Titlebook: Optimization and Artificial Intelligence in Civil and Structural Engineering; Volume II: Artificia B. H. V. Topping Book 1992 Springer Scie

凝结剂

Richard N. Palmer,Lynn R. Spenceylized fact of modern economic growth, namely its uneven incidence across space and time, and I shall suggest that this diversity of growth experience is both a consequence of and a cause of evolutionary change. Increasing returns and cumulative phenomena play an important part in this story and we

mydriatic

锯齿状

S. Meyert important process parameter in the vinification of high-quality wines. The rather restrictive ideal temperature regime of 55–65°F (13–18°C) can be achieved through a combination of means. What follows is an overview of the planning, design, and operation of the heating, ventilating, air conditioni

Presbycusis

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Knowledge-Based Interfaces for Optimization Problems,s and then select an approximate optimization algorithm to search for the optimal values for the design variables. The formulation and algorithm selection procedures have been considered to be activities which relied on substantive human knowledge. This paper describes a computer system, OPTIMA, whi

Immunoglobulin

A Knowledge-Based Expert System for Optimal Structural Design, subject to design code criteria and commonly used rules of design practise. The expert system is implemented for steel design standards and utilizes corresponding databases of commerically available standard steel sections. The numeric-based tasks of design are implemented in FORTRAN routines ; the

教唆

A Knowledge-Based Model for Structural Design,ented is different from conventional models in that there is a more elaborate treatment of the reasoning processes involved in the overall design process. The model is thought to be more amenable to automation. Implementation of part of the model is presented in reference [1].

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Inflamed

A Prototype Environment for Integrated Design and Construction Planning of Buildings, Integration of the various disciplines and computer programs requires more than the transfer of geometric data. This paper presents an integrated computer environment in which knowledge-based systems communicate through a blackboard and a central, global database representing the design solution.

Harridan

Water Resource Applications of Knowledge Based Systems: Hazardous Material Management, and Stream Qnt applications that illustrate the range of development of this type of tool. The first application is a knowledge based system to support decision making in the management of potentially hazardous or obnoxious dredged materials. The U.S. Army Corps of Engineers is charged with maintaining the navi