Edited by: B.H.V. Topping
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Preliminaries |
1 | KNOWLEDGE ACQUISITION |
|
1.1 |
Novel Knowledge Acquisition Techniques for Building Intelligent Information Systems
S.M. Griffin and K. Ahmad |
1 |
1.2 |
Knowledge Acquisition for a Knowledge-Based System for Foundation Subsidence
D. Scott, C.J. Anumba and C.A.G. Webster |
13 |
2 | CONCEPTUAL DESIGN |
|
2.1 |
A Second Generation KBS for Conceptual Design of Bridges
D.W.G. Rees, J.C. Miles and C.J. Moore |
17 |
3 | KNOWLEDGE BASED PROJECT PLANNING |
|
3.1 |
The Knowledge-Use Level: A Hybrid Knowledge Engineering Methodology for Construction Site Layout Design
M. Mateus, I. Watson and A. Grilo |
25 |
3.2 |
An Intelligent Approach to Automate Production Budget Planning in the Building Products Industry
N.N. Dawood and M. Smith |
35 |
4 | CONSTRUCTION AND PROJECT ENGINEERING |
|
4.1 |
Rule based Inferencing for Project Staffing Schedules
R. Patel, G. McKee and T. Cornick |
45 |
4.2 |
A Prototype KBS for Improving On-Site Productivity in High-Rise Construction
P.F. Kaming, S.O. Ogunlana, W. Vidogah and P.O. Olomolaiye |
51 |
4.3 |
Case-Based Reasoning for Contractor Prequalification - A Feasibility Study
S.T. Ng, N.J. Smith and R.M. Skitmore |
61 |
4.4 |
An Expert System for the Planning and Progress of Foundation Work
N. Kato, T. Sugiyama and T. Tsuboi |
67 |
4.5 |
A Knowledge-Based System for Planning
A.H. Boussabaine |
75 |
5 | CONSTRUCTION ENGINEERING SAFETY |
|
5.1 |
An Intelligent Approach to Construction Safety
D.St.J. Fox, D.W. Begg and A.K. Petersen |
83 |
6 | OBJECT ORIENTED TECHNIQUES FOR CIVIL ENGINEERING |
|
6.1 |
An Object-Oriented Approach to Site Investigation Data Management and Interpretation
A.J. Oliver and D.G. Toll |
89 |
6.2 |
An Object-Oriented Approach for Construction Planning Knowledge Representation
A.H. Boussabaine |
97 |
7 | GEOTECHNICAL ENGINEERING |
|
7.1 |
An Intelligent Database to Predict Geotechnical Parameters
I.E.G. Davey-Wilson and K. Mistry |
105 |
7.2 |
A Knowledge-Based System for Estimation of Geotechnical Properties
D.G. Toll and A. Giolas |
113 |
7.3 |
An Expert System for the Design of Shallow Foundations
M. Izadi, Y. Puzenat, R. Chambon and E. Flavigny |
121 |
8 | TRAFFIC ENGINEERING |
|
8.1 |
Natural Language Understanding in Road Accident Data Analysis
J. Wu and B.G. Heydecker |
129 |
8.2 |
A Knowledge-Base and Simulation Algorithm Hybrid Model for Traffic Congestion at Intersections
J.T. Taber, W.J. Grenney and T.E. Senti |
145 |
9 | EXPERT SYSTEMS FOR ASSESSMENT, DIAGNOSIS AND MAINTENANCE IN STRUCTURAL ENGINEERING |
|
9.1 |
COBDA: An Expert System for the Assessment of Deterioration of Concrete Bridges
J.G. Cabrera, K.S. Kim and R. Dixon |
151 |
9.2 |
Reasoning Mechanism in Diagnostic Knowledge based Expert System
S. Tanaka and I. Mikami |
159 |
9.3 |
A Knowledge-Based Advisory System for the Diagnosis and Repair of Subsidence Damage
C.J. Anumba, D. Scott and C.A.G. Webster |
169 |
10 | MODELLING STRUCTURAL AND BUILDING DESIGN |
|
10.1 |
The Use of a Knowledge based System as an Aid in the Preliminary Design of Building Structures
R.J. Grew |
177 |
10.2 |
Knowledge-Based Assistance for the Analysis, Design and Optimization of Civil Structures
H.A. Smith, S. Masri, J.L. Beck and T. Tsugawa |
183 |
11 | EXPERT SYSTEMS FOR STRUCTURAL ENGINEERING DESIGN |
|
11.1 |
DASCON: A Structural Advisor in Architectural Design
C.A. Syrmakezis and G.K. Mikroudis |
197 |
11.2 |
Development of an Expert System for the Design of Prestressed Concrete Bridges
H.J. Sundaram, C.J. Burgoyne and M.T.R. Jayasinghe |
205 |
11.3 |
A Knowledge-Based Expert System to Advise on the Selection of Cost Effective Steel Frames for Single Storey Industrial Buildings
W.M.K. Tizani, G. Davies and A.S. Whitehead |
211 |
12 | CASE-BASED SYSTEMS |
|
12.1 |
Learning Retrieval Strategies from Examples in a CBD System
B. Raphael and B. Kumar |
219 |
12.2 |
CBRefurb: A Case-Based Building Refurbishment Cost Estimator and Decision Support System
F. Marir and I. Watson |
231 |
13 | EDUCATION |
|
13.1 |
Interactive Concrete Beam Design (ICBeD): An Educational Tool
N. Panahshahi, C. Lin, H. Zhang and J. Xu |
237 |
13.2 |
Learning through Computer Assisted Design and Detailing of Reinforced Concrete Beams
T.J. McCarthy, N. Zygouris and M.R. Lamb |
247 |
13.3 |
A Computer Aided Learning Integrated System for Civil Engineering Education
L.H. Adolphe |
255 |
13.4 |
Computer-Based Training in Transportation using a Knowledge-Based Approach
W.J. Grenney and T.E. Senti |
261 |
13.5 |
Computer-Aided Learning for Geotechnical Engineering
D.G. Toll and R.J. Barr |
269 |