66.7

Hakki Eres

University of Southampton

Hakki Eres' research contributions span multiple fields, including decision analysis, engineering design, and value-based requirements engineering. Their work focuses on developing novel approaches to improve performance, quality, and customer satisfaction in various industries. For instance, their investigation of fan blade off events using a Bayesian framework and co-creation in complex supply chains highlight the importance of data-driven insights in optimizing system performance. Additionally, their studies on multilinear target-based decision analysis, cost-driven build orientation, and bin packing in selective laser melting showcase innovative applications of machine learning and optimization techniques in engineering design.

Grid ComputingValue-Driven DesignMulti-criteria Decision MakingPerformance OptimizationComputational GridsModular Product ArchitectureEngineering CharacteristicsTask SchedulingGPU ComputingFlexibility in System DesignArchitecting Complex SystemsComplex Product DevelopmentPlatform-Based Product Development
Commercial signal 66.1
Scientific signal 69.3
Social signal 71.5
Papers 21
33 Patent-to-paper cites
440 Paper cites

scientifiq.ai is an experimental platform. The platform relies on open source data and it may contain errors. Its primary goal is to advance scientific research on innovation.