Search

The human resources are the only ones resources able to produce and reproduce all the other resources available to a sports organization, although the material and financial ones are important. The jobs’ analysis is the process that determines the tasks, the activities specific to a position and the type of persons recommended for its occupation, involving a common effort by the specialist in human resources, hierarchical chief and employee, being necessary to provide us exact information regarding the job and to justify the staff decisions. The productivity in all sports organizations is influenced by how they interact and combine the human resources in order to use the other resources of the management system. Factors such as preparation, age, job experience and the level of formal education play a role in establishing the person compatibility with a certain organization. The process of assurance of human resources suitable for a sports structure is an engaging process and slightly subjective. In order to assure the human resources that cover both managerial positions, as well as the execution ones, the managers follow the next sequentially steps: recruitment; selection; training and improvement; evaluation. There is a reciprocal interdependence between the management and execution positions established by the nature of relations that exists between the decision centers of the sports organization and its effective centers.

In order to simulate the casting process of a typical aluminum alloy, a 3 D entity model for a pouring system was used for numerical analysis of the filling and solidification process with ProCAST ...

This paper shows the extension of an entity model developed in cooperation with project partners by an “Organizational Entity” in order to detect potential weaknesses in IT security as well as to prove the standard conformity (IT security level according to IEC 62443) of the examined systems. This allows suitable security measures to be taken systematically and IT security to be optimized in the overall system. The first application of this progressive approach on a subsystem, the distillation, of the model factory ET of the University of Applied Sciences Magdeburg-Stendal is promising.

In order to solve the problem that the complicated and changeable modern warfare makes the commander's decision-making difficult, this paper studied dynamic generation method of simulation entities in parallel simulation system. First, a parallel simulation entity model classification system was established, and a simulation entity description specification system was constructed; then, the process of simulation entities dynamic generation was analyzed, and a dynamic matching algorithm for unknown target simulation models based on KNN was studied. The historical tracks were used to construct a test set and the algorithm validity test is performed. The test results show the effectiveness of the algorithm, which can provide technical support for generating the parallel simulation of actual scenarios.

The ARIMA entity model was used in Hefei's current water demand coding sequence from 1990 to 2018. According to the ADF (Unit Root Test), it is clear that the number of differences d in the entity model is 2, and the main parameters in the entity model p, q are basic identification based on time series analysis related graphs, and based on the Akaike Information Content Rule (AIC) and other methods It is clear that the optimal entity model is ARIMA (1,2,1). ARIMA (1,2,1) is used to predict and analyze Hefei's water demand in the next two years. The results show that the reason for the deviation between the estimated value and the specific value is relatively small, indicating that the actual effect of the actual model predictive analysis is excellent.

When using the original method to evaluate the operational effectiveness of electronic warfare equipment, due to the influence of too many states involved, it is impossible to build the combat simulation model of electronic warfare equipment, and the calculation results of unit damage probability in the range of 1000-3000 meters in the configuration area are inaccurate. Therefore, an operational effectiveness evaluation of electronic warfare equipment based on improved fruit fly algorithm is proposed method. The operational simulation model of EW equipment is established, which mainly includes battlefield environment model, entity model and combat action model. Using the method of decomposing and evaluating targets, the index set is initially drawn up, and the initial index set is compared, selected, and de-correlated. Through the screening index, the operational effectiveness evaluation model of electronic warfare equipment is constructed to realize the operational effectiveness evaluation of electronic warfare equipment. The original method is compared with this method, and the experimental results prove that the accuracy of the calculation result of the damage probability of the soldier group of the method is higher than that of the original method, and the performance is improved.

With the development of Internet technology, display experiments seem to be gradually replaced by virtual experiments. However, in the actual teaching, it is found that the display experiment plays an irreplaceable role in cultivating ability of student to maintain and innovate. A new idea of management of display laboratory starting from the relationship between entity model and virtual model based on internet of things technology was presented in this paper, in order to solve the difficult problems that have long puzzled the development of laboratory. It lays a foundation for the establishment of a “student-centered” basic teaching environment

With the foundation of EF Core in place, it’s time to start building the data access layer for the SpyStore application. If you didn’t read the introduction to this book, the short version is this: This book builds a fake e-commerce site we are calling SpyStore. It is loosely based on the IBuySpy database that shipped as a sample app with the .NET 1.1 SDK. In this chapter, you will build the entity classes, the derived DbContext and the IDesignTimeDbContextFactory, and then create the migrations to update the database to match the entity model.

A brand-new smart wind turbine blade with magnetorheological fluid (MRF) sandwiched was proposed in the research. The three-dimension entity model of a 750 KW wind turbine blades was established through the use of UG software, and three kinds of MRF sandwich layouts were considered into the blade model, that is, at the blade tip, at the blade root and at the whole blade from the root till the tip. The MRF was simplified as Kelvin-Voigt model in order to implement the finite element analysis based on ANSYS software, so that the mode shapes of smart wind turbine blade were revealed under various conditions with three different layout forms of MRF sandwich wind turbine blades. Analysis results showed that the magnetic field would influence the mode shapes of the wind turbine blade with MRF sandwiched, especially the torsion vibration. When the MRF was inserted through the blade from the root till the tip, the blade would dramatically influence the torsion vibration, so that the torsion vibration, which originally would have happened at higher orders, would arise in advance. While the MRF was located at the root of wind turbine blade, the torsion vibration would be postponed to arise at the higher orders. Therefore, the MRF should be located at the blade root, instead of the middle and the tip of wind turbine blade. Smart sandwich wind turbine blade will provide a new way to the vibration control of wind turbine blade.

Accurate and fast indoor Location-Based Services (LBS) is very important for daily life and emergency response. Indoor map is the basis of indoor LBS. The model construction and data organization of indoor map are the key scientific problems that urgently need to be solved in the current indoor LBS application. In recent years, hybrid models have been used widely in the research of indoor map, because they can balance the limitations of single models. However, the current studies about hybrid model pay more attention to the model accuracy and modeling algorithm, while ignoring its relationship between positioning and navigation and its practicality in mobile indoor LBS applications. This paper addresses a new indoor map model, named Building Information Modeling based Positioning and Navigation (BIMPN), which is based on the entity model and the network model. The highlight of BIMPN is that it proposes a concept of Step Node (SN) to assist indoor positioning and navigation function. We developed the Mobile Indoor Positioning and Navigation System (MIPNS) to verify the practicability of BIMPN. Results indicate that the BIMPN can effectively organize the characteristics of indoor spaces and the building features, and assist indoor positioning and navigation. The BIMPN proposed in this paper can be used for the construction of indoor maps and it is suitable for mobile indoor positioning and navigation systems.

The glazed roof has been widely used in modern building design. Compared with ordinary glazed roof, hollow glazed roof has better thermal insulation performance, which can improve the indoor thermal environment effectively. In order to study the effects of physical parameters on heat transfer performance of hollow glazed roof. In the present work, according to the actual size of the building, an entity model of a double-slope hollow glazed roof was built based on the similar theory. The heat transfer performance of double-slope hollow glazed roof with different slope angles in hot summer and cold winter regions was experimentally studied. Results indicate that as the roof slope decreases, the effect of reducing the inner surface temperature of the roof is relatively obvious. When the roof angle decreases from 45° to 30°, the peak temperature of the inner surface decreases by about 12.2%. Then through the established numerical model, further studied the influence of related parameters on the heat transfer performance of the roof by FLUENT software based on the experimental data. The numerical results show that changing the thickness of the roof hollow layer has a more significant impact on the roof's heat transfer performance than changing the thickness of the roof glazing layer. When the thickness of both is increased by 12 mm, the peak temperature of the roof inner surface of the former decreases by 5.5%, and the latter decreases by 1.7%. Moreover, when the thickness of the inner and outer glazing is changed (that is, outside thick, inside thin and inside thick, outside thin hollow glazed roof), the roof heat transfer performance is hardly affected.

Single or small batch insulation cup was analyzed and improved based on reverse design and rapid prototyping technology. According to the structural characteristics of the selected insulation cup, the digital information of the model was accessed by hand-held laser scanner. Combined with the idea of reverse design, the sample space surface and entity model were reconstructed based on Imageware and Creo software. The sample entity model was reconstructed accurately by rapid prototyping technology. The comprehensive application of reverse design and rapid prototyping technology can improve the iterative efficiency of single or small batch cup, which has a good reference value for the development of single or small batch product.

By the demand and feasibility analysis of MOOC, this article adopts B/S structure including J2EE, Flex, Reds video server technology and WebService to design and realized a learning platform for online study and teaching interaction. The platform design adopts MVC mode and takes three lightweight framework of SSH2 in three-layer structure. The part of video processing adopts video server technology and designs the data model according to entity model and E-R graph. Later test analysis shows that our scheme achieves expected object in function and performance, which also ensures the proposed performance standards of overall platform.

The collaborative simulation method was used to guide simulation research of armored equipment battle damaged included many realm complicated technology. Entity models of armored equipment were established base on basal function part of armored equipment partitioned and high precision entity model platform used. Numerical models of ammunition power were established base on explicit dynamic finite element analyzing program. Basal data of armored equipment battle damaged research by numerical analysis. Base on entity models of armored equipment and characteristic of ammunition damaged element, the result of armored equipment battle damaged was confirmed base on mutual effect of ammunition and armored equipment analyzed and the rule of armored equipment part damaged applied. By practice, the method of armored equipment battle damaged simulation based on collaborative simulation is feasible and operational, it can be used to research armored equipment battle damaged.

Reverse Engineering (RE) and Rapid Prototyping (RP) were used for manufacturing cream bottle. Points cloud data of cream bottle was accessed by handheld laser scanner firstly. Then, points cloud data was handed by Imageware software and the three-dimensional model was formed by Solidworks software. Finally, the entity model was manufacturing by RP machine. In the research, rapid prototyping was combined with reverse engineering technology, manufacturing cycle was shorten, production requirements, improve efficiency and other advantages were met.

The performance of lock-rope mechanism affects the safe and efficient operation of mine hoisting system directly. The lock-rope mechanism with wedge angle 5° was designed by the mechanical analysis of wedge lock rope. Its entity model was established and the dynamic process of working is simulated by using the ANSYS/LS-DYNA. The results show that the wedge lock rope mechanism has the ability of self-locking. The strengthening institutions can largely eliminate the relative slip momentum between the lock-rope wedge-block and wire rope, which make the movement trend gentle, reduce the wear between the lock-rope wedge-block and wire rope and improve the security of wedge lock-rope mechanism effectively. The local equivalent stress of lock-rope wedge-block and wire rope are both present in the increasing distribution gradually from the upper to the lower.

Chinese-Lao bilingual NE alignment has a very important significance. Three entity alignment methods are proposed in this paper. Firstly, the paper proposes the similarity of bilingual entity fuzzy matching problem. Secondly, we use bilingual entity word sequence pattern similarity to propose Chinese entity model to match Lao entity method. Then we build a naive Bayes bilingual NE alignment model to align Chinese and Lao named entity in the comparable corpus, by mining knowledge information words of Chinese entities. In the end, the rules combine the advantages of the three methods are proposed to achieve the best results.

According to the intersected cross-sections, an automatic method of constructing geological model was proposed. Firstly, in this method, these cross-sections are divided into some unit cells, and the auxiliary lines are increased and sheared by some geological rules in each unit cell. Finally the geological surfaces are created to form geological entities. This method can be applied in constructing geological entity model automatically, which contains the complex geological phenomena such as Pinch-out, changes and so on. This method also can avoid the modeling process of diverse manual way, raises the modeling speed.

With the rapid development of our nation’s economic construction, bulk cement trucks have developed rapidly among the special vehicles. The entity model of the bulk cement body tank was created using 3D drawing software UG. The model’s accuracy was proved through calculation and on the basis of the entity model the strength of structure was analyzed by Finite Element Analysis software Nastran. Lightweight processing of steel material was made to reduce the overall quality of cement truck and the loading capacity was increased under the condition of meeting the design strength. The theory basis on the development research and optimization design of bulk cement truck tank has been provided.

In this article, the entity model of the bearing-rotor system is established and meshed in ANSYS. The natural frequency and vibration mode of the rotor system is analyzed in order to avoid the occurrence of resonance. At the same time, the results showed that not only the location of the unbalance incentive of the system should be taken into account, but also consider the size of the unbalanced force.

Create 3D entity model of the loader’s frame in Solidworks, assemble the frame and then import in ANSYS to get the finite element model of the frame, and use ANSYS to analysis the frame at 5 Static characteristics of different conditions. The analysis indicates that the design scheme of the frame is feasible, but need to increase the stiffness of the structure in some parts.

We use the finite element software Midas FEA to set up space entity model, and discuss various factors including the stiffness of bearing, counteracting force of adjacent beam, the influence of the stiffness of bridge pier on reaction at support. In the practical engineering. Coupling of shear lag, stiffness of beam, bending-torsional coupling and partial load can also affect the redistribution of reaction at support. Through the simulation of the finite element software, we check the support of a railway bridge in Guangzhou city. In the end we found that the stiffness of beam can make the middle support have a tendency to increase. If we take all the factors into account, the force of the middle support will be greater than on the both ends of bearing and the force on the both ends of bearing will be approximately equal.

This paper presents a modeling method to demonstrate engagement-level military simulation which includes few combat objects, or entities. To this end, the paper, on the basis of the discrete event system specification (DEVS) formalism, centers on two ideas: (1) a combat entity’s model structure at the composition level; and (2) behavioral delineation of the entity’s elementary component. In detail, we classify the combat entity model into platform and weapon models and create six groups of the model categorized by two dimensions: three activities and two abstractions. And the elementary component in the group interprets an engagement scenario as a flow of executable tasks, which are expressed by DEVS semantics. The stated structures and semantics provide intuitive appeal, reducing the effort required to read and understand the model’s behavior. From the combat experiments, we can gain interesting experimental results regarding engagement situations employing underwater weapons and their tactical operations. Finally, we expect that this work will serve an immediate application suited to various engagement situations.

At present, the most widespread model of development for the Virtools technology is 3DS Max + Virtools, to a certain extent, this limits the application of virtual reality technology in mechanical industry. In order to solve this problem, take the machinery slider as an example, set up entity model using Pro/ENGINEER (Proe), then render the model through the 3DS Max, finally import it into the Virtools platform for interaction design, realize importing and transformation of model from mechanical CAD software to Virtools development platform.

A new type of intelligent hanger was designed based on single chip and Pro-E software. 3D entity model of actuator and cover curtain mechanism are established by Pro-E. Wings structure of hanger mechanical part was adopted screw rod and motor combination of the lifting mechanism can make the wings outspread and fold, unique cover curtain structure was adopted. Cover curtain rolls up and down through the motor driving. The control system adopts AT89C52 single chip. According to the information that coming from the rain sensor and the temperature sensor, two stepper motor’s positive and negative rotational motion was controlled. So as to realize automatic adjustment when it rains. The hanger will be automatically closed when the temperature is higher than expected, and the hanger will be automatically opened when the temperature is less than expected. The hanger that has been produced has a good performance.

A three-dimensional entity model of storage grid semi-trailer frame was designed using the Pro/E software. The model was transferred into the ANSYS for static strength analysis. On this basis, bionic structure was introduced into design of semi-trailer frame. The static strength of bionic and traditional structure was contrasted under the same conditions of weight.

Establishing bias and central entity model of slider-crank mechanism in this paper, then the bias model is imported into the ADAMS for kinematics simulation, and we can get the sliders law of motion. Then using ANSYS and ADAMS jointly to establish the multiple rigid body and the coupled model of slider-crank mechanism, and carrying on kinematics and dynamics simulation analysis to compare the two simulation results. Through build simulation of the coupled model with UG, ANSYS and ADAMS, the result of this calculation is better to reflect the true movement of the mechanism.

Considering WF-1 model automobile as the research object, establish the geometry entity model of rear stabilizer bar through CATIA software, and use ANSYS software to carry out the mechanic analysis and fatigue lifetime. Then the measures for improving its configuration are put forward as well as some reasonable designs and structural improvements about rear stabilizer bar. Then the rear stabilizer bar can achieve the goals including lightening, miniaturization and durability by optimization design.

The whole structure of a new hydraulic support is designed according to the special working conditions, and the main parameters on its structure and dimension are calculated based on the whole structure and the corresponding formula about the structure design of hydraulic support. The entity of the new hydraulic support is modeled with Pro/E, and the whole assembling of hydraulic support is accomplished based on the former structure and dimension. Thus the dynamic simulation based on the entity model is done with Pro/E given the simulation data derived from the actual working status, and the screen shot of 3 key time nodes among the whole movement process is got, finally the simulation results prove that the design and three dimensional model are correct and available.