scholarly journals Web Information System for the Governance of University Research

2018 ◽  
Vol 8 (4) ◽  
pp. 3287-3293 ◽  
Author(s):  
K. Benmoussa ◽  
S. Khoulji ◽  
M. Laaziri ◽  
K. M. Larbi

Technology development has proved crucial in analyzing and processing the volume of scientific information that is generated today. Governments are developing scientific and technical information systems that, beyond a database, are a real tool for supporting research management and decision-making in the field of science and technology policy. For the development of higher education in Morocco, the ministry has focused on projects for the management and development of university research. For this purpose, Abdelmalek Essaadi University developed an efficient application dedicated to the management of collaborative extranet called SIMarech (Moroccan Information System of Scientific Research), in order to support, organize and structure all academic activities. It will enable all university stakeholders to use a digital workspace specific to their roles, to access and share information, and interact and engage in national scientific research. This article presents an overview of research management systems and the design and development of SIMarech, which is designed as a tool for monitoring research conducted by a university or other institutions.

2017 ◽  
Vol 52 (6) ◽  
pp. 11-11
Author(s):  
G.S. Lebedev ◽  
◽  
O.B. Krylov ◽  
A.I. Leljakov ◽  
V.V. Tkachenko ◽  
...  

2008 ◽  
Vol 46 ◽  
pp. 67-83
Author(s):  
Rimvydas Laužikas

Skaitmeninių technologijų plėtra keičia humanitarinių mokslų šaltinių kaupimo, saugojimo, apskaitos, tyrimo bei mokslinės informacijos sklaidos procesus. Kartu keičiasi humanitarinių mokslų institucijų ir tyrėjų vaidmuo šiuose procesuose, taip pat visuomenės požiūris į mokslą ir jį globojančias institucijas. Tačiau šiuolaikinėje Lietuvoje skaitmeninimas yra suprantamas vien praktine prasme.Šio straipsnio objektas yra skaitmeninimas, kaip mokslo tyrimas. Straipsnio tikslai yra: a) atsakyti į klausimą, ar skaitmeninimas gali turėti savitą mokslo tyrimų objektą, jei taip – pateikti jo apibrėžimą; b) paskatinti kolegų mokslinę diskusiją – aptarti skaitmeninimo ne kaip praktinę, o kaip mokslo veiklą; c) pateikti aktualių skaitmeninimo tyrimų, kurie buvo atlikti vykdant BARIS projektą, rezultatų pavyzdžių.Straipsnyje teigiama, kad skaitmeninimas gali turėti savitą mokslo tyrimo objektą. Tai emuliatyvumas – specifinis žmogaus santykis su tikrove, kai žmonės, remdamiesi kriterijais, atrenka iš realybės objektus ir jų pagrindu skaitmeninėje aplinkoje kuria emuliacines sistemas, kurios mėgdžioja ir imituoja realybėje veikiančių natūralių sistemų veiklą. Svarbu pažymėti, kad emuliacinės sistemos nėra realybėje egzistuojančių sistemų kopijos, jos sukurtos perkodavimo būdu ir yra tokios pat savarankiškos, dinamiškos ir laisvai evoliucionuojančios sistemos, kaip ir tos realybės sistemos, kurias jos mėgdžioja.Emuliatyvumas yra specifinis, kompiuterinių technologijų, virtualaus pasaulio ir interneto atsiradimo paskatintas reiškinys, kurį galime nagrinėti labai daugeliu prasmių iki pat asmens psichologijos imtinai. Tačiau šiame straipsnyje apsiribojama tik ta emuliatyvumo dalimi, kuri yra susijusi su kompiuterinių technologijų taikymu kūryboje, paveldosaugoje, humanitariniuose bei socialiniuose moksluose. Straipsnyje pateikiamas skaitmeninimo mokslo tyrimų, apibrėžimas, skirstymas į istorinius, fundamentinius ir taikomuosius tyrimus, sąsajos su kitais mokslais ir praktinėmis veiklomis, aptariami terminijos, metodų klausimai, pateikiama tyrimų atliktų BARIS (Bažnytinių archyvų informacinė sistema) projekto vykdymo metu, pavyzdžių.Digitization as science: Baris project experienceRimvydas Laužikas SummaryThe development of digital technologies is changing the processes of accumulation, storage, accountability and research of sources of humanitarian sciences and dissemination of scientific information. At the same time the role of institutions of humanitarian sciences and researchers in these processes is changing, as well as the public attitude to science and institutions protecting it. However, digitization in modern Lithuania is understood in purely practical aspect.The subject of this article is digitization as scientific research. The aims of the article are the following: a) to answer the question whether digitization is able to have its own object of research, and if so, to present its definition; b) to encourage colleagues for scientific discussion about digitization not as practical but scientific activity; c) to present examples of studies that were carried out while implementing the BARIS project (Information system of church archives) relevant for digitization.It is claimed in the article that digitization is able to have its own object of scientific research and that object is emulativity – a specific human relationship with reality when human beings select objects from reality according to certain criteria and on their basis create emulative systems in digital space that imitate the activities of naturally existing systems. It is worth noticing that emulative systems are not copies of systems existing in reality – they are created in the way of recoding and are as much independent, dynamic and freely evolving systems as the ones they are imitating in reality.Emulativity is a specific phenomenon stimulated by computer-based technologies, appearance of virtual reality and the internet, and which can be studied in many different aspects, up to personal psychology. However, the article restricts itself by the emulativity part which is related to application of computer-based technologies in creation, preservation of heritage, humanitarian and social sciences. The article presents the definition of the scientific object of digitization, its division into historical, fundamental and applied studies, links with other sciences and practical activities; discusses issues of terminology and methods, and presents examples of studies carried out while implementing the BARIS project (Information system of church archives).


2019 ◽  
pp. 32-38
Author(s):  
Yu. V. Leonova ◽  
A. M. Fedotov

The article describes technological approaches used to create distributed information systems supporting scientific research. Architectural solutions intended to create such systems and principles for integrating these systems with external sources are considered. Functional requirements for the model of scientific information system (SIS), conditioned, firstly, by the researchers’ information needs, and secondly, by the necessity to ensure a reliable and longterm storage of information, are determined. Rules for presenting and transforming metadata are examined.


Author(s):  
V.S. Boldyrev

The features of scientific activity of scientific and industrial enterprises are considered. The analysis of the functioning of a research and production enterprise in carrying out complex scientific research has been carried out. The contour of scientific research management is presented in the form of the main stages of the technological process of their implementation. The possibility of using the program-target approach as an effective strategy for managing research in solving complex and complex problems of a research and production enterprise is shown. An example of a matrix organizational structure of management is given as the most effective for the approach under consideration, with a description of the main stages. The use of automated information systems to improve the efficiency of research management is proposed. The diagram of the inclusion of an automated information system in the general structure of management of scientific research of the enterprise is shown. The described methods have been introduced in the NPO "Lakokraspokrytie" and are successfully used in the implementation of innovative projects for the development, design and commissioning of energy-saving painting lines, within the framework of one of which a painting line for freight cars was designed and put into operation JSC "SPC "Uralvagonzavod" in Nizhny Tagil city, which allows painting up to 16 thousand different modifications of freight cars per year


2013 ◽  
Vol 389 ◽  
pp. 908-912
Author(s):  
Jun Tang ◽  
Zhi Min Hu

For the purpose to realize information collection, collation, transfer, tracking and execution required by Hunan Urban Construction College to carry out the function of scientific research and management, and through the re-definition of the workflow process definition, we combine the modeling technology of Petri net and the workflow technology to design the amendment of the workflow process and the storage mechanism. Also we design the data structure of the workflow engine, hoping to make breakthrough on both thoughts and measures for the realization of the research management & information system.


Author(s):  
Алексей Сергеевич Серый ◽  
Анна Александровна Гриневич ◽  
Владислав Александрович Лисин

В статье предложен подход к построению исследовательской среды для интеграции информационных ресурсов определенной области знаний и поддержки научных исследований. Особенностью подхода является комбинация в рамках единой информационной системы, основанных на онтологиях средств представления, систематизации и аннотирования интегрированных в систему ресурсов, а также ориентация на совместную работу специалистов над созданием размеченного корпуса. В статье приведен пример применения предложенного подхода для разработки информационной системы. The paper presents an approach to the development of a research environment, facilitating an integration of information resources dedicated to a certain scientific domain and supporting scientific research. The main feature of the approach is combining an ontology-based tools for presenting and annotating scientific information resources within a single information system. The development of the information system is aimed towards the joint work of researchers on the creating annotated corpora of resources. The paper provides an example of the proposed approach being put into practice when developing an information system.


2013 ◽  
Vol 441 ◽  
pp. 984-988
Author(s):  
Jian Hua Xie ◽  
Jian Hua Xiao

Researching the design process of scientific research management information system of Jiangmen polytechnic. According to the characteristics of the scientific research management in colleges and universities, the system is developing by using the B/S application model and the advanced .NET framework. The system consists of teachers management module, faculty-level management module, and library management module, scientific research department management module, system management module and public management module. Aim at the application maintenance and security, the system uses three-tier architecture, authorize to the management mechanism, data encryption and software separation and other security measures. The system has realized the classification audit of scientific research information and the dynamic management of the research integral reports. The using results show that the system is not only stable, but also easy to operate, and it also greatly improves the accuracy and efficiency of the scientific research management.


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