|
ITCS 6162 Knowledge Discovery in Databases - Spring 2022 (
Sec 001 ) - ONLINE
Instructor: Dr. Angelina A Tzacheva,
Department of Computer Science, College of Computing and Informatics,
Office: 435A Woodward, Office Hours: Tuesday 3:00pm - 5:00pm
Email: aatzache@uncc.edu
Join Zoom Meeting
https://us02web.zoom.us/j/87995946159?pwd=NUdna25EMU5uL1FkTVdwek14MFZUZz09
SkypeID: angelina.tzacheva
Teaching Assistants:
1. Nikhitha Modugu, Email: nmodugu@uncc.edu
OfficeHours: Wednesday 10:00 AM - 11:30 PM & Thursday 10:00AM-11:30PM via
Zoom links :
OfficeHoursDay1: Wednesday 10:00 AM - 11:30 PM
ZoomLink_OfficeHoursDay1:
https://uncc.zoom.us/j/3044211437
OfficeHoursDay2: Thursday 10:00AM-11:30PM
ZoomLink_OfficeHoursDay2: https://uncc.zoom.us/j/3044211437
SkypeID: live:.cid.fe97b230ceb66342
2. Kamalapriya Srinivasan, Email: ksriniv2@uncc.edu
OfficeHours: Monday 12:00PM-1:30PM & Tuesday 12:00PM-1:30PM via
Zoom links :
OfficeHoursDay1:Monday 12:00PM-1:30PM
ZoomLink_OfficeHoursDay1:
https://uncc.zoom.us/j/92009134530
OfficeHoursDay2: Tuesday 12:00PM-1:30PM
ZoomLink_OfficeHoursDay2:
https://uncc.zoom.us/j/92009134530
SkypeID: live:.cid.c20e8d32014e341f
3. Avyay Yennamaneni, Email: ayennama@uncc.edu
OfficeHours: Tuesday 11:30AM-1PM & Friday 10:30AM-12PM via
Zoom links :
OfficeHoursDay1:Tuesday 11:30AM-1PM
ZoomLink_OfficeHoursDay1:
https://uncc.zoom.us/j/93025750956
OfficeHoursDay2: Friday 10:30AM-12PM
ZoomLink_OfficeHoursDay2:
https://uncc.zoom.us/j/93025750956
SkypeID: https://join.skype.com/invite/rRUCEh8J7X0q
Prerequisites: ITCS 6160 Database Systems
Textbook:
"Introduction
to Data Mining (2nd Edition)" by Pang-Ning Tan, Michael Steinbauch, Anuj Karpatne and Vipin
Kumar, 2018. ISBN-10: 0133128903
Course Outline:
- Knowledge discovery process
- Types of Data, Pre-processing, Distance Measures
- Association rules discovery methods
- Action rules discovery
- Discretization algorithms
- Decision Trees
- Classification methods
- Clustering Analysis
- RSES, LERS, WEKA, ORANGE
- Hadoop, MapReduce, and distributed data mining
- Application is specific domain (health, financial, education, music)
Student Learning
Outcomes:
1.
Demonstrate Knowledge of Data Mining Techniques, including Granularity Based
Approaches, for Incomplete Data
2.
Actively Manage and Participate in Data Mining Projects
3.
Extract Actionable Knowledge from Data and use it build Recommender Systems
Instructional Method:
This is an Online course which includes Video Lectures, Reading Assignments,
Exercises, Group Activities, and a Group Project.
Lectures Notes, Videos, and Reading Assignments are posted in the syllabus
table below, as well as on Canvas.
Please download and read each lecture material and view each Video on the
specified day.
All material by date is listed, including preparation for the exams with sample
questions. The Exams are open-book / open-notes. The textbook is necessary,
as exam questions are based on lecture notes AND on the text, and Exercises
are assigned from the textbook.
Credit Hours: This is a 3-credit hour course.
This course is designed to require about 10 hours per week - for readings,
exams, exercises, video cases, and group project work.
The material is technical and requires dedication of time to
comprehend. To complete course successfully, Please
do not plan on cramming all lectures the day before the
exam. Designate 3 hours every lecture day for reading the given lecture, and
book chapter. Designate additional 4 hours per week for Exercises, videocase
assignments, and Group meetings / activities. You can meet with your Group
Members ONLINE through video conferencing - via Skype, Google Hangout, or
meet in person if desired. Students are expected to communicate and meet with
their group members to complete the project successfully.
Exercises are assigned after each chapter. The Exercises are due on Canvas on the dates they are
assigned. Exercises are *not accepted* through e-mail. Late Exercises
are not accepted.
Grading:
The final course grade is determined on the following weights:
Exercises 20%
Group Activities 15%
Midterm Exam 17%
Group Project 20%
Final Exam 18% Video Cases 12%
Grading scale:
A 90% - 100%
B 80% - 89%
C 70% - 79%
D 60% - 69%
F less than 60%
X academic dishonesty
Academic Integrity and Honesty:
Students are required to read and abide by the Code of Student Academic
Integrity available from Dean of Students Office. This code forbids
cheating, fabrication or falsification of information, multiple submissions
of academic work, plagiarism (including viewing others work without
instructor permission), abuse of academic materials, and complicity of
academic dishonesty. Violations of the Code of Student Academic Integrity,
including plagiarism, result in disciplinary action as provided by the Code.
Civility:
We are concerned with a positive learning experience. This course strives to
create an inclusive academic climate in which the dignity of all individuals
is respected and maintained. We value diversity that is beneficial to both
employers and society at large. Students are encouraged to actively and
appropriately share their views in class discussions.
Inclement Weather:
University Policy Statement #13 states the University is open unless the
Chancellor announces that the University is closed. In the event of inclement
weather, check your e-mail, and Canvas.
The instructor will post a message on Canvas,
and through e-mail. The instructor will use their best judgment as to whether
class should be held.
Disability:
UNC Charlotte is committed to access to education. If you have a disability
and need academic accommodations, please provide a letter of accommodation
from Disability Services early in the semester. For more information on
accommodations, contact the Office of
Disability Services.
Withdrawal:
The University policy on Course Withdrawal
allows students a limited number of opportunities available to withdraw from
courses. There are financial and academic consequences that may result from
course withdrawal. If a student is concerned about his / her ability to
succeed in this course, it is important to make an appointment to speak with
the instructor as soon as possible.
Syllabus Revision:
The instructor may modify the class schedule and syllabus during
the course of the semester. For example - additional educational
videos may be posted. Same changed will appear on Canvas. Students are responsible for
refreshing their syllabus once per week.
E-Mail Communication:
Students are responsible for *all* announcements made in class and on
the class online resources. Students should check the online class
resources throughout the semester. The Instructor and Teaching
Assistants send occasional e-mails with important information. We send
this information to the student's university e-mail address listed on
Banner system.
Class Expectation:
By attending class beyond the first week, students agree to follow the
framework and rules related to this course as described above.
Syllabus:
Date
|
Material
|
Jan 12
|
Preview
of course syllabus | Find
your Group - members here for the Group Project
ProjectDescription_DataMininig_KDD_GroupProjectAssignments1_to_9
Overview
of Knowledge Discovery in Databases (KDD) - I
|
|
Read Chapter
1 from the book today.
Exercise:
2. Chapter 1
//to turn in: save solution in a text file and upload to Canvas
Overview
of KDD (continued) - II
VideoCase_01 : Knowledge Discovery in Databases KDD Process video: L01_01KDDDefinition
video:
L01_02DataInformationKnowledge
video: L01_03KDDProcess
video: L01_04KDDContributingAreas
|
Jan 19
|
Data - Types, Quality, Pre-processing, Similarity Measures_E2 | Data
- Types, Quality, Pre-processing, Similarity Measures
Read Chapter 2 from the book today.
Exercises:
2. and 14. Chapter 2
VideoCase 02 : DataTypes_Similarity_Measures
video:
L02_01WhatIsData_TypesOfAttributes
video: L02_02TypesOfAttributes_Outliers
video:
L02_03PlottingOfObjects_CurseOfDimensionality
video:
L02_04SamplingFeatureSelection_DistanceEculidean
|
|
Group_01 Moderator
Mathematical
Background Review - Intro To Set Theory
Association
Rule Mining - Agrawal (Apriori) method (frequent
item-sets)
| Alternate Slides
Read Chapter 6 from the book today.
Exercise:
2. (a) (b) Chapter 6
PowerPoint:_L03_03AprioriAlgorithm_02 PowerPoint: L03_04AssociationRuleMining PowerPoint: L03_05AssociationRuleMining_SupportConfidence
PowerPoint: L03_06AssociationRuleMining_MarketBasketAnalysis
PowerPoint: L03_07AssociationRuleMining_AlgorithmSteps PowerPoint: L03_08MarketBasketAnalysis_Algorithms PowerPoint: L03_09MarketBasketAnalysis_Example
video:
L03_01IntroToSetTheorySetsElementsEmtpySetUniversalSet
video:
L03_02IntroToSetTheoryIntersectionUnionComplementSetDifference
video: L03_03AprioriAlgorithm_02 | video: L03_03AssociationRulesIntroAprioriAgarwalMethod video: L03_04AssociationRuleMining video: L03_06AssociationRuleMining_MarketBasketAnalysis video: L03_07AssociationRuleMining_AlgorithmSteps video: L03_08MarketBasketAnalysis_Algorithms video: L03 10AssociationRuleMining_BusinessStrategies
PlayCode:_01_L03_AssociationRuleMining | video:L03_AssociationRuleMiningCodeDemo_01
video:L03_AssociationRuleMiningCodeDemo_02
|
| Group_07 Moderator
Similarity Measures using Vectors
Read Chapter 6 from the book today.
PowerPoint: L20_01Introduction
PowerPoint: L20_02CosineSimilarity PowerPoint: L20_03JaccardSimilarityIndex
PowerPoint: L20_04CorrelationSimilarity
PowerPoint: L20_05EuclideanDistance
PowerPoint: L20_06ComparisonOfSimilarityMeasures
PowerPoint: L20_07SimilarityMeasures
PowerPoint: L20_08RealTimeApplication
video:_L20_01Introduction
video: L20_02CosineSimilarity
video: L20_03JaccardSimilarityIndex
video: L20_04CorrelationSimilarity
video: L20_05EuclideanDistance
video: L20_06ComparisonOfSimilarityMeasures
video: L20_07SimilarityMeasures
video: L20_08RealTimeApplications
PlayCode:_07_L20_SimilarityMeasures | video:_L20SimilarityMeasures_CodeDemo
Exercise 19 Chapter 2 // this exercise is optional, and it is for ExtraCredit. Submit ONLY if you
missed one exercise before.
|
Jan 26
|
|
|
Argawal
(Apriori) method (frequent item-sets) Example
Exercise:
6. Chapter 6
VideoCase 03 : Apriori_Algorithm
video:
L04_01SupportAndConfidence_AssociationRules
video:
L04_02AprioriEample_FrequentItemsets
video: L04_03AprioriExample_AssociationRules
|
|
Group_03 Moderator
Frequent Pattern Growth Strategy (FP-Tree) | Alternate Slides
Exercise:
build the FP-Tree using the transactions from table 6.24 (in exercise
8 chapter 6)
PowerPoint: L05_07FPGrowthTree_Strategy_02 | PowerPoint: L05_07FPGrowthTree_Strategy
PowerPoint: L05_08FPGrowthTree_Example
PowerPoint: L05_09FPGrowthTree_Parameters
PowerPoint: L05_10FPGrowthTree_History
PowerPoint: L05_11FPGrowthTree_AdvantagesDisadvantages
PowerPoint: L05_12FPGrowthTree_Approaches
PowerPoint: L05_13FPGrowthTree_Mining
PowerPoint: L05_14FPGrowthTree_Properties
video:
L05_01FrequentPatternTree_FPTree01
video: L05_02FPTree02
video: L05_03FPTree03
video: L05_04MiningTheFPTree01
video: L05_05MiningTheFPTree02
video: L05_06FPGrowthTree_Applications video: L05_07FPGrowthTree_Strategy_02 | video: L05_07FPGrowthTree_Strategy video: L05_08FPGrowthTree_Example video: L05_09FPGrowthTree_Parameters video: L05_10FPGrowthTree_History video: L05_11FPGrowthTree_AdvantagesDisadvantages video: L05_12FPFGrowthTree_Approaches video: L05_13FPGrowthTree_Mining video: L05_14FPGrowthTree_Properties
PlayCode:_03_L05_FPGrowthTree | video:L05_FPGrowthTree_CodeDemo_01
video:L05_FPGrowthTree_CodeDemo_02
| Feb 02
|
Group_04 Moderator
Decision - LERS (certain and possible rules) | Alternate Slides
Powerpoint: L06_01LERSIntroduction_02
Powerpoint: L06_06LERS_Examples
PowerPoint: L06_07LERS_ProblemSolving
PowerPoint: L06_08LERS_Objects
PowerPoint: L06_09LERS_RoughSetTheory
PowerPoint: L06_10LERS_RSES
PowerPoint: L06_11LERS_DataAnalysisMethodsInRSES_02 | PowerPoint: L06_11LERS_DataAnalysisMethodsInRSES_01
video: L06_01LERSIntroduction_02 | video:L06_01LERSIntroduction
video: L06_02LERSExampleFirstLoop
video: L06
03LERSExampleCertainPossibleRules
video: L06 04LERSExampleSecondLoop
video: L06 05LERSExampleThirdLoopEnd
video: L06_06LERS_Examples
video: L06_07LERS_Objects
video: L06_08LERS_ProblemSolving
video: L06_09LERS_RoughSetTheory
video: L06_10LERS_RSES
video: L06_11DataAnalysisMethods_RSES_02 | video: L06_11LERS_DataAnalysisMethods_RSES_01
PlayCode: 04_L06_LERS | video: L06_LERS_CodeDemo_01
video: L06_LERS_CodeDemo_02
|
|
Exercise:
download
LERS software - calculate rules using data from the lecture above
// to turn in: take a screen shot of your runtime environment
showing the rules | upload the screen shot to Canvas
Exercise8.Chapter6.
(ExtraCreditOnly) // this exercise is Optional and it is
for ExtraCredit . Submit ONLY if you missed one exercise before
|
|
Group_06 Moderator
Action
Rules Intro |
Action
Rules 1
| Action
Rules 2
PowerPoint: L07_01ActionRules_Introduction_02 | PowerPoint: L07_01ActionRules_Introducion_01
PowerPoint: L07_02ActionRules_Examples
PowerPoint: L07_03ActionRules_MethodExtraction
PowerPoint: L07_04ActionRules_Validation
PowerPoint: L07_05ActionRulesImplementation
PowerPoint: L07_06ActionRules_Summary
PowerPoint: L07_07ActionRules_Steps
PowerPoint: L07_08ActionRules_Attributes
video: L07_01ActionRules_Introduction_02 | video: L07_01ActionRules_Introducion_01
video: L07_02ActionRules_Examples
video: L07_03ActionRules_MethodExtraction
video: L07_04ActionRules_Validation
video: L07_05ActionRulesImplementation
video: L07_06ActionRules_Summary
video: L07_07ActionRules_Steps
video: L07_08ActionRules_Attributes
PlayCode: 06_L07_ActionRules | video: L07ActionRules_CodeDemo
|
|
Action
Rule Discovery Example
VideoCase 04 : Introduction_to_Action_Rules
video: L07
01ActionRulesIntroduction
video:
L07_02ActionRulesIntroSupportConfidence
video: L07_03ActionRulesExample
|
|
ProjectDescription_ActionRules_1Project
Example project :
ActionRulesJavaExample
ActionRulesJavaExample2
| Demo Video 1: DemoActionRulesJava Demo Video 2: DemoActionRulesJava2 |
Feb 09
|
Rough
Sets
VideoCase 05 : Decision_Rules
|
|
Preparing
for Midterm Exam
video:
L08_01SetTheory_MidtermPreparing
video: L08_02AprioriFrequentItemsets1_MidtermPreparing
video:
L08_03AprioriFrequentItemsets2_MidtermPreparing
video: L08_04AprioriAssociationRules
video: L08_05FPTree_MidtermPreparing
video: L08_06LERS MidtermPreparing
video:
L08_07ActionRules_MidtermPreparing
|
Feb 16
|
Midterm
Exam
- access exam on Canvas
- complete the exam according to the time given on Canvas (8 pm to 11 pm)
|
Feb 23
|
Group_02 Moderator
Decision
Trees - Discovery System ID3 | Decision Tree, Random Forest
DecisionTree_ID3_RandomForest_Combined
Read Chapter 4 from the book today.
Exercise:
2. Chapter 4
PowerPoint: L09_01DecisionTreesIntroduction_02
PowerPoint: L09_02DecisionTreesIntroExamples_02
PowerPoint: L09_05DecisionTree_AdvantagesAndDisadvantages
PowerPoint: L09_06DecisionTree_History
PowerPoint: L09_07DecisionTree_Usecase
PowerPoint: L09_08DecisionTree_AttributeSelection
PowerPoint: L09_09DecisionTree_Comparison
video: L09_01DecisionTreesIntroduction_02 | video: L09_01DecisionTreesIntroduction_01
video: L09_02DecisionTreesIntroExamples_02 | video: L09_02DecisionTreesIntroExamples_01
video: L09_03DecisionTreeEntropyInformationGain
video: L09_04DecisionTree_RandomForest
video: L09_05DecisionTree_AdvantagesAndDisadvantages
video: L09_06DecisionTree_History
video: L09_07DecisionTree_Usecase
video: L09_08DecisionTree_AttributeSelection'
video: L09_09DecisionTree_Comparison
PlayCode: 02_L09_DecisionTree | video: L09_DecisionTree_CodeDemo_01
video: L09_DecisionTree_CodeDemo_02
|
|
System
ID3 Example |
Mathematical
Background Review - Logarithm
Exercise_01_PracticalApplication_BuildDecisionTreeByHand
Exercise:
3. Chapter 4
VideoCase 06 : Decision_Trees
video:
L10_01System_ID3_Example_Entropy
video:
L10_02System_ID3_Example_Entropy02
video:
L10_03System_ID3_Example_AtributeSelection
Decision Tree Example Code - Windows Version | Decision Tree Example Code - Linux Version
DecisionTree_ExampleCode_02
Exercise_03_PracticalApplication_Program_Code_DecisionTree_Java
video: Exercise_02_DecisionTree_Program_Code_DecisionTree_Java_DEMO
video: L12_04_DecisionTreeExampleCode_DEMO | video:L12_04_DecisionTree_ExampleCode_DEMO_02 | video:L12_04_DecisionTree_ExampleCode_DEMO_03 | video:L12_04_DecisionTree_Ex
|
Mar 02
|
Discovery
System Rosetta
video: L11_01DiscoverySystemRosetta_Example
video:
L11_02DiscoverySystemRosetta_DiscernibilityMatrix
video:
L11_03DiscoverySystemRosetta_DiscernibilityFunction
|
|
Mining
Incomplete Data
VideoCase 07 : Missing_Data_Mining
|
|
GroupActivity_01
: Download
RSES Software | Calculate Rules and Classify Data
// one group member submits this Exercise for the whole group
// to turn in : save your .rses project file (
File | Save As in RSES ) and upload the .rses
file to Canvas
|
Mar 09
|
Spring Recess - No Classes
|
Mar 16
|
Distributed
Knowledge Systems, Distributed Query Answering, and Semantics
|
|
Distributed
Query Answering Example
VideoCase 08 : Distributed_Query-Answering
video:
L12_01DistributedQueryAnsweringExamplePart1
video:
L12_02DistributedQueryAnsweringExamplePart2
|
Mar 23
|
Distributed
Data Mining - Hadoop , HDFS , MapReduce , HIVE | Cloud
Tools Overview | Basic
HDFS Commands
VideoCase 11 : Cloud_Tools_Overview_01_Introduction_to_Hive(Extra Credit)
video:
L02_01_Hadoop_DistributedFileSystem
video: L02_02_HDFS_NameNode_DataNode
video:
L02_03_HDFS_Pipelining_Rebalancer_UI
video:
L02_04_HDFS_UserInterfaceCommands_BasicFeatures
video:
L02_05_HDFS_FSNamespace_Replication
video:
L02_06_HDFS_Protocol_Failure_Integrity
video:
L02_07_HDFS_Staging_Pipelining_Interface
video: L19 01 Hadoop DistributedFileSystem
video: L19 02 HDFS
Architecture NameNode DataNode
Pipelining
video: L19 03 HDFS
Rebalancer UserInterface BasicCommands
video: L19 04
MapReduce DataFlow Features
video: L19 05
MapReduce WordCountCode Partitioners
Combiners Compression Counters
video: L19 06
MapReduce SpeculativeExecution ZeroReducers DistributedFileCache
|
Mar 30
|
Cloud
Tools Overview Continued: Pig , Hive , HBase , Storm
Pig
| Hive
| HBase
| Zookeeper
VideoCase 12 : Cloud_Tools_Overview_02_Introduction_to_Pig(Extra Credit)
video: L04 01 Pig
video: L04 02 Hive
video: L04 03 HBase
video:
L04 04 Storm
video : ActionRulesMR-RandomForestExample
MR-RandomForestExample_01
| MR-RandomForestExample_02
| MR-AprioriExample | MR-OntologyExample
|
|
video: Project_Demo_ActionRuleExtraction
Project_Sample_Code
Project
Assignment - files due
//to turn in: upload PowerPoint file, Video File, and Source Code to Canvas
|
Apr 06
|
Group_08 Moderator
Discretization
Discretization
Example RSES
VideoCase 09 : Data_Discretization
GroupActivity_04 : using RSES software | open a dataset | discretize
the dataset
// to turn in : save your .rses project file (
File | Save As in RSES ) and upload the .rses
file to Canvas
// one group member submits this Exercise for the whole group
PowerPoint: L13_01DiscretizationIntroduction_02
PowerPoint: L13_07StepsInDataDiscretization
PowerPoint: L13_08DataDiscretization_Mapping
PowerPoint: L13_09DataDiscretization_KMeans
PowerPoint: L13_10DataDiscretization_ClusterAnalysis
PowerPoint: L13_11DiscernibilityAlgorithm
PowerPoint: L13_12DecisionTreeAnalysis
PowerPoint: L13_13BinningDiscretization
video: L13
01DiscretizationIntroduction_02 | video: L13_01DiscretizationIntroduction_01
video: L13
02DiscretizatinonQuantization
video: L13
03RSESAlgorithmOptimalSetOfCuts
video: L13
04DiscretizationExampleRSESPart1
video: L13
05DiscretizationExampleRSESPart2
video: L13
06DiscretizationExampleRSESPart3
video: L13 07StepsInDataDescretization
video: L13 08DataDiscretization_Mapping
video: L13 09DataDiscretization_KMeans
video: L13 10DataDiscretization_ClusterAnalysis
video: L13 11DiscernibilityAlgorithm
video: L13 12DecisionTreeAnalysis
video: L13 13BinningDiscretization
video: L13 14DataDiscretization_CodeDemo_02 | video: L13_14DataDiscretization_CodeDemo_01
PlayCode: 08_L13_DataDiscretization | video: L13_DataDiscretization_CodeDemo_01
|
Apr 13
|
Group_10 Moderator
Cluster Analysis -Basic Concepts and Algorithms_E2 | Cluster
Analysis - Basic Concepts and Algorithms
Read Chapter 8 from the book today.
PowerPoint: L14_02_ClusterAnalysisIntroPlottingOfObjects_02
PowerPoint: L14_03_ClusterAnalysisPreProcessingOfData_02
PowerPoint: L14_05_PartitioningClusteringKMeans_02
PowerPoint: L14_07_KMeansExample_02
PowerPoint: L14_08_PartitinoningClusteringAlgorithm
PowerPoint: L14_09_TypesOfClustering_01
PowerPoint: L14_09_TypesOfClustering_02
PowerPoint: L14_10_ApplicationsOfClustering
video: L14_01ClusterAnalysisAlgorithm
video: L14_02_ClusterAnalysisIntroPlottingOfObjects_02 |
video:
L14_02ClusterAnalysisIntroPlottingOfObjects
video: L14_03_ClusterAnalysisPreProcessingOfData_02 |
video: L14_03ClusterAnalysisPreProcessingCharacteristicsOfData
video:
L14_04ClusterAnalysisTypesOfClusters
video:
L14_05PartitioningClusteringKMeans
video:
L14_06PartitioningClusteringKMeansContinued
video: L14_07_KMeansExample_02
video: L14_08_PartitinoningClusteringAlgorithm
video: L14_09_TypesOfClustering_02 |
video: L14_09_TypesOfClustering
video: L14_10_ApplicationsOfClustering
PlayCode: 10_L14_ClusterAnalysis | video: L14_ClusterAnalysis_CodeDemo_01
|
|
Partitioning
Clustering - K-Means Example
VideoCase 10 : K-Means_Clustering
video:
L15_01KMeansExampleProblemPart1
video:
L15_02KMeansExampleProblemPart2
video:
L15_03KMeansExampleProblemPart3
|
Apr 20
|
Group_09 Moderator
Clustering
Techniques (Continued)
PowerPoint: L16_01_HirearchialClustering_Introduction_02
PowerPoint: L16_02_HirearchialClustering_AgglomerativeClustering_02
PowerPoint: L16_04_HirearchialClustering_ClusteringTechniques
Powerpoint: L16_05_HirearchialClustering_SpaceAndTimeComplexity
PowerPoint: L16_06_HirearchialClustering_DBSCAN
PowerPoint: L16_07_HirearchialClustering_MeasuresOfClusterValidity
PowerPoint: L16_08_HirearchialClustering_StepsInClustering
video: L16_01_HirearchialClustering_Introduction_02 |
video: L16_01HierarchicalCustering
video: L16_02_HirearchialClustering_AgglomerativeClustering_02 |
video:
L16_02HierarchicalClusteringAgglomerativeProximityMatrix
video:
L16_03HierarchicalCusteringInterClusterDistances
video: L16_04_HirearchialClustering_ClusteringTechniques
video: L16_05_HirearchialClustering_SpaceAndTimeComplexity
video: L16_06_HirearchialClustering_DBSCAN
video: L16_07_HirearchialClustering_MeasuresOfClusterValidity
video: L16_08_HirearchialClustering_StepsInClustering
PlayCode: 09_L16_HierarchialClustering | video: L16_HirearchialClustering_Codedemo_02
video: L16_HirearchialClustering_Codedemo_01
|
|
Hierarchical
Clustering - Single Link Example
Exercise:
16. Chapter 8
video:
L17_01HierarchicalClusteringSingleLinkExamplePart1
video:
L17_02HierarchicalClusteringSingleLinkExamplePart2
video:
L17_03HierarchicalClusteringSingleLinkExamplePart3
video:
L17_04HierarchicalClusteringSingleLinkExamplePart4
|
Apr 27
|
TV
Trees
|
|
Group_05 Moderator
Evaluation
Methods
GroupActivity_05 : download WEKA software , and ORANGE software - run clustering,
association rules discovery, and a decision tree
( use one of the datasets - of your choice - which are pre-loaded in
RSES )
// to turn in : save your WEKA and Orange
project files ( go to File | Save As ) , and upload both your
WEKA and Orange project files to Canvas , also take screen shots and
upload the screen shots to Canvas
// one group member submits this Exercise for the whole group
Exercise_02_PracticalApplication_BuildDecisionTree_OrangeDataMiningSoftware
video: Exercise_02_DecisionTree_OrangeDataMiningSoftware_DEMO
PowerPoint: L21_01_AssociationRulesAndDiscoveryTree
PowerPoint: L21_02_ClusteringUsingOrange
PowerPoint: L21_03_WEKA_Introduction
PowerPoint: L21_04_WEKA_ModelBuilding
PowerPoint: L21_05_BuldingModelsWithWEKA
PowerPoint: L21_06_WEKA_DecisionTree
PowerPoint: L21_07_WEKA_AnalysisOfData
PowerPoint: L21_08_WEKA_OrangeSoftware
video: L21_01_AssociationRulesAndDiscoveryTree
video: L21_02_ClusteringUsingOrange
video: L21_03_WEKA_Introduction
video: L21_04_WEKA_ModelBuilding
video: L21_05_BuldingModelsWithWEKA
video: L21_06_WEKA_DecisionTree
video: L21_07_WEKA_AnalysisOfData
video: L21_08_WEKA_OrangeSoftware
PlayCode: 05_L21_WEKA_Association | video: L21_WEKA_Association_CodeDemo
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Preparing
for Final Exam
video: L18 01 Final
ID3 Part1
video: L18 02 Final
ID3 Part2
video: L18 03 Final
Rosetta video: L18 03 Final Query Satisfying Objects
video: L18 05 Final KMeans Clustering Part1
video: L18 06 Final KMeans Clustering Part2
video: L18 07 Final
Single Link Clustering Part1
video: L18 08 Final
Single Link Clustering Part2
video: L18 09 Final
Single Link Clustering Part3
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May 04
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Reading Day - No Classes
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May 07
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Final
Exam
- access exam on Canvas
- exam starts from 8:00pm - 11:00pm
- allowed time for exam is: 3:00 hours
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Syllabus Copyright
2015-2025 Angelina A Tzacheva.
No re-usage or reproduction without permission.
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