Monitor
A monitor is one of the components included in the UVM verification testbench for a 5-stage pipelined MIPS processor implemented in SystemVerilog.[1] In this project, the processor under verification supports hazard handling, and the verification environment also includes a randomizing instruction generator and a coverage collector.[1]
Context
The monitor appears as part of a broader verification setup for a SystemVerilog MIPS CPU project. The design being verified is described as a 5-stage pipelined MIPS processor, and the repository states that the project contains a UVM verification testbench.[1]
The listed UVM testbench components are:
- Randomizing instruction generator[1]
- Monitor[1]
- Coverage collector[1]
Role in the Verification Environment
Based on the repository description, the monitor is a verification-testbench component associated with the UVM environment for the pipelined MIPS processor.[1] The available evidence does not specify the monitor’s implementation details, such as:
- Which interface signals it observes
- Whether it samples instruction, pipeline, memory, or register-file activity
- What transaction type it produces
- How it connects to the coverage collector or other UVM components
Therefore, only its presence as part of the UVM testbench can be stated from the provided evidence.[1]
Related Design Under Test
The monitor is used in the context of a processor project with the following stated properties:
| Property | Description |
|---|---|
| Processor type | 5-stage pipelined MIPS processor[1] |
| Implementation language | SystemVerilog[1] |
| Hazard support | Capable of hazard handling[1] |
| Verification methodology | UVM testbench[1] |
| Other testbench components | Randomizing instruction generator and coverage collector[1] |
See Also
- Randomizing instruction generator — another UVM testbench component in the project.[1]
- Coverage collector — another UVM testbench component in the project.[1]
- 5-stage pipelined MIPS processor — the design under verification.[1]
References
[1]: Evidence 0ba83467-72ea-4215-8031-32f44ee7c3ab, repository description: “This is a 5-stage pipelined MIPS processor implemented with System Verilog. The processor is capable of hazard handling. This project also contains a UVM verification testbench including a randomizing instruction generator, a monitor, and a coverage collector.”