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Implementation of strategy in an organization requires strategy of weapon (weapon strategy), that is information technology system effective and efficient. This research activity is focused on the development of pre-marriage education application based on multimedia. The purpose of this study is to (1). Developed a premarital based on android application design model using functional modeling; (2). Develop features of the android premarital course suite that covers all components technically. The design of this study uses object oriented methodology with functional modeling of Unified Modeling Langeage (UML), to meet the needs of visual modeling specifications. Unified Modeling Langeage (UML) modeling diagram is grouped into three (3) categories, namely structure diagram, behavior diagram and intraction diagram. The application of premarital android based courses generated with the development version will help prenuptial course participants to access all premarital learning materials. Content of material prepared there are two, namely: the material in conceptual and material in the form of audiovisual / multimedia. The achievement of this android-based preliminary application program will be a new paradigm in learning, so premarital course participants can make this application as a supplement, complement and substitution.

The present-day instrumentation for the determination of the quantitative and qualitative composition of large particles in sea water is considered. The design principles of a measuring channel for the identification of such particles on the basis of correlation image recognition are examined. A structural diagram of the measuring channel is proposed. The efficiency of the proposed structural diagram and the capability of the correlation method are experimentally tested using a laboratory testing installation. Directions for further improvements of the instrument are chosen.

Static and dynamic characteristics of a piezomotor of nano-and micrometric movements for nanotechnology and microelectronics equipment are calculated, the parametric structural diagram of the piezomotor is constructed, and the influence of physical and geometric parameters of the piezomotor on the static and dynamic characteristics is determined.

Through the analysis of the all new ambulation study environment under the technique of the 3G and cloud calculation blend, and put forward design speculation of the ambulation study terrace and the system structure function structure diagram according to 3 G technique and cloud calculation, and pointed out the improvement measure and usage foreground of ambulation study terrace.

Structural diagram was construct of subsystem identify barriers, built the core, the model of subsystem obstacle detection to FPGA and presents the VHDL model.

The time-domain analysis in typical second order control system is given. The performance indicators of the unit step response system are calculated. Based on the MATLAB simulation, the unit step response performance indicators through the M function and Simulink dynamic structure diagram are obtained. The theory analysis and the simulation results are compared.

For two-component assemblies, an inherent structure diagram (ISD) is the relationship between set inter-subunit energies and the types of kinetic traps (inherent structures) one may obtain from those energies. It has recently been shown that two-component ISDs are apportioned into regions or plateaux within which inherent structures display uniform features (e.g., stoichometries and morphologies). Interestingly, structures from one of the plateaux were also found to be robust outcomes of one type of non-equilibrium growth, which indicates the usefulness of the two-component ISD in predicting outcomes of some types of far-from-equilibrium growth. However, little is known as to how the ISD is apportioned into distinct plateaux. Also, while each plateau displays classes of structures that are morphologically distinct, little is known about the source of these distinct morphologies. This article outlines an analytic treatment of the two-component ISD, and shows that the manner in which any ISD is apportioned arises from a single unitless order parameter. Additionally, the analytical framework allows for the characterization of local properties of the trapped structures within each ISD plateau. This work may prove to be useful in the design of novel classes of robust nonequilibrium assemblies., Comment: Upcoming in the Journal of Chemical Physics

The 21st century is the era of leisure, Leisure PE as a positive, healthy, civilized social life style in modern society, and promotes the harmonious development of man and society, and promotes the comprehensive and coordinated development of human beings. Only by strengthening the leisure PE propaganda, could promote the development of leisure PE. This paper constructs the public leisure PE website based on Struts framework. Firstly elaborated the definition of leisure PE and its importance to national health; secondly describes the three components of the Struts framework, including the model, view, and controller. and describes the working principle of Struts framework; Then the main function modules of leisure PE website has been designed, and with functional framework structure diagram; finally illustrate the implementation of leisure PE website specific modules based on Struts framework.

Two-dimensional (2D) well-accepted structure diagrams convey the elemental build-up of molecules, while three-dimensional (3D) presentations show the arrangement in space and the overall shape of molecules. However, much more information can be annotated graphically: New methods show protein-ligand complexes well-arranged in 2D, annotate scoring values of docking calculations or evaluations of 3D molecule conformations and extend the standard structure diagram depiction to complex chemical patterns.

A method for measuring the resonant frequency of an oscillating system providing high accuracy under low Q-factor conditions and a distorted form of amplitude-frequency characteristic of the oscillating system is proposed. A structural diagram of the device is described and time charts are provided explaining the operating principle and advantages of the proposed method.

The problems arising during nondestructive quality tests of articles of nonmagnetic alloys and during sorting in the electrical conductivity are considered. The function and performance characteristics of a ВЭ-26НП eddy-current structruroscope are described. The structural diagram of this device and the algorithm of its operation are described. The capabilities of the ВЭ-26НП eddy-current structruroscope for performing nondestructive quality tests of thermal treatment of articles made of nonmagnetic materials are analyzed.

Background Human error can be expected to play a significant role in adverse outcomes in perinatal acute care. In acute care of the adult, simulator based training is recommended and used to improve patient safety. Aims Our general goal is to develop model-driven foetal and neonatal educational simulators and curricula. The specific objectives of this paper are to introduce the reader to the perinatal acute care context and simulator design considerations, as well as to give initial results and describe ongoing developments. A brief description of adult simulators and simulation engines is followed by a more detailed description of a foetal distress simulator (FDS) and of models for a neonatal simulator developed at the University of Porto. Ongoing developments involve the modelling of foetal baroreflexes, the effect of uterine contractions, and an adapted method for estimating foetal heart rate variability parameters. Results We present FDS simulation results reflecting the changes in oxygen supply to the foetus and the foetal heart rate in response to a reduction in uterine blood flow. We also present a structural diagram of a model for the educational simulation of congenital heart disease and preliminary simulation results reflecting a patent ductus arteriosus. Conclusion We expect that, after initial clinical and educational validation, the presented models and simulators will play a role in simulator-based educational programmes contributing to increased perinatal safety.

The structural diagram, composition, technical data, potential for use, and recommendations for the application of modern means of automation are cited for both the solution of specific problems, and also complex geotechnical monitoring.

Self-timed circuits are considered in the article in terms of their reliability. A brief description of strictly self-timed functionally complete tolerant element is given. Validity of a functionally complete tolerant element is calculated. Calculation is based on single stuck-at faults model. Electric structural diagram of strictly self-timed device is also analyzed. Switching element is proposed for duplicating of self-timed circuits. Control unit verbal model is proposed for self-timed circuits.

A generalized structural diagram is given for an intelligent magnetostrictive displacement transducer (MDT) that converts displacement into code. A logometric mathematical model is constructed for the random error distribution in the MDT, with a normal distribution for the independent random errors of the measuring and reference channels.

A magnetometric method is proposed for determining the mutual angular position of two objects in space. A system of nonlinear equations that must be solved numerically is introduced. Results are presented from a computer analysis of solutions that are obtained for the system, and a structural diagram of an instrument that was developed is presented together with experimental data from the measurement of angles. It is shown that the proposed system makes it possible to determine the mutual angular position of two objects with a random error of 0.03°.

An important stage in the design of technological processes is the calculation of the operational dimensions. In most cases, several machining paths for the blank are possible, and the corresponding dimensional structure of the process will be different for each path. The technologist must select the best of the possible alternatives on the basis of some criterion—for example, machining at the lowest cost. In practice, this problem is complicated by the need to take account of the accuracy of dimensions obtained in previous operations on the accuracy of the dimensions obtained in subsequent operations. Often, in practice, the design dimensions specified in the drawings cannot be ensured, since they are obtained indirectly through interrelated technological dimensions based on different criteria. As a result, the actual precision of the design dimension depends on the precision of several technological dimensions at once. This situation arises unless uniform bases are adopted. In designing the technological process, the interrelationship of the dimensions, taking account of the influence of the accuracy of the technological dimensions on the accuracy of the design dimensions, may be simulated by comparing specific technological dimensional chains and solving the corresponding equations. Dimensional analysis is based on multiple refinement of the structure of the model graph and the identification of closed loops in the dimensional chains, with qualitative evaluation of these loops and quantitative calculation of the balance of the tolerances. However, in traditional (nonautomated) design of the technological process, it is very challenging to formulate the structural diagram of the changes in dimensions of the blank, to establish the corresponding loops of the dimensional changes, and to solve the relevant equations. Therefore, in practice, technologists generally do not attempt complete dimensional simulation of the technological process being designed but confine themselves to particular calculations for a few operations, drawing on their own experience and intuition. Ultimately, the technological process must be refined in the production shop. This is associated with loss of product quality and added production costs. Thus, automation of the calculation of operational dimensions is of great importance. The various systems currently used to automate design processes are not fully suited to the automatic calculation of the operational designs. We will consider the example of the Techcard program developed by Intermekh production facility (Minsk, Belarus) and used at OAO NPO Saturn (Rybinsk) to automate the preparations for production.

The multiplier is an indispensable part of the micro hydropower plant and high power wind turbine. It helps to increase rotor low speeds limited by the water flow small velocity and by the relative big placement diameter of the blades that participate in the energy conversion. For example, the microhydrostation rotor's speed is (2 - 3) min'1 for water flow velocity V= (1...1,6) m/s and for blade placement diameter D = 4 m. Diversity of requirements forwarded by the beneficiaries of mechanical transmissions consists, in particular, in increasing reliability, efficiency and lifting capacity, and in reducing the mass and dimensions. It becomes more and more difficult to satisfy the mentioned demands by partial updating of traditional transmissions. The target problem can be solved with special effects by developing new types of multipliers based on precessional planetary transmissions with multiple gear, that were developed by the authors. Absolute multiplicity of precessional gear (up to 100% pairs of teeth simultaneously involved in gearing, compared to 5%-7% - in classical gearings) provides increased lifting capacity and small mass and dimensions. To mention that until now precessional planetary transmissions have been researched and applied mainly in reducers. Therefore it was necessary to carry out theoretical research to determine the geometrical parameters of the precessional gear that operates in multiplier mode. Also, it was necessary to develop new conceptual diagrams of precessional transmissions that function under multiplier regime. The majority of precessional planetary transmissions diagrams developed previously operate efficiently in reducer's regime. Depending on the structural diagram, precessional transmissions fall into two main types - K-H-V and 2K-H, from which a wide range of constructive solutions with wide kinematical and functional options that operate in multiplier regime.

The present paper introduces a much simplified method for the kinematic analysis of epicyclic gear drives. It is based on the concept of the existence of only two basic building blocks and their kinematic constraint equations. These can easily be found by inspection of the relevant kinematic structural diagram. A new type of notation is used which is simpler and more versatile than those of previous methods and is adaptable to depicting the kinematic alternatives of any particular drive without the need for drawing structural diagrams.

Graphical representation of systems of metrological procurement and production control is based on using structure diagram where elements have 2n poles. These elements can be represented as directed graphs. To obtain graphical models one can use S-graph structures based on scattering matrices. The matrices contain all information on the system behavior, satisfy probabilities normalization requirement and causality principle.

Created a structural diagram of a system of information and analytical support for decision making about choosing risk processing treatments. Developed algorithms and software prototype based on the proposed structural solutions. Using of software allows you to receive comparable and reproducible results for quantify risk assessments under uncertainty.

The structural diagram of the motion control and power of the mobile laser source are considered. Models of the object in view of the thermal field and proposed the method of software control of mobile sources of heat.

Standards are essential to guarantee reusability and interoperability of e-learning content. Course designers should use standards in each step of the production of a learning unit, including documentation and drafting. While UML diagrams have already been proposed in web-based e-learning modeling, the navigational (dynamic) and structural (static) aspects have been kept separated. We propose the use of a UML profile that, together with course structure, semantically expresses different possible choices in user learning path. A real world application to a University course is presented.

The paper represents the basic criteria for the selection of the analysis methods and Information security risk assessment. Based on these criteria and models for the integrated risk parameters presentation, it was created a structural diagram of the analysis methods and risk assessment selection. The proposed structural solution has become the basis for program implementation of the corresponding system. It provides the opportunity for practicing experts in the information security sphere, to carry out a choice of suitable toolkit more effectively, that in turn will significantly simplify the risk analysis and assessment problem solving.

A hydraulic test platform of large component is designed in this paper. The technique method and design concept of test platform are studied. The structure diagram of the test platform is given, and the validity of the design by analyzing the structure of the loading system is also proved ,via UG software. The loading model is designed via the engineering simulation tools: AMESim and Simulink. In hydraulic test platform, coupling problem is hard to resolve. In this paper, new solution is proposed after the analysis for the coupling problem during cosimulation. Experimental results show that the system has good dynamic and static performance indices and excellent control results. Keywordselectro hydraulic servo power control system, structural design, AMESim,Simulink

Synthesizing automatic control system of high voltage substation is a principal constituent of the distribution automation in power system now. The paper discussed soft & hardware structure graphs of some main module (correspondence module, Data acquisition module, Supervisory control & measure module, Correspondence management module). Based on this, the paper introduced the main structure of automatic control system of synthesizing transformer substation, and gave the total structural diagram of high voltage substation system detailed. At last, the paper told us the benefit, which the synthesizing automatic control system of high voltage substation can bring.

We describe a portable check/diagnostic system with a bus/modular structure. We describe the system's technological and metrologic characteristics and present its schematic structural diagram. We show the advantages of such systems for equipment troubleshooting and postrepair checking thanks to the possibility of testing inaccessible assemblies without dismantling.

Corrigendum to Acta Cryst. (2009), E65, o392., The chemical name of the title compound in the paper by Hu & Wang [Acta Cryst. (2009), E65, o392] is corrected and the structural diagram is updated.

Because of the existence of complexity and indetermination in the Merger a Acquisition (MaA), so as to achieve the ultimate objective of mergers and acquisitions, there must be a clear understanding about the self-organization and synergy of the MaA system. This paper conducts a research and makes a comprehensive evaluation for the merges bargain indetermination from the angle of complexity science. In the process of studying, beginning with the MaA involvers, trading environment and trading market, we analyze the uncertainty of the system, and then create a structure diagram for the uncertainty, and apply the complex theories to carry on a comprehensive evaluation.

The chemical name of the title compound in the paper by Devi, Malathi, Rajan, Aravind, Krishnakumari & Ravikumar [Acta Cryst. (2004), E60, o117–o119] is corrected and the structural diagram is updated.

E-learning has become an important way and practice content of higher education and teaching reform. By applying the ISM method of information science, this paper analyzes some e-learning influencing factors, forms the hierarchical structure diagram of the influencing factors, discusses the relationships and meanings of the factors in the hierarchical structure diagram, and reveals the essence of e-learning through inherent logic of factors in the hierarchical structure system.

The chapter is devoted to CMCU optimization, based on modification of the microinstruction format. Proposed modifications permit to eliminate code transformers from the CMCU and provide reduction of hardware amount of circuits used in the FSM used for microinstruction addressing, as compared with the CMCU basic structure. This kind of optimization is leads to the increasing of the number of cycles, needed for execution of the control algorithms. This transformation causes sometimes the increase of control memory size. Next, the possibility of multilevel CMCU implementation is discussed and the method of optimal structure choice proposed. A particular CMCU structure is considered as optimal, if it guarantees minimum hardware amount and sufficient performance. This chapter is based on the results of common research performed with J. Bieganowski (Poland).

The chapter considers some optimization methods used to reduce the size of CMCU control memory keeping the microprogram. These methods are based on the use of special address transformer permitting to keep the control memory size, which is the same as in case of the CMCU basic structure. One of the methods is oriented towards keeping only the original sets of microoperations and some additional variables in the control memory, in order to provide natural addressing and operation termination operating modes. The second approach assumes that a special CMCU block, which is not the part of its control memory, generates additional variables mentioned above. The methods proposed here permit to reduce control memory volume in comparison with the CMCU basic structure. Negative feature of this approach is decreasing of the CMCU performance because duration of the cycle becomes greater than in case of the CMCU basic structure.

International audience; In distributed environments, client-server, publish-subscribe, and peer-to-peer architecture styles are largely employed. However, style selection often remains implicit, relying on the designer's know-how regarding requirements. In this paper, we propose a framework to explicitly specify distributed architectural styles, as independent models of the application functionalities. To justify feasibility and further benefits of our approach, we formally define three classical distributed architectural styles in a process calculus. Our proposal then opens up the way to a systematic composition of functional models with architectural style models as an endogenous transformation. Comparative analysis of extrafunctional properties could then be proposed at the early design stages to guide the architect in stylistic choices.

Structure diagram for comparative estimation of autonomous electric drives is considered. The diagram consist of a number of functional blocks modeling control signals load electrodrive, its separate parts, accumulator battery and block for calculation of general criterion of effectiveness. The diagram gives possibility to choose traction electric drive for industrial cars provided the most length pf moving without accumulator battery recharging.

As component-based software is developed by integrating components that are implemented independently, expressing the usage protocols of each component is essential. However, there is no known proper way to describe them comprehensibly from the point of component user or developer. Black-box (exter-nal) point of view of component composition sees component-based development from the user's or the system assembler's point of view. But a description technique necessary to specify the dynamic constraint explicitly is necessary to define the external view more precisely. The key contribution of this paper is to present a technique for describing the structure of components in black-box view using UML 2.0. First, we present the relevant UML notations for describing the black-box point of view and then provide diagrams showing their usage. We further illustrate how this leads to a component based software specification of the structure of composition focusing on the black-box view.

The paper describes results from research and development of the system for integration of civil and military flight data plans. This system is designed for the Air Sovereignty Operational Center of Bulgaria. In the paper the aim and main tasks of the system are described. The structural diagram of the system is presented. It is proposed were to place its peripheral and central modules at the territory of Bulgaria. The laboratory model of the system is developed. The preliminary tests are successful.

The evolution of the graphical structure diagram as a means of communication of chemical structure information is traced from its origins through to the mid-20th century. The impact of developments in structural theory on the representation of structures is discussed. A study of how structures were represented in the 19th and early 20th centuries in the Journal of the Chemical Society and its predecessors, the Journal of the American Chemical Society and United States patents was made, making use of electronic journal and patent archives. The problems associated with representing structures graphically are discussed.

Complexity in the digital systems integration rises from the heterogeneity of the components integrated in a chip. The simulation or code generation of such systems require to validate methodologies, platforms and technologies to support integration, verification and programming, of complex systems composed of heterogeneous virtual components. Several formalisms are needed according to their applicability in order to propose a framework of formal specification. The unification of these formalisms leads to visually model intensive signal processing applications for embedded systems. A part of this methodology has come down from the Array-OL language. An application is represented by a graph of dependences between tasks and arrays. Thanks to the data-parallel paradigm, a task may iterate the same code on different patterns which tile its depending arrays. The visual notation we propose uses a UML 2.0 standard proposal. This allows usage of existing UML 2.0 tools to model an application. A UML profile dedicated to Intensive Signal Processing with a strong semantics allows automatic code generation, automatic mapping on SoC architectures for early validation at the higher level of specification.

It is proposed to supplement a phase diagram by a structural diagram, which represents the mass portions of phases, conglomerates or their elements upon the system concentration at fixed temperature. Methods of structural diagrams and concentration maps construction are considered. Concentration map is a projection of structural diagram. It marks a concentration triangle by the lines of constant mass portions of a phase or its elements.

It is shown how a recently developed methodology called hierarchical process modeling (HPM) can be utilized to improve the reliability of submarine command and control systems (CCSs). In HPM the subsystems under study are represented by verbs, and the flows between them are represented by nouns. The model is made up of a series of diagrams, all of which carry the CCS label and a number identifying its position in the model hierarchy. The diagrams also give the date the diagram was completed and the revision number for this particular figure. Two types of diagrams are included in the model: a context diagram and an internal structure diagram. The context diagram that defines the relationships between the CCS system and its environment. The latter includes all activities that are outside CCS but relevant to its activities. The internal structure diagram provides a detailed description of the inner workings of the CCS. The methodology is useful for analyzing and improving current systems and for designing future systems. >

We propose the use of Z as the formal notation to express Jackson System Development (JSD) specifications where JSD is to serve as the mechanism to help the analysis of problem domains. A function process in JSD specifications is manifested by an operation schema. A model process is treated as an active entity that requires an operation on its data store to add a new instance to the collection of existing instances. The model process is thus translated into a state schema, and its related operations are converted into the operation schemas with instances set that can be modified by the operations. A structure diagram is transformed into a state transition diagram and then converted into its Z specifications. Cardinality relationships between processes are translated into Z notations based upon the notion of rough merges. These are illustrated using the problem domain of a car rental system.