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"Data mining, an interdisciplinary field combining methods from artificial intelligence, machine learning, statistics and database systems, has grown tremendously over the last 20 years and produced core results for applications like business intelligence, spatio-temporal data analysis, bioinformatics, and stream data processing.The fifteen contributors to this volume are successful and well-known data mining scientists and professionals. Mohamed Medhat Gaber has asked them (and many others) to write down their journeys through the data mining field, trying to answer the following questions, 1. What are your motives for conducting research in the data mining field?2. Describe the milestones of your research in this field. 3. What are your notable success stories?4. How did you learn from your failures?5. Have you encountered unexpected results?6. What are the current research issues and challenges in your area?7. Describe your research tools and techniques. 8. How would you advise a young researcher to make an impact?9. What do you predict for the next two years in your area?10. What are your expectations in the long term?"

"Summary:Equips you with an understanding and application of the theory and practice of discovering patterns hidden in large data sets. This title focuses on important topics in the field: data warehouses and data cube technology, mining stream, mining social networks, and mining spatial, multimedia and other complex data."

"Process Mining adalah bidang ilmu yang relatif baru dan masih terus berkembang. Bidang ini menarik dan dibutuhkan dalam berbagai domain karena dapat digunakan untuk menggali informasi tentang proses bisnis dari sekumpulan besar data yang dimiliki perusahaan dalam bentuk event log."

"Part I. Machine Learning Tools and Techniques: 1. What?s iIt all about?; 2. Input: concepts, instances, and attributes; 3. Output: knowledge representation; 4. Algorithms: the basic methods; 5. Credibility: evaluating what?s been learned -- Part II. Advanced Data Mining: 6. Implementations: real machine learning schemes; 7. Data transformation; 8. Ensemble learning; 9. Moving on: applications and beyond -- Part III. The Weka Data MiningWorkbench: 10. Introduction to Weka; 11. The explorer -- 12. The knowledge flow interface; 13. The experimenter; 14 The command-line interface; 15. Embedded machine learning; 16. Writing new learning schemes; 17. Tutorial exercises for the weka explorer."

"Algoritma data mining membutuhkan sumber data yang berkualitas untuk mendapatkan hasil yang optimal. Kualitas sumber data dapat ditingkatkan kualitasnya dengan menggunakan teknik preprosessing data yang tepat. Kemampuan dalam menampilkan output dari proses data mining yang mudah dimengerti sangat penting untuk mendapatkan pengetahuan. Penelitian ini bertujuan untuk mengembangkan aplikasi yang bisa menjawab kebutuhan dari algoritma data mining. Hasil dari penelitian ini adalah aplikasi yang dapat melakukan keseluruhan proses baik preprocessing data dalam hal pemilihan data dan pengolahan data awal, penyediaan metadata, sampai dengan analisis data menggunakan algoritma data mining. Sehingga, analisis jumlah data yang besar dapat dilakukan dengan efisien dan efektif, tetapi hasil prediksi yang didapatkan tetap optimal.

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Data mining algorithms require high quality data sources to obtain optimal results. Quality of data sources can be enhanced by using appropriate data preprocessing techniques. Ability to display easily understood output of the data mining process is essential to gain knowledge. This study aims to develop applications that can address the needs of data mining algorithms. The results of this study is an application that can do the whole steps from data preprocessing until data analysis using data mining algorithms. Data processing itself includes data and preliminary data processing and provision of metadata.. So, analyzing large amount of data can be done in efficient and effective fashion without disregarding necessary need of optimal prediction result."

"Data mining is concerned with the analysis of databases large enough that various anomalies, including outliers, incomplete data records, and more subtle phenomena such as misalignment errors, are virtually certain to be present. Mining Imperfect Data describes in detail a number of these problems, as well as their sources, their consequences, their detection, and their treatment. Specific strategies for data pretreatment and analytical validation that are broadly applicable are described, making them useful in conjunction with most data mining analysis methods. Examples are presented to illustrate the performance of the pretreatment and validation methods in a variety of situations, both simulation based, where "correct" results are known unambiguously, and real data examples that illustrate typical cases met in practice."