- Penulis: Muhammad Ridha
- Bahasa: Indonesia
- Jumlah Halaman: 12
- Format file: PDF
- Publisher: IlmuKomputer.Com
- Tahun terbit: Maret 2005
- Download makalah lengkap: ridha-activedb.zip
Real-time computing can be found in many different types of applications such as traffic control systems, telecommunication systems, manufacturing applications, stock market and trading transactions, military command and control systems. A real-time application that monitors its surroundings and is required to react immediately based on an occurred event need an active database system that is able to detect the event and condition to perform an action based on its certain rules specification.
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- Bahasa: Indonesia
- Jumlah Halaman: 12
- Format file: PDF
- Publisher: IlmuKomputer.Com
- Tahun terbit: Maret 2005
- Download makalah lengkap: ridha-activedb.zip
Real-time computing can be found in many different types of applications such as traffic control systems, telecommunication systems, manufacturing applications, stock market and trading transactions, military command and control systems. A real-time application that monitors its surroundings and is required to react immediately based on an occurred event need an active database system that is able to detect the event and condition to perform an action based on its certain rules specification.
Tutorial ini akan menjelaskan tentang beberapa tips menggunakan eclipse. 
Dewasa ini banyak sekali digunakan kosa kata agent, baik dalam bidang informatika dan ilmu komputer, seperti software engineering, artificial intelligence (AI), distributed system, dsb, maupun dalam bidang lain yang terkait, misalnya bidang industri, manufacturing, bisnis, electronic commerce, dsb. Populernya penggunakan teknologi agent pada berbagai bidang ilmu bukan berarti membuat jelas definisi agent. Tetapi justru membuat definisi agent semakin tidak jelas, karena setiap peneliti berusaha untuk mendefinisikan agent sesuai dengan latar belakang ilmu yang mereka miliki. Bagaimanapun juga sampai saat ini belum ada kesepakatan dari para peneliti tentang definisi formal mengenai apa yang disebut dengan agent.
The first object-oriented language is generally acknowledged to be Simula-67, developed in 1967. This language never had a significant following, although it greatly influenced the developers of several of the later object-oriented languages. The object-oriented movement became active with the widespread availability of Smalltalk in the early 1980s, followed by other object-oriented languages, such as Objective C, C++, Eiffel and CLOS. About five years after Smalltalk became widely known, the first object-oriented development methods were published by Shlaer/Mellor [Shlaer-1988] and Coad/ Yourdon [Coad-1991], followed closely by books by Booch [Booch-1991], Rumbaugh [Rumbaugh-1991], Wirfs-Brock [Wirfs-Brock-1990]. The first phase was complete by the end of 1990. The Objectory book [Jacobson-1992] was published slightly later, based on work that had appeared earlier papers. This book took a somewhat different approach, with its focus on use cases and the development process.
In 1996, the Object Management Group (OMG) issued a request for proposals for standard approach to object-oriented modeling. UML authors Booch, Jacobson, and Rumbaugh began working with methodologists and developers from other companies to produce a proposal attractive to the membership of OMG, as well as a modeling language that would be widely accepted by tool makers, methodologists, and developers who would be the eventual users. Several competing effort also were started. Eventually, all the proposals coalesced in the final UML proposal that was submitted to the OMG in September 1997. The latest OMG-UML specification [UML-1999] may be found the Internet at www.omg.org and www.rational.org. 
Dengan menggunakan model, diharapkan pengembangan piranti lunak dapat memenuhi semua kebutuhan pengguna dengan lengkap dan tepat, termasuk faktor-faktor seperti scalability, robustness, security, dan sebagainya. 
