Scientific Journal of KubSAU

We observe the causes of city transport problems directly in Krasnodar transport stream and traffic

The article investigates the experience of implementing automated control systems, which indicates that at the system design phase, it is difficult to choose a single criterion of control. Therefore, in the control system it should be possible to quickly set the criterion during operation, and methods of assignment should clearly reflect the agronomic, economic and technical requirements for the system. Thus, modern control system should allow to define not only one of the above control criteria, or a combination, but any other arising in the production process, providing agronomist-technologist opportunities in choosing a method of maintaining temperature and humidity conditions in the greenhouse. Greenhouse is a fastpaced environment and the state largely depends on the intensity of sunlight, humidity, direction and wind speed, the number of fertilized soil and its humidity. Competent and correct management of these parameters is a complex task and involves certain costs, but in the end allows you to benefit many times greater than the costs. The developed system called "Microclimate" will have a positive effect on any hosted sites, as it allows to increase energy efficiency and reduce fuel costs for heating greenhouses, electricity, water

Automated lighting control system designed for use in public buildings; they perform actions typical for this kind of products. Accurate maintenance of artificial light in the room at the set level. This is achieved by having a lighting control system with a photocell inside the room and controlling the lighting system illumination. Even only one this function allows you to save energy due to the cutoff of the so-called "excess light". Calculating natural light in the room. Despite having the vast majority of premises with natural lighting in the daytime, the power of the lighting system is calculated excluding. If you maintain illumination created jointly by a lighting system and natural light, at a predetermined level, it is possible to further reduce the power of the lighting system at each moment of time. At certain times of the year and hours of the day, perhaps it is enough to use just natural light. This function can be carried out by the same solar cell as in the previous case, provided that it tracks the full (natural + artificial) illumination. In this case, the energy savings can be at 20 - 40% level

Definition of the directions of development of transport system of the city is to ensure objectively justified needs for movement of goods and people on the territory of the city. Transport planning of the city is in direct connection with the planning of territories. The transport planning issues are resolved immediately after the planning of the city. Transport planning is based on the provisions of the General plan of the city. Organization of urban traffic should be considered as a continuous process of forecasting – planning – design – construction. In the organization of road traffic, public passenger transport should be considered as a priority, as an alternative to a car, even with a certain amount of discrimination. Among the possible solutions to the questions of organization of traffic at signalized intersections include the use of multi-program traffic lights regulation (at least three programs) that allows you to change the duration of a traffic light cycle, permitting phases at a fixed value of the cycle and intermediate cycles depending on clock download site. Equipment management systems of traffic on the road network, modern technical means of regulation. The definition of "acceptable system of urban road traffic is largely dependent on the degree of customer satisfaction (the movement). And it varies. It is influenced by many factors, such as the size of the urban agglomeration. It is quite clear that it is impossible to achieve the same results in settlements with population more than 1 million people and less than 100 thousand

The article is devoted to the gradual development of the complex software development for remote project management, the development of the necessary organizational diagrams, decomposition charts, as well as constraints the design stage. A set of methods and techniques of organization of information processes in production systems allows the selection and the use of an information technology solution for the synthesis of knowledge about the work situation; it is the content of the concept of formation of information resource management for system knowledge-intensive production. Management system of information space in manufacturing organizations is formed in a specific environment, which is characterized as an information resource management system – a system of organization of internal and external flows of information, as well as methods and tools for searching, processing and distribution of information in the organization. At the design stage of the systems during the development of large automated, technology, energy, aerospace, information and other complex complexes experiencing the problems associated with less consideration of the properties and laws of functioning of elements, and more - with a choice of the best structure, optimization of interaction of elements, the definition of optimal modes of their functioning, the influence of the external environment, etc. As we increase the complexity of the system this complex system-wide issues play more significant place

The article considers prerequisites for the development of complex software and tools for data analysis, modeling, forecasting and management decision making in the management of IT-projects. System of decision support can facilitate the work of heads of enterprises and increase its efficiency. They significantly accelerate the solution of problems in business. In the organization, there is a software complex, which suggests that the transmission of information about incoming orders and deadlines for every Department and information on the implementation of the orders of the head is performed via the software package. Using software system, the client leaves a request for the execution of services. The Manager sends a request to the appropriate Department. Units, in turn, convey information about the status of the application via the software package. The software package provides fast remote bilateral communication in electronic form between the client and Manager and between Manager and the departments. In a company, the head and head of sector perform the coordination of work in implementation of IT projects. However, there are a number of human factors that make people cannot keep track of the timely execution of all requests from subordinates

Nine out of ten acts of sabotage are committed by people one way or another associated with information technologies. According to experts at InfoWatch, developer of systems to protect confidential information from insiders, the reason for this profession lies in the psychological characteristics of these employees. Reading more will allow understanding the problem with a couple of examples from the life that most powerfully illustrate typical traits of professionals in the information environment. And, although the first teller did not hide his name, the second one decided to remain anonymous. Deep psychological background of the act of sabotage often leads to the fact that a disgruntled employee threatens boss or colleagues, for example, by e-mail. Sometimes he even shares his thoughts with someone from colleagues. In other words, not only the attacker knows the information about the upcoming sabotage. Analysts estimate that other people know 31% of information about the plans of a saboteur. Of these, 64% are colleagues, 21% with friends 14% — family members and another 14% were accomplices. It was also determined that 62% of corporate saboteurs think through their actions beforehand. In 47% of cases, they commit preparatory acts (e.g., theft of confidential data backups). 27% — design and test of the future mechanism of the attack (preparing a logic bomb on the corporate network, additional hidden system entries, etc). In 37% of cases the activity of employees can be noted: of this amount, 67% of preparatory actions visible online 11% offline and 22% both

While shopping, everyone is at risk of processing, use, and, as a consequence, dissemination of their personal data. We pay with a credit card, sometimes leaving our contact information, making the discount card and subscribing to various events, connecting and using a public Wi-Fi network in places where it is provided. Even our chaotic movement through the Mall is monitored, with the aim of creating logistics customer flow. Here, to help managers and executives of shopping centers, high technologies come. The companies already go beyond standard video recording devices and sensors invoice on the front door, letting your eyes for our phones. At the moment some companies are implementing monitoring smartphones using a Wi-Fi signal. This service will allow you to track the attendance of site, conversion of the people who pass by the object and its visitors, distribution of visitors for the facility, directions to consider regular and new visitors, the amount of time that visitors spend in the shopping center, but also to determine the hours of flows and downs of attendance during the day, in other words, to build a complete statistical report

During an era of rapid development of society and all areas of its activity, special attention should be paid to a condition of the objects considerably simplifying humans’ life. The car, which began to be an integral part of each family, is among such objects. But sometimes, the car can get into accident and then some malfunctions appear. For their elimination, motorists address to the specialized organizations for car repairs. The article is devoted to introduction of information technologies to the sphere of rescue and recovery operations of a body of the car. Today, a necessary condition of advance in the sphere of information technologies is widespread introduction of standards and technologies of the information systems used both for hardware, and for software products. In this study, the efficiency of application of the complex of hardware (CH) by means of which achievement of improvement of quality of rescue and recovery operations, through a possibility of comparison of the damaged detail with its factory model and a possibility of quality check of the end result will be considered. The set of methods and techniques of the organization of information processes in the production systems allowing carrying out the choice and use of necessary information technical solution for synthesis of knowledge of a production situation makes contents of the concept of formation of information resource of a control system of the knowledge-intensive production

The foodservice industry plays an increasingly important role in modern society and every person. This is achieved primarily due to the changing technologies of food processing, development of communications, the means of delivery of products and raw materials, the intensification of many industrial processes. Catering is one of the most important socio-economic components of the level of development of society. The production process consists of the partial tasks of providing, storing, manufacture, sale, distribution, financing, optimization of the warehouse, personnel training and the introduction of new technologies and management. The aim of the study is determination of methodology of optimization of procurement activities in the field of restaurant business, using mathematical programming methods. In catering should pay special attention to the costs of procurement. When choosing a method of solution you need to consider the shelf life of products purchased, calculate the number of them required for dishes and many other important criteria. Today there are thousands of solutions to the optimization problems of planning and management, but many of them also have a number of disadvantages, for example, do not cover all aspects of the subject area, neither provide complete information