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M. Kraaijveld, J. Mao, Anil Jain (1992)
A nonlinear projection method based on Kohonen's topology preserving mapsIEEE transactions on neural networks, 6 3
C. Nobes, R. Parker (1981)
Comparative International Accounting
R. Camp (1989)
Benchmarking: The Search for Industry Best Practices That Lead to Superior Performance
A. Bendell, L. Boulter, Paul Goodstadt (1993)
Benchmarking for Competitive Advantage
K. Andrews (1971)
The Concept of Corporate Strategy
M. Jelinek (1993)
Managing change for competitive success
K. Kiviluoto (1998)
Predicting bankruptcies with the self-organizing mapNeurocomputing, 21
Povl Larsen, R. Tonge, Midori Ito (1998)
The Strategic Planning Process in Growing CompaniesJournal of General Management, 24
B. Back, M. Irjala, K. Sere, H. Vanharanta (1996)
Managing Complexity in Large Data Bases Using Self-Organizing MapsAccounting, Management and Information Technologies, 8
C. Ambroise, G. Sèze, F. Badran, S. Thiria (2000)
Hierarchical clustering of self-organizing maps for cloud classificationNeurocomputing, 30
M. Zairi (1994)
Benchmarking: The Best Tool for Measuring Competitiveness, 1
S. Haykin (1998)
Neural Networks: A Comprehensive Foundation
Roger Tan, J. Berg, W. Bergh (2002)
Credit Rating Classification Using Self-Organizing Maps
J. Laínez, Susana Callao (2000)
The effect of accounting diversity on international financial analysis: empirical evidenceThe International Journal of Accounting, 35
C. Guilding (1999)
Competitor-focused accounting: an exploratory noteAccounting Organizations and Society, 24
Dar-Ren Chen, R.-F. Chang, Yu-Len Huang (2000)
Breast cancer diagnosis using self-organizing map for sonography.Ultrasound in medicine & biology, 26 3
B. Back, T. Laitinen, K. Sere
Neural networks and bankruptcy prediction: funds flows
T. Kohonen, E. Oja (1998)
Visual feature analysis by the self-organising mapsNeural Computing & Applications, 7
M. Porter (1989)
How Competitive Forces Shape Strategy
A. Francis (1992)
The process of national industrial regeneration and competitivenessSouthern Medical Journal, 13
Ron Kohavi, Neal Rothleder, Evangelos Simoudis (2002)
Emerging trends in business analyticsCommun. ACM, 45
Liam Fahey, V. Narayanan (1986)
Macroenvironmental analysis for strategic management
Jiawei Han, M. Kamber (2000)
Data Mining: Concepts and Techniques
T. Honkela, K. Lagus, Samuel Kaski (1998)
Self-Organizing Maps of Large Document Collections
Jonas Karlsson, B. Back, H. Vanharanta, A. Visa (2001)
Financial Benchmarking of Telecommunications Companies
G. Corsetti, Paolo Pesenti, Nouriel Roubini (1999)
What Caused the Asian Currency and Financial CrisisJapan and the World Economy, 11
Shouhong Wang, Hai Wang (2002)
Knowledge Discovery Through Self-Organizing Maps: Data Visualization and Query ProcessingKnowledge and Information Systems, 4
P. Ginter, W. Duncan (1990)
Macroenvironmental analysis for strategic managementLong Range Planning, 23
H. Reider (2000)
Benchmarking Strategies: A Tool for Profit Improvement
T. Kohonen (1995)
Self-Organizing Maps, 30
Merja Oja, Samuel Kaski, T. Kohonen (2003)
Bibliography of Self-Organizing Map SOM) Papers: 1998-2001 Addendum, 3
M. Kiang, Ajith Kumar (2001)
An Evaluation of Self-Organizing Map Networks as a Robust Alternative to Factor Analysis in Data Mining ApplicationsInf. Syst. Res., 12
Aapo Länsiluoto, B. Back, Turku Finland, H. Vanharanta (2002)
MULTIVARIABLE BUSINESS CYCLE ANALYSIS WITH SELF-ORGANIZING MAPS - ARE THE CYCLES' SIMILAR?
Samuel Kaski, T. Kohonen (1998)
Tips for Processing and Color-coding of Self-Organizing Maps
B. Martín-del-Brío, C. Serrano-Cinca (1993)
Self-organizing neural networks for the analysis and representation of data: Some financial casesNeural Computing & Applications, 1
C. Serrano-Cinca (1996)
Self organizing neural networks for financial diagnosisDecis. Support Syst., 17
T. Eklund, B. Back, H. Vanharanta, A. Visa (2002)
Assessing The Feasibility Of Self-organizing Maps For Data Mining Financial Information
Multilevel environment analysis is important for companies operating on the global market. Previous studies have in general focused on one level at a time, but the need to perform multilevel environment analysis has also been stressed. Multilevel analysis can partly explain the benchmarking gap between companies, as changing conditions in the upper environment levels affect lower levels. In today's information‐rich era, it is difficult to conduct multilevel analysis without suitable computational tools. This paper illustrates how the self‐organizing map can be used for the simultaneous comparison of industry‐level changes and financial performance of pulp and paper companies. The study shows the importance of simultaneous analysis, as some simultaneous changes were found at both industry and corporate levels. Also found were some industry‐specific explanatory factors for good (Scandinavian companies) and poor (Japanese companies) financial performance. The results indicate that the self‐organizing map could be a suitable tool when the purpose is to visualize large masses of multilevel data from high‐dimensional databases.
Benchmarking: An International Journal – Emerald Publishing
Published: Jun 1, 2004
Keywords: Financial performance; Industrial performance; Corporate governance; Paper industry; Neural nets
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