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Advanced Statistical Analysis Using IBM SPSS Statistics (V26) - SPVC
Contains: PDF course guide, as well as a lab environment where students can work through demonstrations and exercises at their own pace.
This course provides an application-oriented introduction to advanced statistical methods available in IBM SPSS Statistics. Students will review a variety of advanced statistical techniques and discuss situations in which each technique would be used, the assumptions made by each method, how to set up the analysis, and how to interpret the results. This includes a broad range of techniques for predicting variables, as well as methods to cluster variables and cases.
• Introduction to advanced statistical analysis • Grouping variables with Factor Analysis and Principal Components Analysis • Grouping cases with Cluster Analysis • Predicting categorical targets with Nearest Neighbor Analysis • Predicting categorical targets with Discriminant Analysis • Predicting categorical targets with Logistic Regression • Predicting categorical targets with Decision Trees • Introduction to Survival Analysis • Introduction to Generalized Linear Models • Introduction to Linear Mixed Models
IBM SPS Statistics users who want to learn advanced statistical methods to be able to better answer research questions.
- Experience with IBM SPSS Statistics (version 18 or later)
- Knowledge of statistics, either by on the job experience, intermediate-level statistics oriented courses, or completion of the Statistical Analysis Using IBM SPSS Statistics (V26) course.
Introduction to advanced statistical analysis • Taxonomy of models • Overview of supervised models • Overview of models to create natural groupings Grouping variables with Factor Analysis and Principal Components Analysis • Factor Analysis basics • Principal Components basics • Assumptions of Factor Analysis • Key issues in Factor Analysis • Use Factor and component scores Grouping cases with Cluster Analysis • Cluster Analysis basics • Key issues in Cluster Analysis • K-Means Cluster Analysis • Assumptions of K-Means Cluster Analysis • TwoStep Cluster Analysis • Assumptions of TwoStep Cluster Analysis Predicting categorical targets with Nearest Neighbor Analysis • Nearest Neighbors Analysis basics • Key issues in Nearest Neighbor Analysis • Assess model fit Predicting categorical targets with Discriminant Analysis • Discriminant Analysis basics • The Discriminant Analysis model • Assumptions of Discriminant Analysis • Validate the solution Predicting categorical targets with Logistic Regression • Binary Logistic Regression basics • The Binary Logistic Regression model • Multinomial Logistic Regression basics • Assumptions of Logistic Regression procedures • Test hypotheses • ROC curves Predicting categorical targets with Decision Trees • Decision Trees basics • Explore CHAID • Explore C&RT • Compare Decision Trees methods Introduction to Survival Analysis • Survival Analysis basics • Kaplan-Meier Analysis • Assumptions of Kaplan-Meier Analysis • Cox Regression • Assumptions of Cox Regression Introduction to Generalized Linear Models • Generalized Linear Models basics • Available distributions • Available link functions Introduction to Linear Mixed Models • Linear Mixed Models basics • Hierarchical Linear Models • Modeling strategy • Assumptions of Linear Mixed Models
- Duration: 16 Hours
- Delivery Format: Classroom Training, Online Training
- Price: 1,630.00 USD
- Duration: 16 Hours
- Delivery Format: Self-Paced Training
- Price: 875.00 USD
Self-Paced Training Info
Learn at your own pace with anytime, anywhere training
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Self-Paced Training Terms & Conditions
THIS IS A SELF-PACED VIRTUAL CLASS. AFTER YOU REGISTER, YOU HAVE 30 DAYS TO COMPLETE THE COURSE.
This is a Self-Paced virtual class; it is intended for students who do not need the support of a classroom instructor. If you feel you would better benefit from having access to a Subject Matter Expert, please enroll in the Instructor-Led version instead. Minimal technical support is provided to address issues with accessing the platform or problems within the lab environment.
Before you enroll, review the system requirements to ensure that your system meets the minimum requirements for this course. AFTER YOU ARE ENROLLED IN THIS COURSE, YOU WILL NOT BE ABLE TO CANCEL YOUR ENROLLMENT. You are billed for the course when you submit the enrollment form. Self-Paced Virtual Classes are non-refundable. Once you purchase a Self-Paced Virtual Class, you will be charged the full price.
After you receive confirmation that you are enrolled, you will be sent further instructions to access your course material and remote labs. A confirmation email will contain your online link, your ID and password, and additional instructions for starting the course.
You can start the course at any time within 12 months of enrolling for the course. After you register/start the course, you have 30 days to complete your course. Within this 30 days, the self-paced format gives you the opportunity to complete the course at your convenience, at any location, and at your own pace. The course is available 24 hours a day.
If the course requires a remote lab system, the lab system access is allocated on a first-come, first-served basis. When you are not using the elab system, ensure that you suspend your elab to maximize your hours available to use the elab system.
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