In this research a shipbuilding production process design methodology, using computer simulation, is suggested.It is expected from suggested methodology to give better and more efficient tool for complex shipbuilding production processes design procedure.Within the first part of this research existing practice for production process design in shipb
Application of data query robots based on large language models in the medical field
This study introduced the development history and current research status of large language model (LLM), data Quartz Accessories query robot (DQR).Meanwhile, through empirical analyses, the practical application effect of LLM-based DQR and its role in dealing with the complex tasks of medical data querying and analysis in the field of digital medic
Two Structural Positions for Locative and Directional PPs in Norwegian Motion Constructions
This paper discusses two types of constructions in Norwegian where a combination of a verb of motion and Texturizing Finisher a prepositional phrase are ambiguous between a reading of directed motion and a reading of located motion.Based on the differences in the syntactic behaviour of the two types of constructions with respect to a variety of tes
The Prognostic Value of C-Reactive Protein Serum Levels in Patients with Uterine Leiomyosarcoma.
C-reactive protein (CRP) has previously Stepping Stones been shown to serve as a prognostic parameter in women with gynecologic malignancies.Due to the lack of valid prognostic markers for uterine leiomyosarcoma (ULMS) this study set out to investigate the value of pre-treatment CRP serum levels as prognostic parameter.Data of women with ULMS were
Performing multiobjective optimization on perforated plate matrix heat exchanger surfaces using genetic algorithm
Matrix Heat Exchanger is having wide spread applications in cryogenics and aerospace, where high effectiveness and compactness is essential.This can be achieved by providing high thermal conductive plates and low thermal conductive spacers alternately.These perforated plate matrix heat exchangers have near to 100% efficiency due to low longitudinal