Object-oriented software applicability

The types of computer programs which have been applied in corrosion engineering and science fall into categories such as (i) conventional software systems (ii) artificial intelligence and expert systems applications (iii) object-oriented software systems ... 

For implementation of the model an object oriented approach based on the programming language C++ has been chosen. The authors developed the software library TOSCA (tools of object oriented software for continuum mechanics application) [8] which provides all classes required for description of continuum mechanics problems, as e.g. numerical solvers, discretization methods and data bases... 

In an effort to reduce the complexity of engineering and software designs, many systems now use the concept of so-called "objects". These allow even the most complex engineering designs or software constructs to be built up from smaller building blocks known as objects. Most open applications are now based on object-oriented software, since this technique lends itself to efficient software development and easier software integration between different applications. 

The use of object-oriented software has been estimated to save literally millions of dollars on new plants, and these savings only estimate the savings in actual engineering hours. These savings will obviously be reflected in the reduced cost associated with vaiidating standard objects as opposed to application-specific or bespoke software. 

In the rapidly changing world of IT, it is difficult to keep up with current trends, let alone predict future developments. However, current limitations in the use of open applications and object-oriented software have already been identified and are being overcome. 

The use of a common object broker extends the advantages of object-oriented software and makes the practical integration of open applications much easier to engineering, test, validate and maintain. 

ComeUssen et al. (2009) provide a detailed review of existing research in dynamic analyses for program comprehension. They found that most research focuses on object-oriented software and that there is little research that targets distributed and multi-threaded applications. Refocusing research more towards these neglected areas would greatly benefit complex... 

Parts of this strategy have already been mapped out through the introduction of software products such as JAVA, an object-oriented programming language (6) suitable for immediate integration with Internet tools for distributed application across wide-area networks. In this approach, solutions to specialized problems are made available to users in the form of applets, or program modules, which can easily be... 

Expert Systems "To Go" Laptop Personal Computers KB Software An Application of Object Oriented Programming To Process Simulation... 

The CIM Framework architecture is a layered system that enables distributed, object-oriented applications assembled from common software components to interoperate as a single, integrated system. 

CPS platforms build the basis for interoperability of different internets internet of people with loT and internet of services. As such, there are three perspectives on an internet people are connected in social networks, as already known. Furthermore, machines can be connected as smart objects and use service oriented internet applications. They use software that use data from CPS platforms and human intelligence for achieving solutions in various areas in near real-time in a decentralized way. 

Integration ad hoc, if at all Mismatched methods, objects, phases, products, architectures, applications and environment System not integrated with software Function oriented or object oriented... 

System oriented objects integration of function, timing, and object oriented GUI integrated with application Simulation integrated with software code... 

In recent years there has been a substantial move fi om procedural to object-oriented approaches in many sectors of the software development industry. The principal advantage of the object-oriented approach is the ease with which reusable components and application fi ameworks can be created. 

An object-oriented language for modelling general dynamic process was successfully developed and its usage has proved efficiency in code reusability. The development of model libraries of models for thermodynamics, process engineering and other application areas is one of the future tasks. The DAE index reduction method allows EMSO to directly solve high-index DAE systems without user interaction. This fact combined with the symbolic and automatic differentiation systems and the CAPE-OPEN interfaces leads to a software with several enhancements. 

Pulse Sequences. - A cross-platform development environment for NMR experiments (ODIN-Object-oriented Development INterface) was presented. It allows rapid prototyping of new pulse sequences and provides a common programming interface for different system types. With this object-oriented interface, the programmer is capable of writing applications to control an experiment that can be executed on different measurement devices, even from different manufacturers, without the need to modify the source code. Due to the clear design of the software, new pulse sequences can be created, tested, and executed within a short time. The software focuses mainly on NMR imaging, but can also be used with limitations for spectroscopic experiments. 

Weidl, J. Gall, H. (1998). Binding object models to source code An approach to object-oriented re-architecting, 22nd IEEE International Computer Software and Applications Conference (COMPSAC 98) pp. 26-31. 

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