New perf. metrics, stability and other improvements #184
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| # Benchmarking Configs Specification | ||
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| ## Config Structure | ||
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| Benchmark config files are written in JSON format and have a few reserved keys: | ||
| - `INCLUDE` - Other configuration files whose parameter sets to include | ||
| - `PARAMETERS_SETS` - Benchmark parameters within each set | ||
| - `TEMPLATES` - List different setups with parameters sets template-specific parameters | ||
| - `SETS` - List parameters sets to include in the template | ||
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| Configs heavily utilize lists of scalar values and dictionaries to avoid duplication of cases. | ||
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| Formatting specification: | ||
| ```json | ||
| { | ||
| "INCLUDE": [ | ||
| "another_config_file_path_0" | ||
| ... | ||
| ], | ||
| "PARAMETERS_SETS": { | ||
| "parameters_set_name_0": Dict or List[Dict] of any JSON-serializable with any level of nesting, | ||
| ... | ||
| }, | ||
| "TEMPLATES": { | ||
| "template_name_0": { | ||
| "SETS": ["parameters_set_name_0", ...], | ||
| Dict of any JSON-serializable with any level of nesting overwriting parameter sets | ||
| }, | ||
| ... | ||
| } | ||
| } | ||
| ``` | ||
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| Example | ||
| ```json | ||
| { | ||
| "PARAMETERS_SETS": { | ||
| "estimator parameters": { | ||
| "algorithm": { | ||
| "estimator": "LinearRegression", | ||
| "estimator_params": { | ||
| "fit_intercept": false | ||
| } | ||
| } | ||
| }, | ||
| "regression data": { | ||
| "data": [ | ||
| { "source": "fetch_openml", "id": 1430 }, | ||
| { "dataset": "california_housing" } | ||
| ] | ||
| } | ||
| }, | ||
| "TEMPLATES": { | ||
| "linear regression": { | ||
| "SETS": ["estimator parameters", "regression data"], | ||
| "algorithm": { | ||
| "library": ["sklearn", "sklearnex", "cuml"] | ||
| } | ||
| } | ||
| } | ||
| } | ||
| ``` | ||
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| ## Common Parameters | ||
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| Configs have the three highest parameter keys: | ||
| - `bench` - Specifies a workflow of the benchmark, such as parameters of measurement or profiling | ||
| - `algorithm` - Specifies measured entity parameters | ||
| - `data` - Specifies data parameters to use | ||
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| | Parameter keys | Default value | Choices | Description | | ||
| |:---------------|:--------------|:--------|:------------| | ||
| |<h3>Benchmark workflow parameters</h3>|||| | ||
| | `bench`:`taskset` | None | | Value for `-c` argument of `taskset` utility used over benchmark subcommand. | | ||
| | `bench`:`vtune_profiling` | None | | Analysis type for `collect` argument of Intel(R) VTune* Profiler tool. Linux* OS only. | | ||
|
There was a problem hiding this comment. VTune functionalities are quite undocumented. Could expand on them and add examples and screenshots. |
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| | `bench`:`vtune_results_directory` | `_vtune_results` | | Directory path to store Intel(R) VTune* Profiler results. | | ||
| | `bench`:`n_runs` | `10` | | Number of runs for measured entity. | | ||
| | `bench`:`time_limit` | `3600` | | Time limit in seconds before the benchmark early stop. | | ||
| | `bench`:`memory_profile` | False | | Profiles memory usage of benchmark process. | | ||
| | `bench`:`flush_cache` | False | | Flushes cache before every time measurement if enabled. | | ||
| | `bench`:`cpu_profile` | False | | Profiles average CPU load during benchmark run. | | ||
| | `bench`:`distributor` | None | None, `mpi` | Library used to handle distributed algorithm. | | ||
| | `bench`:`mpi_params` | Empty dict | | Parameters for `mpirun` command of MPI library. | | ||
| |<h3>Data parameters</h3>|||| | ||
| | `data`:`cache_directory` | `data_cache` | | Directory path to store cached datasets for fast loading. | | ||
| | `data`:`raw_cache_directory` | `data`:`cache_directory` + "raw" | | Directory path to store downloaded raw datasets. | | ||
| | `data`:`dataset` | None | | Name of dataset to use from implemented dataset loaders. | | ||
| | `data`:`source` | None | `fetch_openml`, `make_regression`, `make_classification`, `make_blobs` | Data source to use for loading or synthetic generation. | | ||
| | `data`:`id` | None | | OpenML data id for `fetch_openml` source. | | ||
| | `data`:`preprocessing_kwargs`:`replace_nan` | `median` | `median`, `mean` | Value to replace NaNs in preprocessed data. | | ||
| | `data`:`preprocessing_kwargs`:`category_encoding` | `ordinal` | `ordinal`, `onehot`, `drop`, `ignore` | How to encode categorical features in preprocessed data. | | ||
| | `data`:`preprocessing_kwargs`:`normalize` | False | | Enables normalization of preprocessed data. | | ||
| | `data`:`preprocessing_kwargs`:`force_for_sparse` | True | | Forces preprocessing for sparse data formats. | | ||
| | `data`:`split_kwargs` | Empty `dict` or default split from dataset description | | Data split parameters for `train_test_split` function. | | ||
| | `data`:`format` | `pandas` | `pandas`, `numpy`, `cudf` | Data format to use in benchmark. | | ||
| | `data`:`order` | `F` | `C`, `F` | Data order to use in benchmark: contiguous(C) or Fortran. | | ||
| | `data`:`dtype` | `float64` | | Data type to use in benchmark. | | ||
| | `data`:`distributed_split` | None | None, `rank_based` | Split type used to distribute data between machines in distributed algorithm. `None` type means usage of all data without split on all machines. `rank_based` type splits the data equally between machines with split sequence based on rank id from MPI. | | ||
| |<h3>Algorithm parameters</h3>|||| | ||
| | `algorithm`:`library` | None | | Python module containing measured entity (class or function). | | ||
| | `algorithm`:`device` | `default` | `default`, `cpu`, `gpu` | Device selected for computation. | | ||
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| ## Benchmark-Specific Parameters | ||
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| ### `Scikit-learn Estimator` | ||
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| | Parameter keys | Default value | Choices | Description | | ||
| |:---------------|:--------------|:--------|:------------| | ||
| | `algorithm`:`estimator` | None | | Name of measured estimator. | | ||
| | `algorithm`:`estimator_params` | Empty `dict` | | Parameters for estimator constructor. | | ||
| | `algorithm`:`batch_size`:`{stage}` | None | Any positive integer | Enables online mode for `{stage}` methods of estimator (sequential calls for each batch). | | ||
| | `algorithm`:`sklearn_context` | None | | Parameters for sklearn `config_context` used over estimator. | | ||
| | `algorithm`:`sklearnex_context` | None | | Parameters for sklearnex `config_context` used over estimator. Updated by `sklearn_context` if set. | | ||
| | `bench`:`ensure_sklearnex_patching` | True | | If True, warns about sklearnex patching failures. | | ||
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| ### `Function` | ||
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| | Parameter keys | Default value | Choices | Description | | ||
| |:---------------|:--------------|:--------|:------------| | ||
| | `algorithm`:`function` | None | | Name of measured function. | | ||
| | `algorithm`:`args_order` | `x_train\|y_train` | Any in format `{subset_0}\|..\|{subset_n}` | Arguments order for measured function. | | ||
| | `algorithm`:`kwargs` | Empty `dict` | | Named arguments for measured function. | | ||
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| ## Special Value | ||
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| You can define some parameters as specific from other parameters or properties with `[SPECIAL_VALUE]` prefix in string value: | ||
| ```json | ||
| ... "estimator_params": { "n_jobs": "[SPECIAL_VALUE]physical_cpus" } ... | ||
| ... "generation_kwargs": { "n_informative": "[SPECIAL_VALUE]0.5" } ... | ||
| ``` | ||
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| List of available special values: | ||
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| | Parameter keys | Benchmark type[s] | Special value | Description | | ||
| |:---------------|:------------------|:--------------|:------------| | ||
| | `data`:`dataset` | all | `all_named` | Sets datasets to use as list of all named datasets available in loaders. | | ||
| | `data`:`generation_kwargs`:`n_informative` | all | *float* value in [0, 1] range | Sets datasets to use as list of all named datasets available in loaders. | | ||
| | `bench`:`taskset` | all | Specification of numa nodes in `numa:{numa_node_0}[\|{numa_node_1}...]` format | Sets CPUs affinity using `taskset` utility. | | ||
| | `algorithm`:`estimator_params`:`n_jobs` | sklearn_estimator | `physical_cpus`, `logical_cpus`, or ratio of previous ones in format `{type}_cpus:{ratio}` where `ratio` is float | Sets `n_jobs` parameter to a number of physical/logical CPUs or ratio of them for an estimator. | | ||
| | `algorithm`:`estimator_params`:`scale_pos_weight` | sklearn_estimator | `auto` | Sets `scale_pos_weight` parameter to `sum(negative instances) / sum(positive instances)` value for estimator. | | ||
| | `algorithm`:`estimator_params`:`n_clusters` | sklearn_estimator | `auto` | Sets `n_clusters` parameter to number of clusters or classes from dataset description for estimator. | | ||
| | `algorithm`:`estimator_params`:`eps` | sklearn_estimator | `distances_quantile:{quantile}` format where quantile is *float* value in [0, 1] range | Computes `eps` parameter as quantile value of distances in `x_train` matrix for estimator. | | ||
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| ## Range of Values | ||
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| You can define some parameters as a range of values with the `[RANGE]` prefix in string value: | ||
| ```json | ||
| ... "generation_kwargs": {"n_features": "[RANGE]pow:2:5:6"} ... | ||
| ``` | ||
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| Supported ranges: | ||
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| - `add:start{int}:end{int}:step{int}` - Arithmetic progression (Sequence: start + step * i <= end) | ||
| - `mul:current{int}:end{int}:step{int}` - Geometric progression (Sequence: current * step <= end) | ||
| - `pow:base{int}:start{int}:end{int}[:step{int}=1]` - Powers of base number | ||
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| ## Removal of Values | ||
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| You can remove specific parameter from subset of cases when stacking parameters sets using `[REMOVE]` parameter value: | ||
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| ```json | ||
| ... "estimator_params": { "n_jobs": "[REMOVE]" } ... | ||
| ``` | ||
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| --- | ||
| [Documentation tree](../README.md#-documentation) | ||
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| # Experimental Configs | ||
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| `daal4py_svd`: tests performance scalability of `daal4py.svd` algorithm | ||
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| `nearest_neighbors`: tests performance of neighbors search implementations from `sklearnex`, `sklearn`, `raft`, `faiss` and `svs`. |
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| Original file line number | Diff line number | Diff line change |
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@@ -8,7 +8,7 @@ scikit-learn-intelex | |
| dpctl | ||
| dpnp | ||
| # sklbench dependencies | ||
| scikit-learn<1.7 | ||
| pandas | ||
| tabulate | ||
| fastparquet | ||
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It could explain what a "set" is.