Object-oriented technology

There are other types of reusability, one of which is software components. Software components are typically executables distributed as. jar (Java),. dll (windows), or. so (Unix) files. Components with well-designed abstractions can provide reusability for many different software systems. Many commercially or freely available reusable components are developed using object-oriented technologies. The Java Collection Framework is a good example. 

Service-oriented architecture (SOA) is another software reusability enabler that has become very popular these days. SOA is not limited to object-oriented technologies. Web service is the most talked about SOA that uses XML-based messaging between the service provider and the service consumer. In SOA, a service consumer uses some services somewhere in the network to do its own work. In most cases, service provider and service... 

Please note that use case modeling is not associated with any development process. It is even independent of object-oriented technologies. It is a generic tool for capturing functional requirements. I have used use case specifications in ISIS PL projects, and it worked perfectly. 

Yoshihiro T, Sato F, Kashiwagi H. Distributed parallel processing by using the object-oriented technology in ProteinDF program for all-electron calculations on proteins. Chem Phys Lett 2001 346 313-321. 

Figure 2.11 presents the concept of an open integrated system. The simulation environment could come from the Vendor A, to which in-house unit operations can be coupled. One of the user-model unit calls the library of the vendor B, which is linked to a thermo-server supplied by the vendor C, who in turn could consider an equation-of-state model from the supplier D. The vendor E might supply a special solver, while the database with information about physical properties could come from the vendor F, etc. It is clear that the PMC s should be provided with compatible plug-and-play interfaces. This can be done nowadays at best with an object-oriented technology. 

RTCA/DO-332, 2011. Object-oriented Technology and Related Techniques Supplement to DO-178C and DO-278A. RTCA Inc, Washington, DC. 

FAA (2004), Handbook for Object-Oriented Technology in Aviation (OOTiA). Available at http //www.faa.gov/certification/aircraft/av-info/ software/OOT.htm. 

Although the safety of polymorphism with dynamic binding is usually regarded as the most serious issue arising from the use of object-oriented technology in safety-critical systems, a number of other concerns have been raised. We comment briefly on some of these here and, where applicable, the solutions we adopted in the design of Perfect Developer. 

Applicants found it difficult to interpret DO-178B when applying these new techniques and technologies, and certification authorities became concerned at the lack of consistency in their application. Some attempts were made to provide practical advice on the application of these new techniques and technologies, for example, the Federal Aviation Administration (FAA) Object Oriented Technology in Aviation (OOTiA) handbook (FAA 2004). 

In 2002 and 2003, the National Aeronautics and Space Administration (NASA) and the FAA sponsored two Object-Oriented Technology in Aviation (OOTiA) workshops, which resulted in the publication of the FAA OOTiA Handbook (FAA... 

Figure 5.1. Main data mining approaches and supporting technologies (abbreviations ILP — inductive logic programming, MLPs — multilayer perceptrons, RBF — radial basis functions networks, ARTMAP — adaptive resonance theory mapping networks, DOOT — distributed object-oriented technologies, CORBA — common object request broker, RMI — remote method invocation).

There is confusion in popular writings about the similarity and differences between an object and a component. Some of this confusion stems from the fact that component technology is often best implemented using an object-oriented language more fundamentally, it stems from loose usage of the terms object, class, and component. 

Many books have been written about good object-oriented design and implementation. Component-based development and assembly have only very recently become hot topics. Component and connector technology, effective pluggable design, and a coherent architecture together enable implementation by assembly. 

Unlike other mechanisms for orientation, such as plans, objectives, paradigms, technological paths or dominant designs , effective guiding principles have certain specific features ... 

NMR, x-ray, Fuzzy Functional Form Technology, bioassay development Integrated Object-oriented PharmacoEngineering (IOPE)... 

In this book, I have demonstrated how to develop chemical information systems using the Java technology and an object-oriented approach, using the chemical registration system as an example. This final chapter summarizes some key points that were discussed in the book. 

Hundreds of books are in the marketplace about object-oriented analysis, design, and programming. A handful of books are about cheminformatics. But no book exists about how to apply object technology to the cheminformatics domain. This book is an attempt to fill that gap. 

Michael Schrage His work is superb. Incidentally, the ideas in A Pattern Language have been reappropriated by the object-oriented software designers (architectural design rules, laws of form, and the like)—truly technology transfer. 

Nilsson, B., Object-oriented modeling of chemical processes. Doctoral Thesis, Department of Automatic Control, Lund Institute of Technology (1993). 

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