Andere Kunden interessierten sich auch für
![Bewertung von Prozessoptimierungsmethoden auf demShopfloor einer Serienmontage]( "Bewertung von Prozessoptimierungsmethoden auf demShopfloor einer Serienmontage")
Bewertung von Prozessoptimierungsmethoden auf demShopfloor einer Serienmontage39,00 €![Proactive Production Control for a Synchronized Tool Production]( "Proactive Production Control for a Synchronized Tool Production")
Proactive Production Control for a Synchronized Tool Production49,00 €![Optimizing Hyperparameters for Machine Learning Algorithms in Production]( "Optimizing Hyperparameters for Machine Learning Algorithms in Production")
Optimizing Hyperparameters for Machine Learning Algorithms in Production39,00 €![Clustering of Similar Features for the Application of Statistical Process Control in Small Batch and Job Production]( "Clustering of Similar Features for the Application of Statistical Process Control in Small Batch and Job Production")
Clustering of Similar Features for the Application of Statistical Process Control in Small Batch and Job Production39,00 €![Steigerung der Prozessqualität des kundenindividuellen Auftragsabwicklungsprozesses durch Data Analytics]( "Steigerung der Prozessqualität des kundenindividuellen Auftragsabwicklungsprozesses durch Data Analytics")
Steigerung der Prozessqualität des kundenindividuellen Auftragsabwicklungsprozesses durch Data Analytics39,00 €![Deciphering the job shop scheduling problems in production areas]( "Deciphering the job shop scheduling problems in production areas")
Deciphering the job shop scheduling problems in production areas42,99 €![Development of Evolutionary Algorithm for Job Shop Scheduling Problems]( "Development of Evolutionary Algorithm for Job Shop Scheduling Problems")
Development of Evolutionary Algorithm for Job Shop Scheduling Problems50,99 €
In job shop production the change towards synchronized job shop production, which is based on the concept of so-called taktlines, has been shown to enhance efficiency. In this dissertation an algorithm for the taktline layout is developed, following a multi-objective approach. The algorithm consists of two sequential discrete optimizations problems, namely a modified Substring Cover Problem and a partitioning Cluster Analysis, including a Multiple Sequence Alignment. For an overall validation, real-world data from tool manufacturers are subject to the proposed algorithm.