 |
|
| The SEQDESIGN Procedure |
![[continuerule]](../../../../common/63294/HTML/default/images/contrul.gif){kind=small}
- Overview: SEQDESIGN Procedure
- Getting Started: SEQDESIGN Procedure
- Syntax: SEQDESIGN Procedure
-
Details: SEQDESIGN Procedure
- Fixed-Sample Clinical Trials
- One-Sided Fixed-Sample Tests in Clinical Trials
- Two-Sided Fixed-Sample Tests in Clinical Trials
- Group Sequential Methods
- Statistical Assumptions for Group Sequential Designs
- Boundary Scales
- Boundary Variables
- Type I and Type II Errors
- Unified Family Methods
- Haybittle-Peto Method
- Whitehead Methods
- Error Spending Methods
-
Boundary Adjustments for Overlapping Lower and Upper
Boundaries
- Specified and Derived Parameters
- Applicable Boundary Keys
- Sample Size Computation
- Applicable One-Sample Tests and Sample Size Computation
- Applicable Two-Sample Tests and Sample Size Computation
- Applicable Regression Parameter Tests and Sample Size Computation
- Aspects of Group Sequential Designs
- Summary of Methods in Group Sequential Designs
- Table Output
- ODS Table Names
- Graphics Output
- ODS Graphics
-
Examples: SEQDESIGN Procedure
- Creating Fixed-Sample Designs
- Creating a One-Sided O’Brien-Fleming Design
- Creating Two-Sided Pocock and O’Brien-Fleming Designs
- Generating Graphics Display for Sequential Designs
- Creating Designs Using Haybittle-Peto Methods
- Creating Designs with Various Stopping Criteria
- Creating Whitehead’s Triangular Designs
- Creating a One-Sided Error Spending Design
- Creating Designs with Various Number of Stages
-
Creating Two-Sided Error Spending Designs with and without Overlapping Lower and Upper Boundaries
-
Creating a Two-Sided Asymmetric Error Spending Design with Early Stopping to Reject
-
Creating a Two-Sided Asymmetric Error Spending Design with Early Stopping to Reject or Accept
- Acknowledgments
- References
|
|
Copyright © SAS Institute, Inc. All Rights Reserved.