Communications in Control Science and Engineering (CCSE) Volume 1 Issue 2, April 2013 www.as-se.org/ccse 13 Development Requirements to Software on the Basis of System Evolution Patterns Ghosh K. P., Butenko L. N. CAD, Volgograd State Technical University 400131, Volgograd, Lenin Avenue, 28, Russia hon_kingkar@yahoo.com Abstract The objective of research is to identify out the requirements for automated systems as a result of external design. It is proposed to account for trends in automated information systems by using the patterns / regularities system evolution. The paper presents the study in the following regards: firstly, authors will make selection and judgement on the relevant topics, then a general introduction of the difficulities of the study and the outer limits are also revealed; in addition, the object and subject of the research are presented in the paper, along with the establishment of research hupotheses, construction program and the techniques, as well method employed in the paper. Keywords System Evolution; Automation; Requirements; Automated System; Information Service Introduction The investigation on the design of automated information systems (AS) using systems. The object of research is the process of identifying the requirements for automated systems as a result of external design. It is proposed to account for trends in automated systems using patterns of system evolution. The presented patterns of the improved/developed automated systems can be adaptive to the changes of the basic patterns in technical systems, which confirms the authenticity.Presented patterns of development automated systems meet the basic patterns of changes of technical systems, which confirming authenticity. Scientific Novelty: 1) the construction on the line of the information service in automated systems in the process of the system evolution 2) the development of a method to meet the requirements of AS in the specifications, in accordance with the system evolution of technical systems, allowing increasing the validity of the design decisions and managing the process. Practical Significance: 1) a new method to meet the additional requirements for automated systems in the terms of referential method; 2) built previously unknown line of system evolution for AS. The aim of the study is to make recommendations on the basis of evolution system patterns for AS to another position on the line of system evolution. To achieve this goal, we aim to: a) identify trends to improve this type of service in order to determine the points on the line of system evolution; b) construct the line of system evolution for this type of service, c) determine the position on the line of system evolution with the system of questions; d) make recommendations for the transition to another position of AS on the line of system evolution. System evolution - it is the point to sustain qualitative and quantitative causal connections and relationships that occur in the class of engineering facilities, as well as a change in time of these connections and relations. Laws and regularities in nature and definite description of objects and phenomena of vehicles should be close to the laws and regularities, known in biology, physics, chemistry; which means laws should be formulated according to the equipment level and laws of nature. Requirements for AS processing are divided into software, hardware, information, linguistic and mathematical service. Building line of system evolution in general is as follows: 1. Identifies the position that coincides with the stages of development. 2. Analysis present alternatives to the service. 3. Compiled a table that relates these alternatives with the position on the line of system evolution. 4. Move to the next step, as described below of this paper.