Dissertation > Excellent graduate degree dissertation topics show
Based on OGRE port emulation
Author: ShangGuanYouBai
Tutor: WangDuoQiang
School: Huazhong University of Science and Technology
Course: Applied Computer Technology
Keywords: Port Field hanging Crane Inverse dynamics Virtual Simulation
CLC: TP391.9
Type: Master's thesis
Year: 2011
Downloads: 61
Quote: 0
Read: Download Dissertation
Abstract
|
As the world economy recovers , port construction, set off a new round of high tide , in order to improve the efficiency of port operations and reducing accidents, the port monitor virtual simulation developed gradually become popular . With the rise of 3D technology , port monitoring system phasing out the original two-dimensional rendering technology instead use three-dimensional graphics technology, the use of new technology not only makes the monitoring system has a new visual experience, but through multiple levels of optimization, a substantial increase in system performance. System uses a three-dimensional engine OGRE as a development platform, combined with input engine , physics engine, the port and port container lifting process dynamic simulation, monitoring. In order to improve the simulation results , the system adds Hydrax Caelum sky system, and marine systems , simulate the real environment around the ports and use 3DSMAX create panoramic harbor crane models and field ( yard cranes ) and crane ( shore crane ) model, the field cranes and crane for object-oriented modeling and functional division . For field cranes, bridge cranes and trolley carts moving discrete control data , the paper proposed interpolation algorithm based on velocity prediction to calculate the continuous motion path , so that the movement of trolley carts and more smoothly . And in order to simulate the effect crane tilting axis , the paper presents the IK inverse dynamics based on OGRE analytical method , real-time simulation of tilting IK linkage. In order to improve rendering speed , the paper proposes View_based LOD solutions , dramatically reducing the number of triangles rendered in real time , thus improving system performance. Experiments show that the Windows platform by using velocity-based interpolation forecasts , IK reverse dynamics analysis and perspective based LOD techniques , greatly improving the simulation results and operational efficiency , the development of three-dimensional simulation has some reference significance.
|
Related Dissertations
- Global Stability of Telescopic Boom with Impact of Lap between Booms and Friction,TH211.6
- Design and Implement of Multi-Port Network Communication Platform,TN929.5
- Marine Boiler Superheater Tubes Expansion Port Stress and Strain Analysis,TQ051.5
- The Case Study about Environmental Supervision of Yingkou Port Bayuquan Ore Terminal Project,U656.1
- Fourth in Qingdao Port of applied research,F552
- Port industrial zone planning and layout of the sewage treatment system,X703
- Study on the Port Logistics Development Model in Nanchang,F259.27
- Design and Implementation of Multiport Serial Device Server,TP393.05
- Structure Analysis and Optimization Design for 150 Tons Flat-Top Crane,TH213.3
- DPU Improvement Design and Realization of SupMAX800D Distributed Control System,TP273.5
- Ancient Commercial Cultural Tourism Development,F592.7
- Research on Highway Bridge Maintenance Based on the BP Neural Network,U418.2;F542
- Research of Key Technologies of 3D Virtual Simulation Platform of Sheet Metal Forming,TG659
- Research on a Vehicle Crane Operating Simulation System,TH213.6
- The Strategy Analysis of Logistics Development in Rizhao Port,F552
- Configuration Management for Port Mirroring System on Advanced Distributed Switch,TN915.05
- Simulation of the Crane’s Hydrodynamic Coefficients Based on CFD,U674.35
- Design and Implementation of Port Triggering Function on NAT Gateway,TP393.08
- Key components of crane Intelligent Fault Diagnosis System Development,TH213.6
- The fourth generation port of Dalian Port Development Strategy,F552
- Heilongjiang American Dairy Development Strategy,F426.82
CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Computer applications > Information processing (information processing) > Computer simulation
© 2012 www.DissertationTopic.Net Mobile
|