Model Card for Model ID
JMeter RoBERTa
Model Details
Model Description
JMeter RoBERTa is a fine-tuned language model based on RoBERTa that helps users find the appropriate JMeter components for their performance testing needs. It translates natural language queries into specific JMeter element recommendations, making JMeter more accessible to users who aren't familiar with its extensive component library.
Model Architecture
Base Model: RoBERTa
Fine-tuning Method: Sequence classification
Number of Labels: 122 (representing different JMeter elements)
Training Epochs: 8
Intended Use
This model is designed to be used as an API that can be called from Java code or other applications to help users identify the correct JMeter components based on their natural language descriptions of what they want to accomplish.
Primary intended uses
Assist users in finding appropriate JMeter components
Integrate with JMeter plugins or extensions to provide intelligent component suggestions
Support documentation and learning tools for JMeter
Primary intended users
JMeter users (beginners to experts)
Performance testing engineers
QA teams working with JMeter
Developers of JMeter extensions or plugins
Training Data
The model was trained on a dataset of natural language queries paired with corresponding JMeter element information. The dataset includes:
- Various phrasings of common JMeter tasks
- Multiple variations of each query to improve robustness
- Mappings to JMeter element details including class name, GUI class, version, and deprecation status
Training procedure
The model was fine-tuned using the Transformers library with the following parameters:
Learning rate: 5e-5
Batch size: 16
Training epochs: 8
Max sequence length: 128
Optimizer: AdamW
Performance and Limitations
Performance
The model achieves high accuracy in identifying the correct JMeter element for common queries. It performs particularly well for:
- HTTP samplers
- JDBC connections
- Timers
- Assertions
- Controllers
- Limitations
The model may struggle with very specialized or complex JMeter components that were underrepresented in the training data
It works best with concise, clear queries rather than lengthy, ambiguous descriptions
The model is specific to JMeter version 5.4.3; newer components or deprecated components in future versions may not be correctly identified
Ethical Considerations
This model is designed for a specific technical domain (JMeter performance testing) and has minimal ethical concerns. It does not process personal data or make decisions that impact individuals.
