Browsing by Author "HUANG, SK"

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EFFICIENT ALGORITHMS FOR METHOD DISPATCH IN OBJECT-ORIENTED PROGRAMMING SYSTEMS
(1992-09-01)
HUANG, SK
;
CHEN, DJ
;
資訊科學與工程研究所
;
Institute of Computer Science and Engineering
INTERFACE FOR REUSABLE SOFTWARE COMPONENTS
(1992)
CHEN, DJ
;
HUANG, SK
;
交大名義發表
;
資訊科學與工程研究所
;
National Chiao Tung University
The goal of efficiently reusing software implementation can be reached by solving two fundamental problems. One is how to construct a set of reusable software components and the other is how to provide an environment through which one can easily obtain the desirable components and configure his own software systems. In this paper, we focus on the former problem. trying to survey the difficulties in building flexible software component. One of the predicaments is lying on the problems of interfacing software systems. Those which make software components hard to interface with others are the obstacles to software reuse. In this paper, we identify some interfacing problems, classify types of interface and use notion of interface inheritance and multiple interface to solve these interfacing problems. The proposed strategies include a set of heuristic rules of how to construct a safe and flexible component which can be easily reused. We will constantly emphasize on the importance of interface satisfaction and endeavor to seek a clear view between software server and client, surveying their relationship while interfacing each other.
INTERFACE FOR REUSABLE SOFTWARE COMPONENTS
(1993-01-01)
CHEN, DJ
;
HUANG, SK
;
資訊科學與工程研究所
;
Institute of Computer Science and Engineering
There are two fundamental problems to efficiently reusing software implementations: how to construct a set of reusable software components and how to provide an environment through which one can easily obtain the desirable components to configure one's own systems.
INTERFACE FOR REUSABLE SOFTWARE COMPONENTS
(1992-01-01)
CHEN, DJ
;
HUANG, SK
;
資訊科學與工程研究所
;
Institute of Computer Science and Engineering
The goal of efficiently reusing software implementation can be reached by solving two fundamental problems. One is how to construct a set of reusable software components and the other is how to provide an environment through which one can easily obtain the desirable components and configure his own software systems. In this paper, we focus on the former problem. trying to survey the difficulties in building flexible software component. One of the predicaments is lying on the problems of interfacing software systems. Those which make software components hard to interface with others are the obstacles to software reuse. In this paper, we identify some interfacing problems, classify types of interface and use notion of interface inheritance and multiple interface to solve these interfacing problems. The proposed strategies include a set of heuristic rules of how to construct a safe and flexible component which can be easily reused. We will constantly emphasize on the importance of interface satisfaction and endeavor to seek a clear view between software server and client, surveying their relationship while interfacing each other.
REQUIREMENTS ORGANIZATION APPROACH FOR OBJECT-BASED CONSTRUCTION OF SOFTWARE SYSTEMS
(1992-07-01)
CHEN, DJ
;
LEE, PJ
;
HUANG, SK
;
交大名義發表
;
資訊工程學系
The paper discusses a requirements organization approach for the object-oriented design of software systems. Specifically, the requirements organization approach is developed based on a requirements clustering approach. The requirements organization approach can outline the constructed software system in the object-oriented paradigm, provide guidelines for system construction, receive early feedback from the different parties involved, allow the modification of inconsistent requirements, and design inexpensively the software system using an object-based programming language. An example is provided to illustrate the object-oriented design of software systems using the proposed requirements organization approach. Assessment and experiments are conducted to substantiate the benefits of the requirements organization approach.