
Abstract: Nowadays
use of E-commerce with mobile devices through the special capabilities, such as
mobility and widely used become more popular. The security of transactions in
these devices is a great challenge due to limited computing power and
relatively weak processors. Mutual authentication and session key agreement can
be very influential in term of security. Algorithms introduced in the 1990s had
major drawbacks. In the 2000s, a new algorithm based on hash functions were
introduced, which had a small computational load, but not a high security and
mutual authentication cannot fully support. Algorithms introduced from 2010
onwards due to a combination of hash functions Salt and Nonce are safer. This
paper examines the success of the algorithms introduced in this field since
2004 deals.
Keyword: E-Commerce,
Mobile Devices, Mutual Authentication, Security, Session Key Agreement
Page No: 28-33
Study of Matching
Algorithm and Analysis of Component Retrieval and the Facet Description of
Component and Query Representation
Huibo Hao and Yujia
Kang
School of Physics,
Tonghua Normal University, Tonghua, China
Abstract: More
excellent containment matching model is proposed based on component inclusion
matching model. Moreover, matching cost algorithm is analyzed to get inclusive
matching model. Representation and retrieval of component are the two main core
technologies of reusable software component library. Representation of
component facet and corresponding retrieval technology has been widely applied.
Among them, both REBOOT and NATO put forward classification scheme of reusable
software component. Therefore, efficiency of recall and precision of component
are significantly improved comparing with traditional component query
situation.
Keyword: Software
Reuse, Component Library, Component Retrieval
Page No: 34-39
Research on Heterogeneous
Data Based on Ontology Semantic Extraction Framework of Scientific Data
Zhenghai Ju1 and Lin Wang2
1School of Automation and Mechanization, Dalian
Ocean University, Dalian, China
2School of Information Technology, Dalian
Ocean University, Dalian, China
Abstract: In
allusion to scientific data isomerism and diversity as well as the lack of
semantics in petroleum domain, this paper puts forward ontology-based semantic
extraction method for heterogeneous data. Firstly, semantic extraction
framework for scientific data in petroleum domain is constructed. On this
basis, corresponding semantic transformation and abstract rules are worked out
in allusion to structured and semi-structured data to form local domain
ontology. Then, overall ontology in petroleum domain of data is constructed
through dependence mapping among heterogeneous data. Effective organization and
uniform management of heterogeneous data are achieved. Finally, correlation
methods are applied in petroleum domain to provide support for effective
management of petroleum scientific data and service sharing.
Keyword: Ontology,
Heterogeneous Data, Semantic Extraction, Data Integration
Page No: 40-48
SaaS-Based Campus
Smart Card System by Layering Model with Scalability and Configurability and
Information Integration
Hang You
School of Mechatronic
Engineering and Automation, Shanghai University, Shanghai, China
Abstract: The
smart card system has become an essential part of the digital campus. Recently
the solutions based on SaaS in China have become popular for the advantages of
less upfront investment, good service quality and convenience maintainability.
But in colleges and universities there are many challenges. In this paper, we
discussed the solutions for three challenges: personalized demand, system integration
and information utilization. Firstly, it was suggested that different users
should select the private cloud or public cloud mode. Next, the campus smart
card system model based on SaaS was proposed. The model with layered
architecture has good configurability, flexibility and integration metrics.
Then, several methods were put forward to solve the integration between the
card systems with other information systems. In addition, the IA theory was
applied in the information retrieval, and the intelligent analysis examples of
the card business data were discussed. At last we considered five kinds of
configurability: data, function, workflow, portal and smart card, and a
configurability management system based on metadata was presented.
Keyword: Smart
Card, SaaS, Integration, Configurability
Page No: 49-54
Analysis of Hydrodynamic
Coefficients Calculation and Longitudinal Motion Prediction of Hybrid Monohull Based
on Numerical Simulation
Qunyin Jiang, Guang
Yang and Anqi Zhu
School of Control
and Computer Engineering, North China Electric Power University, Beijing, China
Abstract: The
shape of hybrid monohull at the bow is quite complex and the viscosity force is
the main component of the damping force in the drainage area of the bow when
the ship moves in waves so that the result of the motion predicition by the
traditional potential flow method is very different from the result of
experiments. This paper tries to use new numerical compute method considering
the effect of the viscosity to improve the precision of the sea keeping
predicition. Based on the Reynolds Averaged N-S Equations (RANS) method, the
paper takes a hrbrid monohull to compute the hydrodynamic coefficients. According
to the result of model test, the prediction of the hybrid monohull’s the
longitudinal motion in regular waves at speed of 18kn also indicates that RANS
method can reflect viscid influence reducing the motion of hybrid monohull in
waves.
Keyword: Hybrid
Monohull, Viscid Effect, Numerical Simulation, Longitudinal Motion Prediction
Page No: 55-60
High Performance
Digital Circuits Designing for Improving Driven Parameters Using Dynamic Logic
Styles with Dynamic CMOS Circuits
Sonimhza Dinivieshi
Komaris and Sananmud Mianaimade
School of Mechanical
Engineering, Acharya Nagarjuna University, Andhra Pradesh, India
Abstract: The
high performance digital circuits are designed with the dynamic CMOS circuits.
There is different CMOS based digital circuits accepted time by time for
improving the driven parameters to get better response. The static CMOS and
dynamic CMOS based digital circuits are two common and important technics which
employed for designing complex digital circuits. The static CMOS logic based
digital circuit gives better noise immunity but slower in response as compare
to dynamic CMOS based circuit. In high speed electronics clocked logic
methodology plays important role, the clock signal is used to synchronise
transistor in sequential logic circuits. Now a day’s dynamic CMOS logic
circuits are used to get fast response up to acceptable noise level. In this
paper a comparative evaluation is done for different accepted logic circuits
based on dynamic CMOS technique. These techniques are Domino Technique, Mendoza
Technique, Noise Tolerant Dynamic logic, Feed through logic, Conditional
Clocking and Delayed Clocking based on principles such as Using keeper,
Pre-charging internal nodes, Raising source voltage, Constructing complementary
p-network, and Transparency Window Technique. Circuits designed using dynamic
logic styles can be considerably faster and more compact than their static CMOS
counterparts. This is especially the case with wide fan-in dynamic logic gates
where a single gate can realize the logic function that otherwise would require
multiple levels of static CMOS logic gates.
Keyword: Dynamic
CMOS, Precharge, Current Mirror, Pseudo NMOS, Current Mirror Keeper, PDN
Page No: 61-66
Analysis on Information
Communication Reroute in Digital Media with Comprehensive Feature
Dongliang Wan1,
Longjuan Li1 and Bingna Mei2
1Nanjing University of Science and
Technology, Nanjing, China
2China Academy of Transportation Sciences,
Beijing, China
Abstract: Since
new digital media era is coming, it puts forward new requirements for the
design and communication of information. With the effect of broadband network,
the most important thing is we are not lack of information, but more important
thing is how each of us can have more convenient access to the valuable
information. In this paper, with the help of the overview of information design
and information communication, it explores the ways to realize the information
design and information communication of digital media.
Keyword: Digital
Media Era, Information Design, Communication