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firqaaa/
indo-setfit-bert-base-p1

Name: indo-setfit-bert-base-p1
Availability: InStock

setfit

safetensors

bert

sentence-transformers

text-classification

generated_from_setfit_trainer

2209.11055

firqaaa/indo-sentence-bert-base

finetune

model-index

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SetFit with firqaaa/indo-sentence-bert-base

This is a SetFit model that can be used for Text Classification. This SetFit model uses firqaaa/indo-sentence-bert-base as the Sentence Transformer embedding model. A LogisticRegression instance is used for classification.

The model has been trained using an efficient few-shot learning technique that involves:

Fine-tuning a Sentence Transformer with contrastive learning.
Training a classification head with features from the fine-tuned Sentence Transformer.

Model Details

Model Description

Model Type: SetFit
Sentence Transformer body: firqaaa/indo-sentence-bert-base
Classification head: a LogisticRegression instance
Maximum Sequence Length: 512 tokens
Number of Classes: 2 classes

Model Sources

Repository: SetFit on GitHub
Paper: Efficient Few-Shot Learning Without Prompts
Blogpost: SetFit: Efficient Few-Shot Learning Without Prompts

Model Labels

Label

Examples

positif

'secara implisit mengakui dan merayakan kelicikan dan khayalan diri yang luar biasa dari sebagian besar pebisnis Amerika ini, dan oleh karena itu, dokumen ini mungkin merupakan dokumen Hollywood yang paling jujur \u200b\u200bdan aneh dari semuanya.'
'sebuah potret menarik dari para seniman tanpa kompromi yang mencoba menciptakan sesuatu yang orisinal dengan latar belakang industri musik korporat yang tampaknya hanya peduli pada keuntungan.'
'mengerikan dalam potret obyektif Amerika abad kedua puluh satu yang suram dan hilang.'

negatif

'dengan hari-hari anjing di bulan Agustus yang akan datang, anggaplah film anjing ini setara dengan sinematik dengan kelembapan tinggi.'
'itu kelam dan mudah ditebak, dan tidak banyak yang bisa tertawa.'
'pencapaian film yang paling mustahil?'

Evaluation

Metrics

Label	Accuracy
all	0.8171

Uses

Direct Use for Inference

First install the SetFit library:

pip install setfit

Then you can load this model and run inference.

python

from setfit import SetFitModel

# Download from the 🤗 Hub
model = SetFitModel.from_pretrained("firqaaa/indo-setfit-bert-base-p1")
# Run inference
preds = model("holden caulfield melakukannya dengan lebih baik.")

Training Details

Training Set Metrics

Training set	Min	Median	Max
Word count	1	16.073	45

Label	Training Sample Count
negatif	500
positif	500

Training Hyperparameters

batch_size: (32, 32)
num_epochs: (3, 3)
max_steps: -1
sampling_strategy: oversampling
body_learning_rate: (2e-05, 1e-05)
head_learning_rate: 0.01
loss: CosineSimilarityLoss
distance_metric: cosine_distance
margin: 0.25
end_to_end: False
use_amp: False
warmup_proportion: 0.1
seed: 42
eval_max_steps: -1
load_best_model_at_end: True

Training Results

Epoch	Step	Training Loss	Validation Loss
0.0001	1	0.3943	-
0.0032	50	0.3398	-
0.0064	100	0.2628	-
0.0096	150	0.2842	-
0.0128	200	0.2317	-
0.0160	250	0.2703	-
0.0192	300	0.2272	-
0.0224	350	0.2496	-
0.0255	400	0.2076	-
0.0287	450	0.207	-
0.0319	500	0.232	-
0.0351	550	0.1439	-
0.0383	600	0.1578	-
0.0415	650	0.0821	-
0.0447	700	0.0628	-
0.0479	750	0.0315	-
0.0511	800	0.0089	-
0.0543	850	0.0106	-
0.0575	900	0.0026	-
0.0607	950	0.0025	-
0.0639	1000	0.0028	-
0.0671	1050	0.0093	-
0.0703	1100	0.0008	-
0.0734	1150	0.0008	-
0.0766	1200	0.0003	-
0.0798	1250	0.0006	-
0.0830	1300	0.0005	-
0.0862	1350	0.0005	-
0.0894	1400	0.0002	-
0.0926	1450	0.0003	-
0.0958	1500	0.0003	-
0.0990	1550	0.0003	-
0.1022	1600	0.0002	-
0.1054	1650	0.0002	-
0.1086	1700	0.0001	-
0.1118	1750	0.0002	-
0.1150	1800	0.0001	-
0.1182	1850	0.0001	-
0.1214	1900	0.0001	-
0.1245	1950	0.0001	-
0.1277	2000	0.0001	-
0.1309	2050	0.0001	-
0.1341	2100	0.0001	-
0.1373	2150	0.0001	-
0.1405	2200	0.0001	-
0.1437	2250	0.0001	-
0.1469	2300	0.0001	-
0.1501	2350	0.0001	-
0.1533	2400	0.0001	-
0.1565	2450	0.0002	-
0.1597	2500	0.0001	-
0.1629	2550	0.0001	-
0.1661	2600	0.0134	-
0.1693	2650	0.0001	-
0.1724	2700	0.0001	-
0.1756	2750	0.0016	-
0.1788	2800	0.0001	-
0.1820	2850	0.0001	-
0.1852	2900	0.0002	-
0.1884	2950	0.0001	-
0.1916	3000	0.0066	-
0.1948	3050	0.0001	-
0.1980	3100	0.0001	-
0.2012	3150	0.0005	-
0.2044	3200	0.0001	-
0.2076	3250	0.0001	-
0.2108	3300	0.0001	-
0.2140	3350	0.0001	-
0.2172	3400	0.0001	-
0.2203	3450	0.0	-
0.2235	3500	0.0001	-
0.2267	3550	0.0	-
0.2299	3600	0.0	-
0.2331	3650	0.021	-
0.2363	3700	0.0001	-
0.2395	3750	0.0	-
0.2427	3800	0.0	-
0.2459	3850	0.0	-
0.2491	3900	0.0	-
0.2523	3950	0.0	-
0.2555	4000	0.0	-
0.2587	4050	0.0001	-
0.2619	4100	0.0	-
0.2651	4150	0.0	-
0.2683	4200	0.0016	-
0.2714	4250	0.0	-
0.2746	4300	0.001	-
0.2778	4350	0.0001	-
0.2810	4400	0.0002	-
0.2842	4450	0.0	-
0.2874	4500	0.0001	-
0.2906	4550	0.0001	-
0.2938	4600	0.0002	-
0.2970	4650	0.0	-
0.3002	4700	0.0305	-
0.3034	4750	0.0	-
0.3066	4800	0.0	-
0.3098	4850	0.0	-
0.3130	4900	0.0	-
0.3162	4950	0.0	-
0.3193	5000	0.0	-
0.3225	5050	0.0	-
0.3257	5100	0.0	-
0.3289	5150	0.0	-
0.3321	5200	0.0	-
0.3353	5250	0.0	-
0.3385	5300	0.0	-
0.3417	5350	0.0	-
0.3449	5400	0.0	-
0.3481	5450	0.0	-
0.3513	5500	0.0	-
0.3545	5550	0.0	-
0.3577	5600	0.0	-
0.3609	5650	0.0	-
0.3641	5700	0.0	-
0.3672	5750	0.0	-
0.3704	5800	0.0	-
0.3736	5850	0.0001	-
0.3768	5900	0.0	-
0.3800	5950	0.0	-
0.3832	6000	0.0	-
0.3864	6050	0.0	-
0.3896	6100	0.0	-
0.3928	6150	0.0001	-
0.3960	6200	0.0002	-
0.3992	6250	0.0	-
0.4024	6300	0.0	-
0.4056	6350	0.0	-
0.4088	6400	0.0	-
0.4120	6450	0.0	-
0.4151	6500	0.0	-
0.4183	6550	0.0	-
0.4215	6600	0.0	-
0.4247	6650	0.0	-
0.4279	6700	0.0	-
0.4311	6750	0.0	-
0.4343	6800	0.0	-
0.4375	6850	0.0	-
0.4407	6900	0.0	-
0.4439	6950	0.0	-
0.4471	7000	0.0	-
0.4503	7050	0.0	-
0.4535	7100	0.0	-
0.4567	7150	0.0	-
0.4599	7200	0.0	-
0.4631	7250	0.0	-
0.4662	7300	0.0	-
0.4694	7350	0.0	-
0.4726	7400	0.0	-
0.4758	7450	0.0	-
0.4790	7500	0.0	-
0.4822	7550	0.0	-
0.4854	7600	0.0	-
0.4886	7650	0.0	-
0.4918	7700	0.0	-
0.4950	7750	0.0	-
0.4982	7800	0.0	-
0.5014	7850	0.0	-
0.5046	7900	0.0	-
0.5078	7950	0.0	-
0.5110	8000	0.0	-
0.5141	8050	0.0	-
0.5173	8100	0.0	-
0.5205	8150	0.0	-
0.5237	8200	0.0	-
0.5269	8250	0.0	-
0.5301	8300	0.0	-
0.5333	8350	0.0	-
0.5365	8400	0.0	-
0.5397	8450	0.0	-
0.5429	8500	0.0	-
0.5461	8550	0.0	-
0.5493	8600	0.0	-
0.5525	8650	0.0	-
0.5557	8700	0.0	-
0.5589	8750	0.0	-
0.5620	8800	0.0	-
0.5652	8850	0.0	-
0.5684	8900	0.0	-
0.5716	8950	0.0	-
0.5748	9000	0.0	-
0.5780	9050	0.0	-
0.5812	9100	0.0	-
0.5844	9150	0.0	-
0.5876	9200	0.0	-
0.5908	9250	0.0	-
0.5940	9300	0.0	-
0.5972	9350	0.0	-
0.6004	9400	0.0	-
0.6036	9450	0.0	-
0.6068	9500	0.0	-
0.6100	9550	0.0	-
0.6131	9600	0.0	-
0.6163	9650	0.0	-
0.6195	9700	0.0	-
0.6227	9750	0.0	-
0.6259	9800	0.0	-
0.6291	9850	0.0	-
0.6323	9900	0.0	-
0.6355	9950	0.0	-
0.6387	10000	0.0	-
0.6419	10050	0.0	-
0.6451	10100	0.0	-
0.6483	10150	0.0	-
0.6515	10200	0.0	-
0.6547	10250	0.0	-
0.6579	10300	0.0	-
0.6610	10350	0.0	-
0.6642	10400	0.0	-
0.6674	10450	0.0	-
0.6706	10500	0.0	-
0.6738	10550	0.0	-
0.6770	10600	0.0	-
0.6802	10650	0.0	-
0.6834	10700	0.0	-
0.6866	10750	0.0	-
0.6898	10800	0.0	-
0.6930	10850	0.0	-
0.6962	10900	0.0	-
0.6994	10950	0.0	-
0.7026	11000	0.0	-
0.7058	11050	0.0	-
0.7089	11100	0.0	-
0.7121	11150	0.0	-
0.7153	11200	0.0	-
0.7185	11250	0.0	-
0.7217	11300	0.0	-
0.7249	11350	0.0	-
0.7281	11400	0.0	-
0.7313	11450	0.0	-
0.7345	11500	0.0	-
0.7377	11550	0.0	-
0.7409	11600	0.0	-
0.7441	11650	0.0	-
0.7473	11700	0.0	-
0.7505	11750	0.0	-
0.7537	11800	0.0	-
0.7568	11850	0.0	-
0.7600	11900	0.0	-
0.7632	11950	0.0	-
0.7664	12000	0.0	-
0.7696	12050	0.0	-
0.7728	12100	0.0	-
0.7760	12150	0.0	-
0.7792	12200	0.0	-
0.7824	12250	0.0	-
0.7856	12300	0.0	-
0.7888	12350	0.0	-
0.7920	12400	0.0	-
0.7952	12450	0.0	-
0.7984	12500	0.0	-
0.8016	12550	0.0	-
0.8048	12600	0.0	-
0.8079	12650	0.0	-
0.8111	12700	0.0	-
0.8143	12750	0.0	-
0.8175	12800	0.0	-
0.8207	12850	0.0	-
0.8239	12900	0.0	-
0.8271	12950	0.0	-
0.8303	13000	0.0	-
0.8335	13050	0.0	-
0.8367	13100	0.0	-
0.8399	13150	0.0	-
0.8431	13200	0.0	-
0.8463	13250	0.0	-
0.8495	13300	0.0	-
0.8527	13350	0.0	-
0.8558	13400	0.0	-
0.8590	13450	0.0	-
0.8622	13500	0.0	-
0.8654	13550	0.0	-
0.8686	13600	0.0	-
0.8718	13650	0.0	-
0.8750	13700	0.0	-
0.8782	13750	0.0	-
0.8814	13800	0.0	-
0.8846	13850	0.0	-
0.8878	13900	0.0	-
0.8910	13950	0.0	-
0.8942	14000	0.0	-
0.8974	14050	0.0	-
0.9006	14100	0.0	-
0.9037	14150	0.0	-
0.9069	14200	0.0	-
0.9101	14250	0.0	-
0.9133	14300	0.0	-
0.9165	14350	0.0	-
0.9197	14400	0.0	-
0.9229	14450	0.0	-
0.9261	14500	0.0	-
0.9293	14550	0.0	-
0.9325	14600	0.0	-
0.9357	14650	0.0	-
0.9389	14700	0.0	-
0.9421	14750	0.0	-
0.9453	14800	0.0	-
0.9485	14850	0.0	-
0.9517	14900	0.0	-
0.9548	14950	0.0	-
0.9580	15000	0.0	-
0.9612	15050	0.0	-
0.9644	15100	0.0	-
0.9676	15150	0.0	-
0.9708	15200	0.0	-
0.9740	15250	0.0	-
0.9772	15300	0.0	-
0.9804	15350	0.0	-
0.9836	15400	0.0	-
0.9868	15450	0.0	-
0.9900	15500	0.0	-
0.9932	15550	0.0	-
0.9964	15600	0.0	-
0.9996	15650	0.0	-
1.0	15657	-	0.2641
1.0027	15700	0.0	-
1.0059	15750	0.0	-
1.0091	15800	0.0	-
1.0123	15850	0.0	-
1.0155	15900	0.0	-
1.0187	15950	0.0	-
1.0219	16000	0.0	-
1.0251	16050	0.0	-
1.0283	16100	0.0	-
1.0315	16150	0.0	-
1.0347	16200	0.0	-
1.0379	16250	0.0	-
1.0411	16300	0.0	-
1.0443	16350	0.0	-
1.0475	16400	0.0	-
1.0506	16450	0.0	-
1.0538	16500	0.0	-
1.0570	16550	0.0	-
1.0602	16600	0.0	-
1.0634	16650	0.0	-
1.0666	16700	0.0	-
1.0698	16750	0.0	-
1.0730	16800	0.0	-
1.0762	16850	0.0	-
1.0794	16900	0.0	-
1.0826	16950	0.0	-
1.0858	17000	0.0	-
1.0890	17050	0.0	-
1.0922	17100	0.0	-
1.0954	17150	0.0	-
1.0986	17200	0.0	-
1.1017	17250	0.0	-
1.1049	17300	0.0	-
1.1081	17350	0.0	-
1.1113	17400	0.0	-
1.1145	17450	0.0	-
1.1177	17500	0.0	-
1.1209	17550	0.0	-
1.1241	17600	0.0	-
1.1273	17650	0.0	-
1.1305	17700	0.0	-
1.1337	17750	0.0	-
1.1369	17800	0.0	-
1.1401	17850	0.0	-
1.1433	17900	0.0	-
1.1465	17950	0.0	-
1.1496	18000	0.0	-
1.1528	18050	0.0	-
1.1560	18100	0.0	-
1.1592	18150	0.0	-
1.1624	18200	0.0	-
1.1656	18250	0.0	-
1.1688	18300	0.0	-
1.1720	18350	0.0	-
1.1752	18400	0.0	-
1.1784	18450	0.0	-
1.1816	18500	0.0	-
1.1848	18550	0.0	-
1.1880	18600	0.0	-
1.1912	18650	0.0	-
1.1944	18700	0.0	-
1.1975	18750	0.0	-
1.2007	18800	0.0	-
1.2039	18850	0.0	-
1.2071	18900	0.0	-
1.2103	18950	0.0	-
1.2135	19000	0.0	-
1.2167	19050	0.0	-
1.2199	19100	0.0	-
1.2231	19150	0.0	-
1.2263	19200	0.0	-
1.2295	19250	0.0	-
1.2327	19300	0.0	-
1.2359	19350	0.0	-
1.2391	19400	0.0	-
1.2423	19450	0.0	-
1.2454	19500	0.0	-
1.2486	19550	0.0	-
1.2518	19600	0.0	-
1.2550	19650	0.0	-
1.2582	19700	0.0	-
1.2614	19750	0.0	-
1.2646	19800	0.0	-
1.2678	19850	0.0	-
1.2710	19900	0.0	-
1.2742	19950	0.0	-
1.2774	20000	0.0	-
1.2806	20050	0.0	-
1.2838	20100	0.0	-
1.2870	20150	0.0	-
1.2902	20200	0.0	-
1.2934	20250	0.0	-
1.2965	20300	0.0	-
1.2997	20350	0.0	-
1.3029	20400	0.0	-
1.3061	20450	0.0	-
1.3093	20500	0.0	-
1.3125	20550	0.0	-
1.3157	20600	0.0	-
1.3189	20650	0.0	-
1.3221	20700	0.0	-
1.3253	20750	0.0	-
1.3285	20800	0.0	-
1.3317	20850	0.0	-
1.3349	20900	0.0	-
1.3381	20950	0.0	-
1.3413	21000	0.0	-
1.3444	21050	0.0	-
1.3476	21100	0.0	-
1.3508	21150	0.0	-
1.3540	21200	0.0	-
1.3572	21250	0.0	-
1.3604	21300	0.0	-
1.3636	21350	0.0	-
1.3668	21400	0.0	-
1.3700	21450	0.0	-
1.3732	21500	0.0	-
1.3764	21550	0.0	-
1.3796	21600	0.0	-
1.3828	21650	0.0	-
1.3860	21700	0.0	-
1.3892	21750	0.0	-
1.3923	21800	0.0	-
1.3955	21850	0.0	-
1.3987	21900	0.0	-
1.4019	21950	0.0	-
1.4051	22000	0.0	-
1.4083	22050	0.0	-
1.4115	22100	0.0	-
1.4147	22150	0.0	-
1.4179	22200	0.0	-
1.4211	22250	0.0	-
1.4243	22300	0.0	-
1.4275	22350	0.0	-
1.4307	22400	0.0	-
1.4339	22450	0.0	-
1.4371	22500	0.0	-
1.4403	22550	0.0	-
1.4434	22600	0.0	-
1.4466	22650	0.0	-
1.4498	22700	0.0	-
1.4530	22750	0.0	-
1.4562	22800	0.0	-
1.4594	22850	0.0	-
1.4626	22900	0.0	-
1.4658	22950	0.0	-
1.4690	23000	0.0	-
1.4722	23050	0.0	-
1.4754	23100	0.0	-
1.4786	23150	0.0	-
1.4818	23200	0.0	-
1.4850	23250	0.0	-
1.4882	23300	0.0	-
1.4913	23350	0.0	-
1.4945	23400	0.0	-
1.4977	23450	0.0	-
1.5009	23500	0.0	-
1.5041	23550	0.0	-
1.5073	23600	0.0	-
1.5105	23650	0.0	-
1.5137	23700	0.0	-
1.5169	23750	0.0	-
1.5201	23800	0.0	-
1.5233	23850	0.0	-
1.5265	23900	0.0002	-
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2.8071	43950	0.0	-
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2.8581	44750	0.0	-
2.8613	44800	0.0	-
2.8645	44850	0.0	-
2.8677	44900	0.0	-
2.8709	44950	0.0	-
2.8741	45000	0.0	-
2.8773	45050	0.0	-
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2.9060	45500	0.0	-
2.9092	45550	0.0	-
2.9124	45600	0.0	-
2.9156	45650	0.0	-
2.9188	45700	0.0	-
2.9220	45750	0.0	-
2.9252	45800	0.0	-
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2.9316	45900	0.0	-
2.9348	45950	0.0	-
2.9380	46000	0.0	-
2.9412	46050	0.0	-
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2.9476	46150	0.0	-
2.9508	46200	0.0	-
2.9540	46250	0.0	-
2.9571	46300	0.0	-
2.9603	46350	0.0	-
2.9635	46400	0.0	-
2.9667	46450	0.0	-
2.9699	46500	0.0	-
2.9731	46550	0.0	-
2.9763	46600	0.0	-
2.9795	46650	0.0	-
2.9827	46700	0.0	-
2.9859	46750	0.0	-
2.9891	46800	0.0	-
2.9923	46850	0.0	-
2.9955	46900	0.0	-
2.9987	46950	0.0	-
3.0	46971	-	0.2651

The bold row denotes the saved checkpoint.

Framework Versions

Python: 3.10.13
SetFit: 1.0.3
Sentence Transformers: 2.2.2
Transformers: 4.36.2
PyTorch: 2.1.2+cu121
Datasets: 2.16.1
Tokenizers: 0.15.0

Citation

BibTeX

bibtex

@article{https://doi.org/10.48550/arxiv.2209.11055,
    doi = {10.48550/ARXIV.2209.11055},
    url = {https://arxiv.org/abs/2209.11055},
    author = {Tunstall, Lewis and Reimers, Nils and Jo, Unso Eun Seo and Bates, Luke and Korat, Daniel and Wasserblat, Moshe and Pereg, Oren},
    keywords = {Computation and Language (cs.CL), FOS: Computer and information sciences, FOS: Computer and information sciences},
    title = {Efficient Few-Shot Learning Without Prompts},
    publisher = {arXiv},
    year = {2022},
    copyright = {Creative Commons Attribution 4.0 International}
}