Research on Automatic Layout Planning and Performance Analysis System of Production Line Based on Simulation

Author(s):  
Lv Chao ◽  
Liu Shuang ◽  
Shiming Wang ◽  
bei Cai
2020 ◽  
pp. 1-11
Author(s):  
Lin Shen

This article first studies and designs the college English test framework and performance analysis system. The author analyzes a large number of data collected by the system in three dimensions: using data mining title association models, using machine learning to merge college English score prediction models, and finally diagnosing on the basis of the sexual evaluation model, the author designed and implemented a test paper algorithm based on the association rules of the question type, and carried out relevant verification from the three aspects of test paper time, test question recommendation and improvement according to scores. Finally, according to the needs analysis, the author uses the diagnostic evaluation model and related test paper algorithm to design and implement the diagnostic evaluation model, which is added to the college English diagnostic practice system. It can be obtained through comparative experiments that the paper-based algorithm based on the diagnostic evaluation model proposed in this paper can effectively give better practice guidance and test question recommendation to the learner’s learning status and knowledge point problem obstacles, and can effectively improve learning. The achievements of the authors have broad application prospects and research value.


Author(s):  
S. Timperley ◽  
M. K. D. Smith

Ruston Gas Turbines is a manufacturer of industrial gas turbines. Present models are in the power range 1.3 MW to 6.5 MW, and engine testing is performed on two separate sites, one for acceptance testing of production engines, the other for development testing.


Today’s scenario all manufacturing organizations are moving rapidly to adopt new process modeling, performance analysis through simulation, in order to design a new costeffective system. Organizations made several changes in their manufacturing systems to increase profit and to sustain their significance in global markets. Simulation modeling is a well accepted technique for improving process performance. In this study, the mineral water company operates the production line with less throughput, long cycle times, frequent machine failures and insufficient utilization of its resources. A simulation model is developed for the successful bottling and packaging of the production line by using Arena simulation software. The model is developed for AMWSC packaging process for returnable glass bottle Production Line. This model eliminates the bottlenecks in production line and provides optimal performance. By applying Effective Preventive Maintenance Strategy, the production line throughput is increased from 21.12% to 54.03% and the cycle time is reduced by 33.33%.


2018 ◽  
Vol III (I) ◽  
pp. 353-361
Author(s):  
Muhammad Zia Ul Haq ◽  
Muhammad Badar Habib ◽  
Muhammad Nazeer

This study was conducted to examine the correlation between the anthropometric measure and kinematic of pull shot. Eighteen cricket batsmen were recruited for data collection. The variables were recorded as stature, body mass, skinfolds, girths, bone lengths, breadths and physical strengths. The pull shots were recorded with two video cameras and Aerial Performance Analysis System (APAS) software for the kinematic of the pull shot. All kinematic were not significantly correlated with the pull shot performance except the bat angle. It was concluded that the girths and breadths of upper and lower limbs are associated with higher perforamnce of pull shot at the moment of batball contact. The wider arms help to maintain the body position to execute a successful pull shot. The extension of the knee, hip and elbows assist batsmen to keep body position against the short of length ball for an accurate pull shot.


2004 ◽  
Vol 12 (4) ◽  
pp. 225-237 ◽  
Author(s):  
Hong-Linh Truong ◽  
Thomas Fahringer

This paper describes SCALEA-G, a unified monitoring and performance analysis system for the Grid. SCALEA-G is implemented as a set of grid services based on the Open Grid Services Architecture (OGSA). SCALEA-G provides an infrastructure for conducting online monitoring and performance analysis of a variety of Grid services including computational and network resources, and Grid applications. Both push and pull models are supported, providing flexible and scalable monitoring and performance analysis. Source code and dynamic instrumentation are implemented to perform profiling and monitoring of Grid applications. A novel instrumentation request language for dynamic instrumentation and a standardized intermediate representation for binary code have been developed to facilitate the interaction between client and instrumentation services.


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