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Essay / Research Paper Abstract
This 10 page report discusses a number of issues associated with symbolic artificial intelligence, particularly in regard to the programming language of Java. The report is divided into four specific areas - functionality, Java as a suitable programming language for AI, virtual representation, and measuring the complexity of a search application. Bibliography lists 12 sources.
Page Count:
10 pages (~225 words per page)
File: D0_BWjava.rtf
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Unformatted sample text from the term paper:
requires that one realize the essential nature of a programming language, such as Java, and apply common programming sensibilities in computer programming concepts and sequence. Lam (1996) points out that
the Java object-oriented programming language lets developers create platform-independent applications that get much of their functionality from the various information libraries already residing on client computers. According to Vizard (1998),
the simple yet elegant benefit of Sun Microsystems Java is that it provides the same corporate developers (who created those corporate information libraries in the first place) with basic object-oriented
constructs that significantly cut development time. The most functional of trace-disassembly technology can disassemble a portion of the trace buffer by using
a depth-first search algorithm which then allows for the effectiveness and scalability of best-first and depth-first search techniques. It is always important to keep in mind the basic fact that
because Java is an interpreted language, a program written using it can run on many hardware platforms without recompiling. In addition, Java classes also support the use of interfaces, which
represent a group of related functions exported by a Java class. Java provides a level of interactivity and functionality to the World
Wide Web which previously had not existed, providing new dimensions for primarily static web-based material. Countless numbers of people are creating Java applications to simplify the software tools used on
the Internet. Java applications are compiled into an architecture-neutral byte-code. Then the byte-code is executed on any platform that has the capacity to support Java interpreter. Permitting most all platforms
are able to run Java--the open technology. The major selling point of Java, since its creation, has been that it is machine independent. Javas core or most basic functionality is
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