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Giovanni Dosi,Marco Faillo,Luigi Marengo,Daniele Moschella 서울대학교 경제연구소 2011 Seoul journal of economics Vol.24 No.3
This paper presents a critical overview of some recent attempts at building formal models of organizations as information-processing and problem-solving entities. We distinguish between two classes of models according to two distinct objects of analysis. The first class includes models mainly addressing information processing and learning; the second class includes models focusing upon the relationship between the division of cognitive labor and search process in some problem-solving space. The results begin to highlight important comparative properties regarding the impact on problem-solving efficiency and learning of different forms of hierarchical governance, the dangers of lock-in associated with specific forms of adaptive learning, the relative role of "online" vs. "offline" learning, the impact of the "cognitive maps" which organizations embody, the possible trade-offs between accuracy and speed of convergence associated with different "decomposition schemes," the (ambiguous) role of organizational memory in changing environments.
Danial Khojasteh,Nooshin Moradi Kazerooni,Marco Marengo 한국공업화학회 2019 Journal of Industrial and Engineering Chemistry Vol.71 No.-
Encapsulation has received a surge of interest in the biotechnological, chemical and pharmaceuticalfields and other industrial processes, owing to numerous applications such as influidized catalyticcracking, antenna and wire fabrication, catalytic reactions, and process industries. For example,encapsulation is a technique used to entrap active agents within a carrier material and can be achievedthrough impact of droplets of encapsulating material on the solid particles of active agents. Consideringthe importance of dynamics of drop-particle collision, which directly affects the quality offilmdeposition during encapsulation, the current review is presented to investigate various aspects of dropimpact on dry solid spherical surfaces, which is still lacking in the existing literature and aims atencouraging more researchers to study this topic. Also, this review covers frequent examples of dropletimpingement onto curved surfaces, with a focus on the latest scientificfindings in droplet impactingsolid spherical surfaces.