Abstract:From 1968 on, the state of Israel deployed television as a tool in the service of its ongoing project of reproducing the nation and as a propaganda tool that targeted the population of the newly occupied territories and the Palestinian Arab citizens of Israel. With the collaboration of the scientific elite, the televising of original popular science programs, aired on the sole government-controlled channel at prime time, contributed immensely to these projects. Through these programs, the state disseminated a … Show more
“…According to the development process of object-oriented software engineering, the literature discusses the development process of personal information service system for a popular science website from actual demand analysis to system design and implementation [6]. This paper analyzes the characteristics and advantages of the system, analyzes the system business process, describes the system requirements analysis and technical platform selection, analyzes the system architecture design and system database design, gives the specific implementation of each functional module of the system, and carries out the application and testing of the system [7][8].…”
By introducing new network media and artificial intelligence technology into the field of science popularization in colleges and universities, this research strives to solve the practical problems of science popularization websites that are large but not distinctive in the current era, and tries to improve the social impact and economic benefits of such science popularization platforms, so as to promote platform innovation and break away from the stereotyped system design form. Through the establishment of a science popularization system for colleges and universities, the mainstream content management can be achieved, and the differentiation management between the main station and the sub station can be completed. The platform design is implemented by Java EE technology, carrying multi-functional module components, completing the componentized configuration of the system, which can be developed sustainably and has good security. The university science popularization system can operate stably in most environments, and the security management measures are strict. It can take multiple means to effectively protect the security of information, and it is simple and easy to implement. It can be seen from the design of simulation experiment that this promotion system, through the design of hybrid recommendation strategy, can_ UserCF and SBBRM_ Based on the advantages of Doc2Vec algorithm, the accuracy and coverage of system recommendations are improved, making it more universal. And the hybrid recommendation results can be compared with the main recall model to prove the efficiency of the system. This paper introduces artificial intelligence technology into the field of science popularization in colleges and universities, so as to realize the system design and improvement based on the new network media environment.
“…According to the development process of object-oriented software engineering, the literature discusses the development process of personal information service system for a popular science website from actual demand analysis to system design and implementation [6]. This paper analyzes the characteristics and advantages of the system, analyzes the system business process, describes the system requirements analysis and technical platform selection, analyzes the system architecture design and system database design, gives the specific implementation of each functional module of the system, and carries out the application and testing of the system [7][8].…”
By introducing new network media and artificial intelligence technology into the field of science popularization in colleges and universities, this research strives to solve the practical problems of science popularization websites that are large but not distinctive in the current era, and tries to improve the social impact and economic benefits of such science popularization platforms, so as to promote platform innovation and break away from the stereotyped system design form. Through the establishment of a science popularization system for colleges and universities, the mainstream content management can be achieved, and the differentiation management between the main station and the sub station can be completed. The platform design is implemented by Java EE technology, carrying multi-functional module components, completing the componentized configuration of the system, which can be developed sustainably and has good security. The university science popularization system can operate stably in most environments, and the security management measures are strict. It can take multiple means to effectively protect the security of information, and it is simple and easy to implement. It can be seen from the design of simulation experiment that this promotion system, through the design of hybrid recommendation strategy, can_ UserCF and SBBRM_ Based on the advantages of Doc2Vec algorithm, the accuracy and coverage of system recommendations are improved, making it more universal. And the hybrid recommendation results can be compared with the main recall model to prove the efficiency of the system. This paper introduces artificial intelligence technology into the field of science popularization in colleges and universities, so as to realize the system design and improvement based on the new network media environment.
“…Further pieces of the picture have emerged, partly in exchange and collaboration with authors of this issue: some of the Polish organs and uses of popular science (Zasztowt 2009; Włodarczyk 2009; Zasztowt et al 2012), some of particularly French kinds of popular and public science like song and cabaret (Raichvarg 2009), and some of Spanish popular paleontology, which analyzed the remains of the oldest Homo sapiens and declared him a “Spanish national” (Hochadel 2009 and 2013). Another fascinating case study combining a truly European understanding of scientific culture with a peripheral geographic location and a host of efforts to communicate science to a diverse people is Israel, which established two different popular science programs on TV, one in Hebrew and one in Arabic, thus representing a rather different national approach to science communication (Katz-Kimchi 2012 and 2013).…”
In a recent book on The Publics of Science; Experts and Laymen Through History, Agustí Nieto-Galan introduced his subject of a (mostly Western) history of public science, covering the times from the Scientific Revolution to the twenty-first century, with reference to Sigmund Freud. In one of his essays of cultural critique, Freud had, so to speak, put culture itself on his couch, and this session also featured talk about science and technological application. Civilization and Its Discontents identified a factor of disillusionment in the progress of science and technology, which gave rise to “The Uneasiness in Culture” (the literal translation of the title of Freud's German essay Das Unbehagen in der Kultur), and this uneasiness tainted a great deal of the happiness science and technology were intended to cultivate (Nieto-Galán 2011; Freud 1930). New technology and inventions like telephones, ocean liners, or drugs, Freud argued, were mostly remedies for negative developments technology had just created; for instance, without modern transportation people would stay close to each other and not need any telephone. (However, he did not address the issue of whether scientific knowledge itself may have provided some satisfaction.) The modern individual, as analyzed by Freud, was therefore constantly ill at ease with modern scientific and technological culture.
“…In 1968 public television began broadcasting a monthly prime-time science magazine program, Mada va'Daat [Science and Knowledge]. This was followed by a prime-time weekly science magazine, Tazpit [Observation] and a science magazine aired by Israeli television in Arabic called Innovations and Inventions that ran from 1977 to 1996(Katz-Kimchi, 2012). All were very popular, but science coverage has been considerably reduced since the introduction of commercial television in Israel in the 1990s.…”
The Network for the Public Communication of Science and Technology (PCST), which allowed us to test concepts, recruit authors and launch the book to the international community of science communication researchers and practitioners.The 108 authors who wrote the 40 chapters. They were willing, responsive and cheerful in drafting, revising and re-drafting their chapters.Bernard Schiele for his exhaustive work in compiling and analysing the data from the timelines.
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