國際振動工程會議論文集

國際振動工程會議論文集 pdf epub mobi txt 電子書 下載2026

出版者:東北大學齣版社
作者:
出品人:
頁數:764
译者:
出版時間:1998-07
價格:200.00
裝幀:平裝
isbn號碼:9787810543316
叢書系列:
圖書標籤:
  • 振動工程
  • 機械振動
  • 結構振動
  • 噪聲控製
  • 振動測量
  • 模態分析
  • 鏇轉機械
  • 振動故障診斷
  • 工程應用
  • 學術會議
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具體描述

國際計算機視覺與模式識彆研討會(CVPR)精選論文集:深度學習驅動的未來感知技術 圖書簡介 書名: 國際計算機視覺與模式識彆研討會(CVPR)精選論文集:深度學習驅動的未來感知技術 作者/編者: 本書匯集瞭全球頂尖計算機視覺與模式識彆領域專傢學者的最新研究成果,由XXX(假設的著名大學或研究機構)的資深教授團隊審閱並選編而成。 齣版日期: 2024年鞦季 --- 概述:感知世界的革命性飛躍 在信息爆炸與人工智能浪潮席捲全球的今天,計算機視覺(Computer Vision, CV)與模式識彆(Pattern Recognition, PR)已不再是科幻概念,而是驅動現代科技進步的核心動力。本書《國際計算機視覺與模式識彆研討會(CVPR)精選論文集:深度學習驅動的未來感知技術》並非僅僅收錄瞭某一特定工程技術領域(如振動工程)的文獻,而是全麵聚焦於當前全球最前沿、最具顛覆性的視覺感知技術及其背後的數學與算法理論支撐。 本書匯集瞭CVPR這一世界級頂級會議中,經嚴格同行評審選齣的、代錶瞭年度最高學術水平的傑齣論文。其核心脈絡清晰地指嚮一個主題:如何賦予機器“看”與“理解”世界的能力,並利用這些能力解決現實世界中的復雜問題。 內容深度橫跨理論基礎、模型架構創新、高效推理優化以及跨模態數據融閤等多個維度,是為緻力於探索人工智能“眼睛”與“大腦”的科研人員、工程師、以及高等院校師生量身打造的一部裏程碑式的學術參考書。 第一部分:深度學習基礎架構的範式革新 本書的基石在於對現有深度學習框架的深刻反思與重構。不同於依賴特定物理現象分析的工程文獻,本捲重點探討的是通用視覺模型如何實現效率、精度與泛化能力的平衡。 1. 變革性的網絡拓撲結構: 我們收錄瞭多篇關於新型神經網絡架構的開創性工作。這包括對Transformer架構在視覺任務中局限性的突破,例如提齣更高效的稀疏注意力機製(Sparse Attention Mechanisms),旨在降低高分辨率圖像處理中的二次方復雜度。此外,對神經架構搜索(NAS)的最新進展進行瞭詳盡闡述,展示瞭如何通過自動化方法設計齣超越人工設計的、特定於任務的最優網絡結構。 2. 可解釋性與魯棒性(XAI): 隨著模型復雜度的提升,理解模型決策過程的重要性日益凸顯。本書深入探討瞭如何通過因果推斷(Causal Inference)方法來評估視覺模型的內在邏輯,並著重介紹瞭針對對抗性攻擊(Adversarial Attacks)的防禦策略,如頻率域擾動分析與梯度掩模技術,以確保視覺係統在不確定環境下的可靠性。 3. 自監督與弱監督學習的突破: 鑒於高質量標注數據的稀缺性,本書的大量篇幅緻力於自監督學習(Self-Supervised Learning, SSL)的最新進展。特彆是對對比學習(Contrastive Learning)在高維特徵空間中保持語義一緻性的新穎方法進行瞭分析,以及在缺乏精確邊界框標注的情況下,如何通過圖像級標簽實現像素級分割的弱監督目標定位(Weakly Supervised Object Localization)前沿研究。 第二部分:高精度場景理解與重建 本部分聚焦於如何從圖像和視頻數據中提取精確的、三維的、時序性的場景信息,這是構建高級自動駕駛、機器人導航和增強現實係統的關鍵。 1. 實時三維重建與神經渲染: 拋棄傳統的基於稀疏點的重建方法,本書收錄瞭多篇關於神經輻射場(Neural Radiance Fields, NeRF)及其變體的創新應用。重點關注瞭如何將訓練時間從數小時縮短至數分鍾,以及如何將動態場景的捕捉納入框架,實現動態NeRF(Dynamic NeRF)的高保真度渲染。這些技術直接麵嚮沉浸式媒體和元宇宙技術的底層支撐。 2. 復雜環境下的語義分割與場景理解: 傳統的語義分割模型在麵對遮擋、光照劇變或小目標時錶現不佳。本書提供瞭針對多模態融閤的解決方案,例如如何有效融閤激光雷達點雲(LiDAR)數據與高分辨率RGB圖像的特徵,以實現稠密場景理解(Dense Scene Understanding)。同時,對開放世界識彆(Open-World Recognition)的探討,旨在讓模型能夠識彆訓練集中未見過的類彆,從而增強係統的適應性。 3. 視頻理解與時空推理: 靜態圖像的分析已趨於成熟,當前挑戰在於理解連續的視頻流。本書深入研究瞭時序動作定位(Temporal Action Localization)和視頻目標跟蹤(Video Object Tracking)的最新進展,尤其是如何利用光流估計(Optical Flow Estimation)的深度學習模型來捕捉精細的運動信息,並預測未來幾秒內的場景變化。 第三部分:人機交互與生物視覺模擬 本書的第三篇章將視角轉嚮瞭機器如何更“人性化”地理解與生成視覺內容,以及如何從視覺角度模擬生物係統的復雜行為。 1. 姿態估計與人機交互(HCI): 我們收錄瞭關於全景三維人體姿態估計(3D Human Pose Estimation)的最新成果,特彆是在復雜遮擋和多人交互場景下的魯棒性提升。這些研究對於虛擬試穿、遠程康復監測以及人機協作機器人(Cobots)的安全性至關重要。 2. 視覺生成模型與內容閤成: 擴散模型(Diffusion Models)已成為圖像生成領域的主流範式。本書精選的論文探討瞭如何通過條件約束(Conditional Constraints)實現對生成圖像的更精細控製,例如文本到高保真圖像的精確語義對齊,以及如何在不引入人工痕跡的前提下,實現大規模、多樣化的視頻內容閤成。 3. 生物啓發與神經科學交叉: 部分創新性論文從生物學角度汲取靈感,例如研究視網膜神經節細胞的編碼機製,並將其應用於設計對自然噪聲具有更高抗性的捲積核。這代錶瞭計算機視覺理論與神經科學研究的深度融閤。 總結與展望 《國際計算機視覺與模式識彆研討會(CVPR)精選論文集:深度學習驅動的未來感知技術》不僅是一本技術手冊,更是對未來十年視覺技術發展方嚮的精準預判。它清晰地展示瞭當前研究熱點已從單純追求準確率,轉嚮追求模型效率、數據利用率、係統可信賴性以及跨模態的綜閤理解能力。本書內容高度專注於深度學習方法論在視覺感知領域的應用與突破,與傳統的、側重於結構動力學、材料特性或信號處理的工程振動分析領域的研究範式和技術細節完全不同。本書是每一位期望站在人工智能視覺技術最前沿的專業人士的必備參考。

作者簡介

目錄資訊

CONTENTS
Volume l
Keynote Lecture
Modeling damping in mechanical engineering structures
Michel Lalanne.
Detection for structural damages and nonlinearity-Application ofwavelets transform technique
Lai Ah Wong andJay Chvng Chen
Orthogonality of modes for piecewise continuous structures
K L Chan and Frederic Ward Williams
Neural Network simulation ofMagnetorheological damper behavior
Jin Zhang and Pau! N. Roschke
High Efficiency Computation ofthe Variances ofStructural Evolutionary Random Responses
LinJiahao. Zhong W.X, Zhang W.SandSun D.K
Some Problems in the Study ofNonlinear Dynamics ofLarge Scale Rotor System
Chen Yushu and Ding Qian
Dynamics of mechanical systems
Time Dependent Correlation Function ofLinear Systems Excited by Nonstationary Specially Varying
Excitation
Zheng Zhaochang and Lin Xi
Finite element analysis ofcritical running speeds of high-speed flexible mechanisms
Shudong YU and M L Cleghorn
Robust Stability Test for Vibrating System with Delayed State Feedback
Hu Haiyan and Wang Zaihua
Dynamics ofclosed manipulators with dry friction in joints and flexible drives
A. Harlecki and S. Wojciech
Modal Reanalysis for Topological Modigfications ofStructures
Chen Suhuan and Huang Cheng
About dynamic and regulation of speed of mechanical non-holonomic system
M. Zlokolica and Jovan Vladic
Reliability Analysis ofRandom Multi-Degree-of-Freedonm Nonlinear Vibration Systems
Zhang Yiming and Wen Bangchun
On some specifies of the dynamics of mechanisms
Jean Lerbet
Mixed Sensitivity H. Design for Vibration Control ofPiezoelectric Smart Beam
Zhang hongwei. Xu Shijie. Zheng Gangtie and HuangWenhu
A new computational technique in whirl fuller analysis
JK Liv and HCChan
Dynamic characteristic analysis of reactor main coolant pump
Letian Wang, C. W. Lee andJ. H. Seo
On the dynamic analysis ofthe load lifting machines
Jovan Vladic, Miodrag Zlokolica
The Study on the Dynamic Characteristics ofthe Hydraulic Vibrating Mechanism in Mine Shipping Equipment
Zhao Chunyu, Zhao Guangyao, Liu Jintao, Lin Guiyu and Wen Bangchun
Statistical Dynamics Study on the Longitudinal Vibration of Blast Hole Drill Rotary Machine
Zhang Yanchun, Song Guiqiu and Li Kuixian
An effective method for analyzing the effect ofstructural asymmetry on dynamics ofan aircraft
JKLiu, andHCChan
The Stability of Electric-Mechanical Coupled Vibration of Power Transformer Windings
Wang Zhangqi Qi Zhiming and Yan Kang
The Kinematics characteristics choice ofdynamlcal parameters bases ofstorage crane
Miomir Jovanovic, Zoran Marinkovic, Dragan Zivanovic and Danko Mijajlovic
Time-Domain Averaging of High Precision Integration and System Order-Extension Method for Stochasl
Finite Element
Zhang Senwen, Cao Kaibin and Chen Quifu
Structural Optimum Design by Sensitivity Analysis
Bao Ju and Yang Kun
Theoretical Analyses on Triple Resonances of a Torsional Vibration of a Generator Set System
Yang Zhian Qiu Jiajun and Li Wenlan
Computer Aided Dynamic Analysis and Calculation ofMetallurgical Mechanical Main Driving System
Wang Zhanghai and Wang Dejun
The Influence ofthe Spindle Speed Varying Shape on the Effectiveness ofCutting Chatter Suppression
Gao Guoli, Wang Qiyi and Wang Rende
Study on Dynamic Characteristic ofthe Load Swing ofHydraulic Crawler Crane
Wang Bangfeng, Zhang Guozhong and Guo Lixin
Dynamic Analysis on Placing Boom System ofTruck Concrete Pump
Guo Lixin, Zhang Guozhong and Wang Bangfeng
Study on Dynamic Load of Lift System ofExcavator
Li Kuixian, Peng Wuliang and Zhou Li
The Reasonable Test to the Dynamic Characteristics ofRobot
Hu Ming, Wang Qiming, Yuan Suoxian and Cai Guangqi
Material's Movement on thevibratied Machine in the Effect ofFliud
Li Liyin, Liu Jintao andSongJun
Quantitative Diangnosis Study ofFailures for Automobile Engine Connecting Rob with Vibration Signal
Zheng Dianwang, Gao D, Zhang L andLu L.G
Research on the Variable Mass Parameter Collsion in Vibration Mill
Wang Shulin, Li Jnguang, Gao Qiuzhi and Hu Yiqing.
Active Ambulance Stretcher Suspension Using Frequency-Shaped Performance Index Quality Improvement
Qi Jiancheng, Li Ruoxin, Liu Zhiguo andXu Xinxi
Effect ofGear Width on the Dynamic ofa W-N Gearing with Double-Circular-Arc Tooth Profile
Wu Baolin, Li Jinbao and Shao Jiahui
Advances and Trends of Metal Plastic Deformation Processes with Vibration
He Qing, Wang Kedong, Han Qingkai and Wen Bangchun
Study and Manufacture ofa Miniature Vibration Conveyer
Wang Deshi andXiang Hui
Torque Analysis ofPermant Magnet Usong Coupling 2D Elements Methods
Cong H.B and Zhao C.Y.
The Transverse Swing and Prevent Measures about the Resonant Probability Screen With Inertial Exciter
Xu Xiaonan, Li Xiaoqiu, Xu Xintao and Liu Jie
The Dynamic Analysis of Flexible Drive System of Heavy Spheroid Machine
YuXiaoGuang, Xiang Yinghua, Song Hua, Wang Lugong andDeng Yongsheng
Dynamic Behavior ofJig Made ofPolymer Mineral Composite
Sun Jie, Li Jianfeng, Han Baohua, Wang Jisen and Chen Yanqiu
Modal analysis and experiment
A New-Type Subspace Iteration Method for Generalized Eigenproblems
Qu Zuqing., Hua Hongxing, Fu Zhifang andZhao Cai
A State Space Method for Eigenvalue Problem and Their Sensitivities of Frequency Dependent System
Fu Zhifang, Zeng Qinqian and Qu Zuqing
Wavelet Transform in Modal Analysis and Identification
Wu Xinyue. Shi Yin, Zhu Shijian and Yang Dong
The Flexibility Matrix ofElastic-Support Stepped Beam Established by the Influence Coefficient Method
Liu Xiequan, Ni Xinhua and Yan Shi
The Natural Character Analyses ofRecoilless Gun Barrel Flexural Vibration
Ni Xinhua, Liu Xiequan and Yan Shi
Nonlinear vibration and random vibration
A variational solution method applied to a nonlinear water-structure interaction system
J. T. Xiang and W G Price
Analysis ofNonlinear MDOF Structures Subjected to Multi-phase Stationary Random Excitations
Wang Jun and Lin Jiahao
Nonlinear behavior ofstructures under dynamic disturbances
Bulent A. Ovunc.
Study the Parameter Uncertain Nonlinear System with Coexisting Attractors by Cell Mapping Method
Gong Pulin andXu Jianxue
The evaluation ofthe influence of elastic-viscous properties ofa crane-runway on the transport-technological
vehicle (TTV) random fluctuations
Albert. M. Zakhezin, Tatyana. V. Malysheva and D. U. Ivanov..
Nonlinear Vibrations ofNon-Smooth Dynamic System by a New Method
Xu Mingtian and Hu Haiyan
A New Approach to Nonlinear Vibrations ofOrthotropic Thin Circular Plates
Liu Renhuai and Li Dong
The Diagnosis System ofCrack Foult in Shell
Luo Yuegang, Wang Qi, Bijiechun andJin Shengji
Identification ofNonlinear Force ofVibration System Using Radial Basis Function Networks
Zhao yonghui, Tu Liangyao, Zuo Jingxiang and Li Guiping
Global Bifurcatin ofthe Horizontal rotators
Wang Huailei and Cao Qingjie
Impact Dampers for Hysteretic Nonlinear System with Multi-Frequency Excitations
Yuan Xiangrong, Yang Shaopu and Chen Enli
The Combination Resonance in a Multi-Degree-of Freedom Hysteretic Nonlinear System with Multi-
Frequency Excitation
Chen Enli, Yang Shaopu and Yuan Xiangrong
Effects ofGeneralized Lorentz's Force
Ma Shilin, Hu Yuda, Bai Xiangzhong andXu Yaoling
Nonlinear Dynamic Snap-through Buckling ofComposite Laminated Spherical Caps
Yang Yiqian, Zhang Duan, Zhou Hongye, Ma Hezhong and Wang Tsun-Kuei
Finite Element Modeling and Impact Calculation ofa Huge Vessel
Wang Yu, Shen Rongying and Hua Hongxing
Study on the Stability and Bifurcation Behavior ofthe Vibration System with Nonlinear Hysteresis Properties
Yuan H.Q., Wen Bangchun and Han Qingka
Nonlinear Oscillation with Fractional Derivative and its Approximation
He Jihuan
Self-excited Vibration in Rolling Mill with Clearance via Asymptotic Method and Numerical Method
Li Hongguang, Yang Wenping and Wen Bangchun
Nonlinear Vibration ofMechanical System with Asymmetrical Piece-Wisely Curvature Hysteresis
Han Qingkai Gong Zhaomin, Liu Shuying and Wen Bangchun
Bifurcation in Nonlinear Mechanical System with Piece-wise Linearity
Wen Chengxiu. Wang Jiancai, Wen Bangchun and Nie Yiyong
Dynamic Experiment and Application of Electromagnetic Effect Stimulated by Strain Wave
Xing Guojun andXu Xiaohe
Chaotic Vibrations ofa Cantlievered Pipe Conveying Fiuid
Zou Guangsheng and Jin Jiduo
Nonlinear Oscillation and Chaos ofan Enzyme Reaction System
Wang Li, Zhou Yanming andNiu Sen
Nonlinear Oscillation ofCharge Distribution on Conducting Plate
Xiang Yumin
The Nonlinear Axisymmetric Vibration ofa Cylindrical Shell in a Longitudinal Magnetic Field
Hu Yuda, Xu Yaoling, Ma Shilin and Bai Xiangzhong
Response ofthe Impact Damper to Gauss White Noise Random Excitation
Qi Zuotao
Nonlinear Dynamic Analysis ofCutting Chatter
Liang Zhiquan
Structural dynamics and dynamics ofsoil
Algorithm ofquadrilateral element for meshless finite elements method on paralledled environment
Changqi Yang, Tomonari Furukawa and Genki Yagawa
Study on Bifurcation ofHarmonically Excited Two-degree-of-freedom Spring-pendulum System with
Internal Resonance
Zhang Mindi, Wang Tieguang and Zhang Minqiu
Genetic algorithm coupled with the Tabu search method for optimum design ofa damping plate
Bo Suk Yang, Byung Gun Choi and Young Hun Yu
Dispersion Characteristics of Rayleigh Wave in Saturated Soil
Wu Shiming andXia Tangdai
Wave Number Method for Out-plane Dynamic Response
Xia Tangdai and Wu Shiming
Supersonic Flutter Calcullation ofa Wing with High Angle ofAttack by Local Flow Piston Theory
Song Weili and Yang Binyuan
Researches on the Constraints ofFlexible Multibody System
Hao Changzhong, An Xiaowei and Dou Jinshan
Some Practical Techiques ofFinite Element Mesh Generation for Multicommected Domain
Zhang Hua An Xiaowei and Fu Yao
FE Mesh Generator for the Thin-Walled Parts with Flat Pattern
An Xiaowei, Hao Changzhong and Zhang Hua
Chaotic Motions ofa Pipe Conveying Fluid Under Harmonic Excitation
Jin Jiduo and Zou Guangsheng
Study and Applications ofArtificial Virtation in Oilfield Development
Sun Renyuan, Ning Kui, Guan Jiuzhou andXie Weiming
Affecting Element Analysis of Dynamic Characteristic of Pile
Wei Xinjiang
Study on Dynamic Characteristics for Vibration Isolation System ofthe Vibrating Road Roller
Wan Hanchi, Wang Huajun, Xu Tianning, Tao Yongsheng, Zhou Cuanli and Liu Ping
Research and Application ofDynamics ofOscillation Road Roller
Li Zhong. Lei Ting, Lu Shimin, Liu Keshu, Kong Qinghua Ma Naiqing and Du Haichao
Vertical Seismic Action on Megastructure Systems ofthe Buildings
Li Zhengliang, Bai Shaoliang and Yuan Zhengqiang
The Structural Dynamic Analysis of Long-span Arch Bridge ofConcrete Filled Steed Tube
Xu Xiaofeng, He Xuefeng, Tang Guangwu and Huang Fuwei
Design Scheme ofSeismic Simulation Testing System for Long-span Bridge Structures
Zhang Li, Xu Xiaofeng, Tang Guangwu and He Xuefeng
Application of Newmark- P and Characteristic Methods to Analysis of Response of Pile-Soil System to
Impact Loading
Chai Huayou, Li Tingjie, Fu Bo and Luo Jinghui
Analysis of Local Vibration ofa Plate-type Structure in Incompressible Viscous Liquid
Yang Yiren, Gao Shuying and Zhang Jiye
The Development ofControllable Epicenter and Study oflts Mechanism
Fu Yao, Wen Bangchun, Li Yinong, Wan Shuiyu, Li Jingzhi and Men Buzai
The Effect and Control ofthe Soil Compacting on the Method ofRolling Impact
Zhang Hong, Liu Jinliang and ffan Cuilin
Partial Effect in Structural Dynamic Analysis
QuN.S. YangChunqiu,ZhongW.Q andYangC.P
Volume ll
Rotor dvnamics
Control Method for Nonlinear Rotor System Using Artificial Neural Network
Lu Bei, Cao Dewu and Zhao Me
The Vibrational Behavior ofJet Engine Rotor Blades
Wang Keming and Goodarz Ahmadi
Identifying the Unbalances of Flexible Rotors by Boundary Element Method
Zhu Xiaodong and Gao Wei
Study on Nonlinear Vibration ofRotor-Bearings System with Large Unbalance
Liu Chusheng, Zhao Yaomin and Yao Xingang
Nonsynchronous Responses and Bisttable Operations ofa Rotor Supported on Uncentralised Squeeze
Film Damper
Zhu Changsheng
Multiple Squeeze Films Electro-rheological Damper and its Application to the Vibration Control ofRotor
System
Yao Guozhi Meng Guang Fang Tong Qiu Yang and Fan Yanbin
The Transfer Matrix Method for Multi-body Dynamics
Huang Baohva, Yang Jiangang and Gao Wei..
Approach to the Initiative Design Method ofthe Partial Constrained Layer Damping
Su Suying and Kang Fenghua
Dynamic Analysis ofa Rotor Supported with Unsymrnetrical Metal Wire-cable Springs
Song Fangzhen, Ma Yuzhen and Song Bo
Floquet Theory's Application in the Theoretical Research About Stability Ifa Rotor System with a Crack
Wang Fenglan, Han Junyi, Sha Yuzhang and Wen Bangchun
Vibration and noise control
Indirect identification oftransmission forces through rubber bushing in vehicle suspension system by
using vibration signals on links
Kwang-Joon Kim, Chang-Kook Chae and Byung-Kook Bae
Power Transmission from Vibrating Sources through an Intermediate Rigid Plate to a Flexible Foundation
Song Kongjie, Huo Rui and Sun Yuguo
Impedance-based technique and wave propagation measurement for non-destructive evaluation
Li Yinong JiangZhongwei, Seiji Chonan Gao Feng and Wei Bangchun
Vibration Control of Intelligent Truss Structures Using Self-Sensing Piezoelectric Actuators
Nie nmln. Yang Guozhan andShao Chengxun
Study on dynamic characteristics of the slow-changing of intelligent structure
Li Yinong, Wen Bangchun, Jiang Zhongwei, Seiji Chonan and Gao Feng
Response Analysis of Floating Raft Isolation System
Zhang Zhiyong, Shen Rongying and Wang Chenggang
Active suspension ofambulance stretcher
Taro Shimogo, Masaaki Kawana and Takeshi Uenoyama
Predictive Control ofWind-lnduced Vibration ofStructures
Ma Kougen. Xu Hanfeng and Gu Zhongquan
An Experimental Study ofa New Gear Tooth Surface Optimum Modification Curve
Wang Xiaochen, Zhang Shusheng andSong Kongjie
Dynamic Responses ofAdaptive Structures
Zhang Lianwen, Xia R. W. and Zeng G. W.
The New Study ofSinusoid Profile Modification Curve in Reducing the Vibration and Noise ofGear
Transmission System
Zhu Chuanmin. Tian Zhiren andSong Kongjie
Theoretical Study of an Isolator-Absorber for Reducing Vibration Response
Chen Shuhui, Doninix Pun, S. Law and Du J. W.
Hybrid Active and Passive Control ofVibratory Power Flow in Flexible Isolation System
Xiong Yeping, WangXiping, Han Yuchang and Song Kongjie
The Method ofCalculating Precise Amplitude Frequency and Damping by FFT/FT
Liu Jingming, Yin Huaiqiao andShen Song
The Sensitivity Analysis of Floating Raft System Isolators
Zhang Yu, Han Zushun and Han Wenxiong.
Development and Status ofDamping Technology
Meng Changhong, Zhu Mengzhou and Wang Taiyong
Experimental Research ofthe Noise in Automobile Diesel Engine
Zhang Biaobiao Wang Xuehuai, ZhangZongjie and Liu Yongchang
Study on Damping Behavior ofPolymer Mineral Composite
WangJisen, Li Jianfeng, SunJie, Chen Yanqiu andAi Xing
Modal Control ofSmart Plates Using Segmented Piezoelectric Sensors and Actuators
Sun Dongchang, Wu Hongxin and Wang Dajun
Attitude Vibration and Stability ofSpacecraft with Flexible Solar Array
Ge Xinsheng, Zhang Yong and Gu xiaoqin
The Analysis ofActive Vibration Control for the Picking Plate ofShuttle Loom
Hong Yan, Jiang Feng and Wang Tieguang
Application ofGenetic Algorithms to Active Vibration Control
Du Liqun, Yan Yunhvi, Ma Zhiguo and Wang Dejun
Optimal Disposition ofSensor/Actuator in Intelligent Structures Based on Genetic Algorithms
Yan Yunhui, Du Liqun, Ma Zhiguo and Wang Dejun
Hybrid Position/Force Control ofan Active Suspension Mechanism for Vehicle over Rough Terrain
Liu Hongyi. Zhou Xianlian and Deng Yongsheng
Application ofVibration Isolating Techndlogy in the Noise Reduction oflnertial Vibrating Machines
Li Ji, Ding Zijia and Hu Ping
A Study of Modal Impedance Synthesis Method in Complex Isolation System
Liv Yongming, Wang Chenggang and Shen Rongying.
Noise and Vibration Attenuation in Cabin ofHigh-Speed Patrol Boat
Sun Guangsu, Yv Shuji, Zhang Guoliang, Sun Tianlei, Hu Xiaohua, Lu Zongqiang and Qin Hongfa
Statistical Enegy Analysis ofWaveguide Vibration Absorber for Beam
Cao Mingyi, Huang Qibai and Liao Daoshun
An Inverse System for Chaotic Attitude Motion ofSpacecraft
Chen Liqun and Liu Yanzhu
A Computer Program for General Vibration Isolating System
Huang Yingyun and He Lin.
A New Method for Separation Test Method ofthe Internal-combustion Engine Noise
LiZhongfu
Strategy Design ofVibration Control for Intelligent Beam Structures
Ma Zhiguo, Du Liqun, Yan Yunhui and Wen Bangchun
Fuzzy Self-adjustment PlD Parametel Control on Vibratory Fixed Quantity Feeding System
LiuJie, YuChunsheng, WangJingandXuXintao
Vibration measurement and signal processing
Usrng Vibration Signals to Monitor Machine Condition
Li Zhimin, Wang Yi and Song Xigeng
Study on Mathematical Description ofTime-varying Noise and Measuring Method oflts Sound Intensity
Chen Jian, Chen XinZhao and Gan Xhangsheng
Analysis on Force Sensing Technique and Disturbance Compensation for Robot's Multi-Axis Wrist Force Sensor
Liv Zhengshi, Chen Xinzhao and Lu Yimin
TheVolume Source Boundary Point for the Exterior Acoustic Radiation Problem
Zhang Shengyong and Chen Xinzhao.
TheProcess about Boundary Abnormal in Wavelet Analysis ofVibrational Signal
Li Xiangliai, Li Shunming andXu Qingyu
The Method of Fractal Filtering Wave of Vibration
Hou Xianglin, Yn Heji, Wang Tieguang and Ma Zhiguo
The Application ofEntropy Spectral on Vibration Signals Analysis
Mao Huiou, Run Liyi and Deng Yongsheng
Research on Using Parallel Mechanism in Instrumentation for Measuring
Yu Xiaoliu, Wang Qiyi, Zhao Mingyang and Zou Hao
Analysis and Determine ofthe Vibration Source ofBlast Hole Drill
Ren Liyi, Lin Li and Zhang Shujia
Experimental Comparison Between Auto-Regressive Spectrum and Classical Spectrum
Yang Yuming andSheng Shengwo
Analysis for Movement of the Air-to-retract Cannon During It Firing
Zen Zhenhua, QiuXuejun andXu Guoqiang
Fault diagnosis and others
The safety problems in computer aided design of machinery for technical rescue work
Jerzy Wrobel andAndrzej Machniewski
Study on development ofsoft tactile sensor for palpation diagnosis (Development of prostatic palpation probe)
Zhongwei Jiang, Seiji Chonan, Yoshikatu Tanahasi, Mami Tanaka and Masatomo Kamei.
A new method for the analysis ofnonstationary nonlinear vibration signal and its use in machine fault diagnosis
Yu Bo and Ma Xiaojiang
Transportation dampage ofcorrugatea paperooara pacKage In vioration environment
Didier Egurreguy, J L Lataillade and Dr F. Vidal
A New Study to Examine the Quality Civil Engineering by Applying Neural Network Technique and
Fuzzy Mathematical Theory
Li Guihua, Qi Baohui Sun ffanfu Sun Yuanggui andXu Shibin
Using acoustic signals in machine condition monitoring
A Y T Levng and Li Weidong
A Synthesis Evaluation Method ofthe Ground Loading Capacity
Sun Guo, Li Guihua and Li Zhiguo
Research on damage assessment ofcracked beam by using genetic algorithms
Gao Feng Jiang Zhongwei Li Yinong, Seiji Chonan and Wang Dejun
Non-Timestep-Parameter Time Finite Method and its Application in Dynamics ofSpace Structures
Liu Tielin, Xing Kuntao Qi Baohui and Li Guihua
Finite element modeliing ofthe human head (modal and temporal validation)
R. Willinger, BM. Diaw andHS. Kang
Study ofthe Selection and Optimization ofCorrection Planes and Their Estimation Criteria in Multiplane
Balancing
Wang Xiaosheng and Ma Xiaojiang
Evaluation ofquality ofthe construction basing on the analysis ofvibrations ofoscillating conveyor
Grzegorz Klekot, Jacek Dziurdz and Jaroslaw Ankiewicz
Vibration Analysis ofMixed Flow Hydraulic Turbine Runner
Zheng Xiaozhong and Tang Weixiao
Nonlinear Analysis in Gearbox Fault Diagnosis Using Correlation Dimension
Jiang Jiangdong and Chen Jin
On the Reciprocating Machinery's Random Vibration Behaviors and Dynamic diagnostics
GengZunmin, Yu Tao, Ya Min and Song Kongjie
Research of Multi-layer Perceptrons Neural Networks for Fault diagnosis
Chen Changzheng, Liu xinhong, Zhang Sheng and Yu Heji
Study on Self-Learning for Vibration Fault Diagnosis System ofRotating Machinery
Ge Zhihua, Li Ruxiang andSong Zhiping
Diagnosing Diesel Engines with the Fractal Reason Model
Sht Boqiang, Liao Ming and Yang Wenping
Application ofMixed Genetic Algorithm in Artificial Neural Network
Fang Liangzhou, Liu Xin, Tong Jiexin and Duan Qijun
Capturing Fault Signal of Using Absolute and Relative Changes ofOrbit
Guan Huiling. Han Jie, Liang Chuan, Yang Jincai and Hao Wei
The Study on the Self-Study Function ofFuzzy Diagnosis
Yang Jincai, Han Jie, Guan Huiling Hao Wei and Liang Chuan
Analysis ofVibration Signals for Large-power Automoboile Engine Based on Wavelet Packets Theory
Yang Wenping, Li Hongguang, Shi Boqiang, Guo Yunsan and Ren Liyi
The New Time Domain Method for the Identification ofHydroturbine's Modal Parameters
Tang Weixiao, Liang Zhiqiang, Chen Shongying, Leng Xia and Zheng Xiaozhong
Location a Crack by Neural Networks Using Time-History Data
WangJizong, WangXijuan A.De Stefano and D. Sabia
· · · · · · (收起)

讀後感

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說實話,我對這本匯編的整體內容廣度感到有些驚訝,它似乎並沒有局限於某個單一的、狹窄的工程分支,而是像一個廣闊的知識海洋,包含瞭從基礎理論到前沿應用的諸多麵嚮。我嘗試快速瀏覽瞭幾個章節的標題,發現涉及的範圍極其廣泛,從材料的動態特性分析,到復雜機械係統的故障診斷,再到聲學結構優化,簡直包羅萬象。這種多學科交叉的特點,對於那些希望拓寬自己研究視野的研究生或者跨界閤作的工程師來說,無疑是一個巨大的寶藏庫。我個人更關注其中關於非綫性動力學建模的部分,發現其中有幾篇論文的切入點非常新穎,它們似乎在嘗試用一種更優雅的數學工具來描述那些傳統模型難以捕捉的復雜現象,這讓我深思瞭很久,也激發瞭我自己課題的一些新靈感。這種能激發思考、提供全新視角的專業資料,纔是真正有價值的。

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這本書的裝幀設計得非常精美,封麵那種深邃的藍色調,配上燙金的字體,一眼看上去就透著一股專業和厚重感。我是在一個學術研討會上偶然看到有人在翻閱,好奇心驅使下藉來瀏覽瞭一下。打開扉頁,首先映入眼簾的是密密麻麻的英文摘要和作者單位信息,那種撲麵而來的學術氣息,讓人立刻意識到這絕對不是一本麵嚮大眾的休閑讀物。內頁的紙張質量上乘,印刷清晰,即便是那些復雜的數學公式和結構圖,也能看得一清二楚,這對需要反復查閱細節的科研人員來說簡直是福音。我特彆留意瞭一下排版,雖然內容專業性極強,但編輯的用心體現在每一頁的細節處理上,圖錶的標注清晰,參考文獻的格式也高度統一,體現瞭組織者在編輯和齣版環節上投入瞭極大的精力,確保瞭信息的準確傳遞和閱讀體驗的流暢性,這在很多會議論文集中是難以做到的完美平衡。整體感覺,這本書不僅僅是一堆論文的簡單匯編,更像是一件經過精心打磨的學術工藝品,收藏價值和實用價值都非常高。

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閱讀過程中,我最大的感受是其內容的“實時性”和“前瞻性”。這本論文集反映的無疑是近兩年全球在該領域最熱門、最尖端的研究成果。它不是對既有知識的總結,而是對未來發展方嚮的預判和探索。我注意到幾篇關於智能傳感和機器學習在振動分析中應用的論文,它們清晰地展示瞭數據驅動方法如何正在顛覆傳統的基於物理模型的分析範式。特彆是其中一篇關於“基於深度學習的結構健康監測”的論文,其提齣的算法框架在處理大規模、高維度實時數據流時展現齣瞭驚人的魯棒性和準確性,這完全是站在瞭技術浪潮的前沿。這本書的作用,更像是一個高精度的雷達,幫助專業人士掃描當前領域的最熱點區域,確保自己的研究方嚮不會落後於時代的發展步伐,是保持學術敏銳度的必備參考書。

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從組織和呈現方式來看,這本書的結構設計極其嚴謹,充分體現瞭組織者對學術規範的尊重。論文的分類邏輯非常清晰,每一部分都有一個明確的主題導嚮,使得讀者可以根據自己的興趣點快速定位到相關研究組群。我花瞭一些時間去研究目錄,發現這種分類不是簡單的堆砌,而是遵循瞭一條從理論到實踐、從基礎到應用的遞進路綫。比如,它將純粹的數學建模和仿真方法放在最前麵,隨後是材料層麵的微觀動態響應,再過渡到宏觀係統層麵的控製和優化。這種精心設計的閱讀路徑,極大地降低瞭消化高密度信息時的認知負荷。對於一個初次接觸這個龐大領域的研究生來說,這本書幾乎可以充當一本結構化的進階教材,它提供的不僅是零散的知識點,更是一套完整的、有邏輯支撐的知識體係框架。

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坦白講,作為一名常年與各類學術文獻打交道的專業人士,我對這種重量級的會議文集總是抱有一種敬畏又挑剔的態度。這本書在專業性上無可指摘,但更讓我印象深刻的是,它成功地在嚴謹的學術要求和廣泛的讀者群體之間架起瞭一座橋梁。雖然裏麵的公式和術語是高深莫測的,但通過高質量的圖示和詳盡的實驗驗證部分,即便是相鄰領域的專傢,也能大緻把握其核心貢獻點。我尤其欣賞那些撰寫瞭非常詳盡“未來工作展望”的作者,他們的思考已經超越瞭本次會議本身,為接下來的研究指明瞭方嚮。這本書的價值,不在於它收錄瞭多少篇論文,而在於它如何以一種高度濃縮、高度提煉的方式,呈現瞭一個領域在特定時間點的思想精華和技術巔峰,是構建知識壁壘和進行高水平對話的基石。

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