Industrial engineering, machine design and automation [IEMA 2014] and computer science and application [CCSA 2014]

Industrial Engineering, Machine Design

and Automation (IEMDA 2014) &

Computer Science and Application (CCSA 2014)

Proceedings of the 2014 Congress on IEMDA 2014 &

Proceedings of the 2nd Congress on CCSA 2014

9622_9789814678995_tp.indd 1 3/3/15 5:07 pm

May 2, 2013 14:6 BC: 8831 - Probability and Statistical Theory PST˙ws

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NEW JERSEY • LONDON • SINGAPORE • BEIJING • SHANGHAI • HONG KONG • TAIPEI • CHENNAI

World Scientific

Industrial Engineering, Machine Design

and Automation (IEMDA 2014) &

Computer Science and Application (CCSA 2014)

Editors

Shihong Qin

School of Electrical and Information Engineering

Wuhan Institute of Technology, China

Xiaolong Li

College of Technology, Indiana State University, USA

Proceedings of the 2014 Congress on IEMDA 2014 &

Proceedings of the 2nd Congress on CCSA 2014

Sanya, Hainan, China 12 – 14 Dec 2014

9622_9789814678995_tp.indd 2 3/3/15 5:07 pm

Published by

World Scientific Publishing Co. Pte. Ltd.

5 Toh Tuck Link, Singapore 596224

USA office: 27 Warren Street, Suite 401-402, Hackensack, NJ 07601

UK office: 57 Shelton Street, Covent Garden, London WC2H 9HE

British Library Cataloguing-in-Publication Data

A catalogue record for this book is available from the British Library.

Conference Proceedings for 2014 Congress on Industrial

Engineering, Machine Design and Automation (IEMDA 2014) and 

The 2nd Congress on Computer Science and Application (CCSA 2014)

Copyright © 2015 by World Scientific Publishing Co. Pte. Ltd.

All rights reserved. This book, or parts thereof, may not be reproduced in any form or by any means,

electronic or mechanical, including photocopying, recording or any information storage and retrieval

system now known or to be invented, without written permission from the publisher.

For photocopying of material in this volume, please pay a copying fee through the Copyright Clearance

Center, Inc., 222 Rosewood Drive, Danvers, MA 01923, USA. In this case permission to photocopy

is not required from the publisher.

ISBN 978-981-4678-99-5

Printed in Singapore

Dr Ng - IEMDA 2014 and CCSA 2014.indd 1 17/2/2015 4:01:19 PM

v

Editorial

It has been a great pleasure for me to welcome all of you to the joint conferences of

2014 Congress on Industrial Engineering, Machine Design and Automation

(IEMDA2014) and the 2nd Congress on Computer Science and Application

(CCSA2014), held in Sanya, China during December 12-14, 2014. During these

two-days, international speakers presented their state-of-art research works in

industrial engineering, machine design, automation, and computer science to solve

today industrial problems. We hope you enjoy this opportunity to share the results

and make new connection for future collaboration.

The conference program consisted of two invited keynote presentations and 4

invited sessions: Communication and Information Technology; Research and

Design of Machines and Mechanisms for Manufacturing; Data, Signal and Image

Processing, Computational Technology; Mechanical, Automation and Control

Engineering.

This proceedings collected together the latest research results and applications on

industrial engineering, machine design, automation, and computer science and

other related Engineering topics. All submitted papers were subjected to strict

peer-reviewing by 2-4 expert referees, to ensure that all articles selected are of

highest standard and are relevance to the conference.

On behalf of the organizing committee of IEMDA2014 and CCSA2014, I would

like to take this opportunity to express our sincere appreciations and thanks to all

authors for their contributions to the conference. As well as to all the referees for

their time in reviewing the articles and their constructive comments on the papers

concerned. Finally, as the editor of this proceedings, I am indebted to the support

of the organizing committee for their hard works, World Scientific for their

support in publishing this proceedings in such short space in time. Without these

vi

excellent supports, the IEMDA2014 and CCSA2014 would not able to publish so

timely and successfully.

Prof. Shihong Qin

Editor of IEMDA2014 and CCSA2014

vii

Contents

Editorial

Chapter 1: Communication and Information Technology

An Energy Consumption Assessment Method for WIFI Large-Scale

Wireless Sensor Network Based on Dynamic Channel Energy Model

W.K. Tan, X.Y. Lu, Y.X. Xu, K.J. Zhao and P. Gao ......................................... 1

Research on Cloud-Based LBS and Location Privacy Protection

Y. Yan and W.J. Wang ..................................................................................... 9

Research and Exploration of the Hierarchical Management of Campus

Network

C.B. Liu, T.Y. Zhou, S.L. Cai and K. Sha ...................................................... 16

Improvement of Localization Algorithm for Wireless Sensor Network in

Environmental Monitoring

C. Liu, S.L. Wang, Y. Ma and Z.Q. Zhai........................................................ 22

A New Study on Bank Interconnected System Security Solutions

J. Lin .............................................................................................................. 29

Research on Simulation Platform for Security and Defense of Oil and

Gas Network SCADA System

Q.C. Hu, X.D. Cao, W.W. Zhang, P. Liang and Y. Qin ................................. 34

Research on Print Concentrated Control Scheme Based on Virtual Print

Technology

Y. Xie, X.L. Zhou, Z.P. Wen, G.L. Li, S.P. Liu and Q. Hu ............................. 41

Developing Real Time SCM Information System

C.T. Huang, C.W. Hsu, C.H. Hung and W.L. Wang ...................................... 48

An Anomalous Traffic Detection System of the Controlled Network

Based-On the Communication Rules

W.J. Han and Y. Wang .................................................................................. 55

viii

The Study of HARQ Technology FDD-LTE Physical Layer Downlink

W.B. Tang and L.P. Wang ............................................................................. 61

Integrating with Information of Science and Technology on the Meta

Data Ways’ Knowledge Base—the Pyramid Model to Aid the Decisions

in Science and Technology

K. Hong, X. Chen and J.R. Hu ...................................................................... 67

Sliding Window Frequent Items Detection in Wireless Sensor Networks

S. Wang and L.N. Wu .................................................................................... 76

Research on Security Mechanism of Cloud Security Immune System

L. Huo, J.X. Zhou and X.W. Liu .................................................................... 83

Design and Realization of Solar Cell Monitoring System Based on

Wireless Sensor Network

X.B. Sun, Y. Huang, J.J. Tan, J.Q. Yi and T. Hu ........................................... 90

Research of Multi-UAVs Communication Range Optimization Based on

Improved Artificial Fish-Swarm Algorithm

J.H. Wu, J.Z. Wang, Y.Q. Cao, Y. Cao and X.B. Shi ..................................... 98

Analysis of Limiting Factors and Numerical Simulation in Optical

Transmission System

B. Yang and W.P. Zhong ............................................................................. 105

An Improved Timestamp-based User Authentication Scheme with Smart

Card

T.H. Feng, C.H. Ling and M.S. Hwang ....................................................... 111

Cryptanalysis and Improvement of Zhuang-Chang-Wang-Zhu Password

Authentication Scheme

S.M. Chen, C.S. Pan and M.S. Hwang ........................................................ 118

Chapter 2: Research and Design of Machines and Mechanisms for

Manufacturing

Research on Wind Power Simulation Model

Y.S. Zhang, A.N. Tian and Y.L. Pan ............................................................ 124

Model Test Study of Influence of Soil Bag Stacked Form on Ground

Bearing Characteristics

W. Li, X.Y. Shan and Z.B. Jia ...................................................................... 131

ix

Analysis and Application of SMED in an Injection Molding Machine

Based on VSM

M. Lv, N. Zhang, J.C. Jiang and Q. Wang .................................................. 143

Equivalent Mechanical Model to Support Real-Time Simulation of the

Deformation of Thin-Walled Structures

L.Z. Tu, Q. Yang, Y. Zhuang, A.L. Lu, Z. Lin and D.L. Wu ......................... 150

Nanoscale Sliding Contacts between Multi-Asperity Tips and Textured

Surfaces: Effects of Indentation Depth

T. Zhang, D. Wu, F. Zhang, X.K. Mu and R.T. Tong .................................. 161

Based on Epsilon Method Structural Non-Probabilistic Reliability

Analysis

K. Ma and H.P. Fu ...................................................................................... 168

Research on Modeling and Simulation to Control WIP Inventory in EMS

Enterprises Based on Bottleneck

M. Cai, T. Shang, H.B. Liu and H. Chen ..................................................... 175

Screening Customer Order under Engineering-To-Order Environment

H.E. Tseng and S.C. Lee .............................................................................. 185

Genetic Algorithm with Unit Processor Applied in Fused Deposition

Manufacturing (FDM) for Minimizing Non-Productive Tool-Path

J. Gong and L. Zhang .................................................................................. 191

Simulation and Analysis of Edge Cam Downward Mechanism Based on

Contact Dynamics Model

J. Lu, J.J. Zhang, F. Lu and X.H. Pan ......................................................... 198

Complex Product Collaborative Development Framework

L.W. Zhang and W. Shen ............................................................................. 206

The Similar Conditions and Similar Criterions of Deep-Sea Mining

Experimental System

Y. Xu, X.F. Zhang, L. Liu and W.M. Zhang ................................................. 217

Reliability Analysis of an Air Supply System Design by Shortest Path

Approach Based on Directed Network

P. Jiang and Y.Y. Xing ................................................................................ 224

Genetic Design of Integrated Manufacturing Supply Chains

W. Su, K.L. Mak and B.L. Qiu ..................................................................... 230

x

The Interfacial Rheological Characteristics of ASP Solution and Its

Effect Mechanism on Oil Displacement Efficiency

H.F. Xia, Q. Fan, M. Xu and X. Lai ............................................................ 237

Chapter 3: Data, Signal and Image Processing, Computational

Technology

A New Image Edge Extraction Method Combining Canny Algorithm and

Butterworth High-Pass Filter

G.Y. Zhang, S.L. Chen and K.G. Kang ........................................................ 244

Design of a Log Analysis System Based on Hadoop

J.M. Li ......................................................................................................... 249

On Computation Theory Problems in Computer Science

R. Chang, L.H. Jiang, H. Shu and Y.B. Xie ................................................. 257

The Algorithm of Target Tracking Under Complex Environment

C. Liu, Z. Wang and C.H. Lu ....................................................................... 264

Implementation of Reliability Testing on WebApp Based on TTCN-3

S.M. Liu, X.M. Liu and Y.P. Liu .................................................................. 270

Exploration and Practice in the Reform of the Computer Basic Course

Education Based on the Mode of Compound Talents Training

Q.L. Wang ................................................................................................... 278

De-Noising of Life Feature Signals Based on Wavelet Transform

Y. Liu, J.F. Ouyang and Y.G. Yan .............................................................. 284

Cluster-Oriented Pattern of Web Service Composition

S.Y. Deng and Y.Y. Du ................................................................................. 292

Novel Robust Digital Image Zero-Watermarking Scheme Based on

Contourlet Transform and Cellular Neural-Network

B. He and X. Wang ...................................................................................... 304

Unambiguous Synchronization Technique for BOC Signals

J.M. Qi, Y. Geng and L. Mao ...................................................................... 310

An Improved Image Registration Method Based on SIFT

K. Yang, M.X. Zhang, X.B. Xian and J.L. Zheng ......................................... 317

Efficient Compressive Signal Recovery Using Prior Statistical

Information

X.T. Chen, Z. Sun, Y. Zhao, S.S. Wang and S.Y. Liu ................................... 324

xi

Automatic Extraction of Commodity Attributes on Webpages Based on

Hierarchical Structure

Z. Yu, M.Y. Li, W. Wang and C. Wang ........................................................ 332

Data Analysis and Visualization for National Disabled People’s

Rehabilitation

D.Z. Wang, X.B. Zhang, X. Lou, Q.Q. Zhang and X.F. Wu ......................... 339

Uniform Design and Quadratic Polynomial Regression Analysis Applied

on the Optimization of Compatibility Study in Traditional Chinese

Formula

Y. Zhao, H.N. Liu, B.T. Li, Q. Y. Zhang and G.L. Xu .................................. 346

The Image Encryption Algorithm Based on M-Subsequence

H. Guo, S. Bai, X.Y. Ji, H. Han and Z.L. Pei ............................................... 352

Research and Application of GIS Data’s Dynamic Storage Technology

Based on Streaming Data Technology

L. Liu, W. Chen and J. Liu........................................................................... 367

Chaotic System Parameter Estimation with Improved Gravitational

Search Algorithm

J.R. Wang, Y. Huang and W.P. Liang ......................................................... 374

Document Clustering Based on Non-Negative Matrix Factorization and

Affinity Propagation Using Preference Estimation

J.W. Chen, F. Li, X.F. Wu and Q.Q. Zhang ................................................. 380

A Fast Iris Image Assessment Procedure

Q. Wang, T. Zhang and H. Wang ................................................................ 386

Chapter 4: Mechanical, Automation and Control Engineering

Practical Thermal Condition of Silicon CVD Reactor for Minimal

Manufacturing

N. Li, Habuka, S. Ikeda, Y. Ishida and S. Hara ........................................... 393

Sail Structure Design and its Control Strategy for Sail-Assisted Ship

J. H. He, Y.H. Hu and S.Y. Xue ................................................................... 401

Overall Stability Performance of Alternative Hull Forms of an

Automated Oceanic Wave Surface Glider Robot Using Maxsurf

A. Elhadad, W.Y. Duan and K.Y. Hu ........................................................... 412

Kinematics and Mechanics Analysis of Economical Welding Robot

J.J. Wei and S.W. Cui .................................................................................. 421

xii

The Application of Fuzzy-PID in Speed Control of Smart Car

C. Wang, X.C. Dong, Y. Tang and S.F. Gu ................................................. 430

Application of Speed Sensorless Vector Control in the Induction Motor

Y. Gao, Q.R. Zhang, A.R. Xu, L. Zhang, D. Bai and Q.P. Zou .................... 437

Design and Feasibility Study of Slip Vibration Platform

W. Peng, G.P. Chen and X.Y. Yan ............................................................... 445

Study on Conditions of Planar Pin-Jointed Five-Bar Mechanism with the

Requirement of Minimum Transmission Angle

Z.H. Luo ...................................................................................................... 452

The Design and Research of the Vehicle Intelligent System of Avoiding

Sleeping Based on Pulse

S.X. Qian, Z.H. Yu, X.M. Shen and F.L. Huang .......................................... 458

Application Research of the Special Amphibious Vehicle Driving

Simulator

J.H. Li and S.T. Zheng ................................................................................. 466

Static Output Feedback Reliable Control with Actuator Failures

D. Ge, B. Yao and F.Z. Wang ...................................................................... 473

Design of Dynamic Output Feedback H2 Reliable Control Based on LMI

N. Peng, B. Yao and F.Z. Wang .................................................................. 479

Application Research of Neural Network Hybrid Modeling Method for

Torque Measurement on Centrifuge Suspended Basket Trunnion

S.L. Chen ..................................................................................................... 484

Study on Additional Damping Control Strategy of Permanent Magnet

Synchronous Generator

S.Y. Ye, Y.T. Zhang, R.J. Ruan, Q. Tang, S.L. Dai, and T.Y. Wang............. 492

Multi-Application Integrated Intelligent Maintenance System of

Lead-Acid Batteries on Communication Bases

X.F. Tong, C.C. Sun and F. Huang ............................................................. 502

Measurement and Control System by Computer for High Voltage

Termination

C.G. Zhou, R. Qiu and J.L. Ke .................................................................... 509

1

An Energy Consumption Assessment Method for WIFI Large-Scale

Wireless Sensor Network Based on Dynamic Channel Energy Model

Weikai Tana†, Xiaoyuan Lub

, Yunxiang Xuc

, Kejun Zhaod

and Peng Gaoe

National Engineering Research Center for Broadband Networks & Applications,

Shanghai 200336, China

E-mail: a†[email protected], b

[email protected], c

[email protected],

d

[email protected], e

[email protected]

Energy efficiency is one of the most serious constraints for the deployment of large-scale

wireless sensor network (WSN) significantly. However, an excellent strategy to raise

energy efficient depends on a precise energy consumption assessment method. In this

paper, an energy consumption assessment method based on dynamic channel energy

model is proposed. Energy consumption is divided into two parts: static and dynamic. The

former includes receiving, idle and clear channel assessment state, whose energy

consumption is only related to a stationary working current and duration. Transmission

energy consumption refers to dynamic energy consumption, function of which is described

as a cubic function. The energy consumption calculation is adjusted to meet the

transmission power dynamically and timely. Simulation results show that the dynamic

energy consumption during transmission is summed accurately. Compared with the others,

such as some simple energy models without dynamic case. It provides to support for the

deployment of WIFI large-scale WSN.

Keywords: Channel Energy Model; Large-Scale Sensor Network; Energy Consumption

Assessment.

1. Introduction

Recently, wireless sensor network (WSN), providing emergency monitoring,

remote monitoring and environmental awareness, has been significantly

interested. With the development of sensor network theory and technology, it has

been widely used. Most of the applications are still limited to a small-scale

wireless sensor network. However, many applications require large-scale

deployment to achieve high coverage, high-precision sensing purposes, such as

forest fire monitoring 1

. Large-scale wireless sensor network based on WIFI has

received a lot of attention 2

.

In WSN, two aspects of problems we face to are the limited battery life and

efficient usage of energy, which become more serious in large-scale WSN. In fact,

2

compared to small scale applications, large-scale WSN manages a large number of

nodes to achieve high coverage, which leads to greater energy consumption.

Therefore, strategies, such as routing and QoS control, must be improved to raise

energy efficiency3

. However, the design of an excellent strategy depends on a

precise energy consumption assessment method extremely. Especially, the

assessment results of the impact from the varying circumstances where the sensor

works. This directly affects the validity of the strategy design. In 4

, authors suggest

a simple energy model. The model only takes into account energy dissipation

during the start-up, receive, and transmit modes. For the transmit energy it’s too

simple. In 5

, a radio energy dissipation model is described but it isn’t accurate

enough. Various energy-efficient methods are considered in literatures but only

use the simple model of energy consumption, which leads to a fuzzy simulation

result and a fuzzy effectiveness of their proposed methods 6, 7. Therefore, an

accurate energy consumption assessment method for WIFI large-scale wireless

sensor network is proposed to provide an exact reference for the deployment of

WIFI large-scale WSN.

2. Sensor Model

A sensor usually consists of the following subsystems: communication subsystem,

processing subsystem and sensor subsystem. The energy consumed by

communication subsystem is much higher than processing subsystem, up to 80

percent. Thus, the communication subsystem is main source of system energy

consumption in WIFI large-scale sensor network 8

.

Basic circuit

Transmit circuit Power Amplifier

Another

sensor

d

mod

frequency

synthesizer VCO

Receive circuit

Demod

DAC

ADC

amp

PA

mixer

LNA

Sensor/DSP

filter

Fig.1 Sensor model.

The basic structure of a sensor is shown in Fig.1. We divide the energy

consumption calculation into two parts: dynamic and static. Dynamic energy

consumption includes a short-circuit power that flows directly from the supply to

ground during a transition at the output of a CMOS gate. Dynamic part, namely

transmission circuit (TX), is composed of digital to analog converter, modulation