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The hrt_ucp_monitor Tool Introduction

The hrt_ucp_monitor is a tool for monitoring hardware IP usage and memory information. Supported IPs include BPU, DSP, GDC, STITCH, PYM, ISP, CODEC[ VPU (Video Process Unit and JPU) ]. When submitting tasks, UCP can specify the Backend for task deployment, which corresponds to the hardware supported by UCP. Supported memory information includes DDR read and write bandwidth, ION memory, and process memory.

The hrt_ucp_monitor tool resides in these paths of the horizon_s100_open_explorer publication:

Linux: samples/ucp_tutorial/tools
QNX: samples/ucp_tutorial/deps_qnx/ucp/bin

The structure is as follows:

	└── monitor
	   ├── hrt_ucp_monitor             # monitor tool

You can deploy the hrt_ucp_monitor to the development board using a deb deployment package method, or you can copy the hrt_ucp_monitor to the development board for use separately. If the hrt_ucp_monitor is not located in the path specified by the PATH environment variable, you need to manually specify the tool's path, for example by executing ./hrt_ucp_monitor in the tool's directory. If you are prompted that there is no execution permission, you can first execute chmod +x ./hrt_ucp_monitor.

Support Scope

Supported IPs include BPU, DSP, GDC, STITCH, PYM, ISP, VPU (Video Process Unit and JPU).

Supported memory information includes DDR read and write bandwidth, ION memory, and process memory.

How to use

Running hrt_ucp_monitor -h or hrt_ucp_monitor --help to obtain tool usage details, as shown in the following:

Usage:
hrt_ucp_monitor [Option...] [Parameter]

[Option]                      [Instruction]
---------------------------------------------------------------------------------------------------------------
-h --help                     Display this information
-v --verbose                  Show additional information
-V --version                  Output version information & exit

[Option]                      [Parameter]
---------------------------------------------------------------------------------------------------------------
-b --batch                    [null]  : Run in non-interactive batch mode, default is interactive mode.
-d --delay                    [int]   : Delay between updates in milliseconds, default is 1000 ms.
                                        parameter range: [100, 10000].
-f --freq                     [int]   : Sampling frequency, default is 500 samples/sec, only used for BPU and DSP.
                                        parameter range: [10, 1000].
-n --number                   [int]   : Specifies the maximum number of iterations, default is forever.
                                        parameter range: [1, INT32_MAX].
-t --time                     [int]   : Specifies the duration time in seconds, default is forever.
                                        parameter range: [1, INT32_MAX].
-e --enable                   [string]: Hardware IP to be monitored, valid values are "bpu, dsp, gdc,
                                        stitch, pym, isp, jpu, vpu", case insensitive. Multiple parameters are
                                        separated by comma.

During the operation of hrt_ucp_monitor, you can early exit by pressing the Q key or exectuing CTRL+C.

Parameters Description

Parameter	Data Type	Parameter Description	Correlated Parameters
`-h, --help`	None.	Display this information.	None.
`-v, --version`	None.	Output version information & exit.	None.
`-v, --verbose`	string	Display more detailed log information such as tool parameters during the operation of `hrt_ucp_monitor`.	None.
`-b, --batch`	null	Specified to run in non-interactive batch mode, which is the default mode for interactive mode.	None.
`-d, --delay`	int	Specify the update interval in milliseconds, with a default value of 1000 milliseconds and an effective range of [100, 10000].	None.
`-f, --freq`	int	Specify the sampling frequency，defaluting to 500 samples per second, applicable only to BPU and DSP, used to control the status sampling frequency of hardware IP. Currently supported range is [10, 1000], indicating a minimum sampling of 10 times and a maximum of 1000 samples per second. Due to different statistical methods for utilization, other hardware IPs such as GDC, STITCH do not require setting a sampling frequency. When setting a refresh time, utilization data for the specified period will be obtained.	None.
`-n, --number`	int	Specify the usage refresh rate, valid range is [1, INT32_MAX]. Specify the maximum refresh numbers for the hareware IP usage, and when the refresh numbers reaches the maximum numbers, the `hrt_ucp_monitor` will automatically exit. You can also press `CTRL+C` to exit early.	If this parameter is set, the `-t, --time` parameter cannot be set. If they are set simultaneously, an error message will be prompted.
`-t, --time`	int	Specify the tool running time in seconds, valid range is [1, INT32_MAX]. For specifying the tool running time in seconds, hrt_ucp_monitor will calculate the maximum refresh numbers based on the refresh time. When the refresh numbers reaches the maximum refresh numbers, `hrt_ucp_monitor` will automatically exit. You can also press `CTRL+C` to exit early.	If this parameter is set, the `-n, --number` parameter cannot be set. If they are set simultaneously, an error message will be prompted.
`-e, --enable`	string	Specify the hardware IP to be monitored, valid values are `bpu`, `dsp`, `gdc`, `stitch`, `pym`, `isp`, `jpu`, `vpu`, case insensitive. Multiple parameters are separated by comma.	None.

Uage Example

If no parameters are specified, run with the default parameters

When running hrt_ucp_monitor without specifying parameters, it will use default parameters to run. By default, all hardware IPs are monitored, the interactive mode is used, BPU and DSP samples are taken every 500 times per second, and the hardware IP utilization is refreshed every 1000ms.

hrt_ucp_monitor

Use the`batch` parameter for batch processing

In the batch mode, it is not supported to receive user keystrokes. Instead, each time hrt_ucp_monitor refreshed the data, it will output a new line and is suitable for redirecting data to a file.

Output results in terminal

hrt_ucp_monitor -b

Redirect output results to file.

hrt_ucp_monitor -b > ucp_monitor.txt

Use the`delay` parameter to set the refresh time

The refesh time is set to 3 seconds, indicating that the data will be refreshed every 3 seconds.

hrt_ucp_monitor -d 3000

Use the`freq` parameter to set the number of periodic samplings

Set the sampleling period for the busy state of BPU and DSP to 100 samples per second.

hrt_ucp_monitor -f 100

Use the`number` parameter to set the maximum number of refreshes

hrt_ucp_monitor -n 2    # interactive mode
hrt_ucp_monitor -b -n 2 # batch mode

Use the`time` parameter to set the refresh time

Overview

The default refresh time of the tool is 1 second, and after running for 10 seconds, it will exit.

hrt_ucp_monitor -t 10

Use the`enable` parameter to output the occupancy rate data of the BPU

The tool will only output BPU usage data.

hrt_ucp_monitor -e bpu

Use the`verbose` parameter to obtain the log information

Display more detailed log information such as tool parameters during the operation of hrt_ucp_monitor.

hrt_ucp_monitor -v

On This Page

The hb_compile Tool

QAT

qconfig_setter

Model Export

Horizon Operator

Model Inference API Introduction

Data Type and Data Structure

Function Interface

Model Inference Tool Introduction

The hrt_model_exec Tool Introduction

The hbm_infer Tool Introduction

Data Structure

Functional Interface

Operator Support List

Operator BPU Constraint List

#The hrt_ucp_monitor Tool Introduction

#Support Scope

#How to use

#Parameters Description

#Uage Example

#If no parameters are specified, run with the default parameters

#Use thebatch parameter for batch processing

#Output results in terminal

#Redirect output results to file.

#Use thedelay parameter to set the refresh time

#Use thefreq parameter to set the number of periodic samplings

#Use thenumber parameter to set the maximum number of refreshes

#Use thetime parameter to set the refresh time

#Overview

#Use theenable parameter to output the occupancy rate data of the BPU

#Use theverbose parameter to obtain the log information