文档介绍：外文文献
The growth of the utilization of the World Wide Web (WWW) as a medium for the delivery puter-based patient records (CBPR) has created a new paradigm in which clinical information may be delivered. Until recently the authoring tools and environment for application development on the n limited to Hyper Text Markup Language (HTML) mon gateway interface scripts. While, at times, this provides an effective medium for the delivery of CBPR, it is a less than optimal solution. The server-centric dynamics and low levels of interactivity do not provide for a robust application which is required in a clinical environment. The emergence of Sun Microsystems' Java language is a solution to the problem. In this paper we examine the Java language and its implications to the CBPR. A quantitative and qualitative assessment was performed. The Java environment pared to HTML and CBPR environments. parisons include level of interactivity, server load, client load, ease of use, and application capabilities. parisons include data transfer time delays. The Java language has demonstrated promise for delivering CBPRs.
Abstract The Java™ programming language is primarily used for platform-independent programming. Yet it also offers many productivity, maintainability and performance benefits for platform-specific functions, such as the generation of machine code. We have created reliable assemblers for SPARC™, AMD64, IA32 and PowerPC which support all user mode and privileged instructions and with 64 bit mode support for all but the latter. These assemblers are generated as Java source code by our extensible assembler framework, which itself is written in the Java language. The assembler generator also produces ments that precisely specify the legal values for each operand. Our design is based on the Klein Assembler System written in Self. Assemblers are generated from a specification, as are table-driven disassemblers and unit tests. The specifications that drive the generators are e