نشریه فرماندهی و کنترل
سال دوم شماره 3 (پیاپی 5، پاییز 1397)

In Natural Language Processing field, lexical resources are the mandatory tools which their representation format and accessibility has essential importance. In this paper, we focus on representation format of WordNet as an important lexical resource; aiming to benefit from the semantic web and Linked Data advantages. The Linked Data format provides knowledge representation and integration with other knowledge resources. Providing WordNet in linked data format and ontology representation, enable us to use semantic web technologies, such as inference. Development and usage of WordNet in the linked data format are more effective. The paper introduces an ontology schema for Farsi WordNet. The schema is based and Linked Data and is evaluable by Lemon model.

With the advent of the Islamic Revolution and the formation of the Islamic Republic of Iran in the Western region of Asia, the pattern of governance has emerged in the international system, contrary to the interests of the Global and Western monopoly. This is why the Islamic Republic of Iran has always been under sanctions and the threat of global arrogance since it has been established. Despite their failures and threats in the arena of “hard war”, global arrogance is drawn into the areas of “soft war” such as cultural influence and economic sanctions. The growth of modern science and threats in the international arena has led to the transition from source - based organizations to knowledge-based on one of the strategies of the Islamic Republic. The issue of how to promote and develop knowledge - based organizations is also one of the concerns of the supreme leader of leadership due to the emergence of new threats. in order to set up knowledge organizations, in this study, the structural dimension of knowledge organizations has been developed in terms of success in establishing knowledge flows and knowledge of knowledge sources as initially the important and influential factors of knowledge organizations are identified with the help of the Delphi technique. It is concluded that the traditional and hierarchical structure does not have the capability to implement these components and, given the special circumstances of the country, especially the spread of sanctions against the fields of science and technology, the structure of a suitable structure for knowledge management and maintaining knowledge flows in knowledge-based organizations is the foundation of the state and the army.

Policy is a kind of decision which is made in the level of governments, industries and enterprises and it affects a wide-ranging domain. Henceforth, having an efficient policy can influence an extensive part of industry and society. Due to its dynamic nature and high dependence on information technology, policy-making in electronic banking is more important than in other industries. Policy-making in electronic banking has considerable effects on the monetary and banking system of the country. In the recent years, defined policies have had repetitive changes with no stability.
 Therefore, in this paper, we attempt to describe and exploit current situation of policy-making in electronic banking. In this study, the purpose is applied, the methodology is qualitative, the research method is  Grounded Theory,  the type is exploratory-descriptive,  the  time horizon is cross-sectional, its techniques is interview and finally its procedure is  three levels of coding in Grounded Theory. Based on the results, 106 unique codes, 21 concepts and 6 categories were extracted. According to the paradigmatic model, the core category is the inefficiency of policy-making and some root, background and intervening factors have been influential in this inefficiency phenomenon and have resulted in mechanisms and consequences for the banking system of Iran. Finally, to better control the electronic banking it is suggested that central bank be headquarter of monetary and banking system.

IoT has the potential to become the most important concept that has led to a huge information and communication technology revolution in recent decades. In fact, the concept of the Internet of Things defines a global Internet-based network in which all objects can connect, exchange information and perform intelligent activities. This new concept has affected both civilian and military applications of its new definitions. With the advent of the Internet of Things, as well as the ability to connect various weapons systems to the network, the opportunity for commanders to facilitate weapons control and the speed of action in the reactions arises. In the meantime, and more than civilian applications, military IoT applications, known as the MIoT domain, are more important because they can have positive or destructive direct impacts on battlefields. Therefore, the security issues associated with different parts of the Militarily Internet of Things are critical. In this article, we will first discuss the concepts and architecture of the Military Internet of Things (MIoT) and review the mechanism of the Military Internet of Things with a focus on the United States MIoT. Then, we discuss security challenges and concerns, and finally, outline the Internet of Things security requirements for military things.

Due to the uniqueness of the production process in each organization, the analysis of this process is also unique. The main issue of this research is to provide a set of coherent routines for designing a production control system that meets the real needs of industries.
In this paper, after providing general information and information on the current state of production control in an industry, a production control system based on coverage of its weaknesses and requirements has been presented. For analyzing the existing situation, modeling tools such as flow diagram, data flow diagram and entity relationship graph are used. A questionnaire based on the main axes of the problem was designed to collect information about the current status of the fieldwork. Based on this, the strengths and weaknesses of the existing system and its system requirements were extracted. The proposed system is presented in the form of various diagrams and executive method. Finally, the database specifications and the design capabilities of the software are mentioned.
The evaluation of the proposed system and the production software shows their superiority to the existing situation through analytical statistics provided in the final section of the article.

In designing cities and determining functional requirements and their relationship with each other, in addition to creating suitable spaces in order to protect human lives against threats, the possibility of continuous continuity of essential activities and the city  vulnerability reduction must be taken in to consideration . This paper focuses on passive defense indexation in urban infrastructure and introduces effective component  and indicators. In this research, the required literature was prepared through in-depth interviews and then the questionnaire was arranged and distributed in the statistical population. The results of the questionnaires analysis verified the component and acquired indicators by SPSS and PLS software.

Accordingly, the urban passive defense equipment, fortifications, structures  and credits  form the urban infrastructure components, as well as 22 effective indicators related to the presented  component   have been determined.