v2/figures.json
7.7 KB · 398 lines · json Raw
1 {
2 "version": "v2",
3 "figures": [
4 {
5 "name": "best actual vs pred",
6 "tags": [
7 "best",
8 "actual",
9 "vs",
10 "pred"
11 ],
12 "location": "best_actual_vs_pred.png"
13 },
14 {
15 "name": "best ensemble prediction",
16 "tags": [
17 "best",
18 "ensemble",
19 "prediction"
20 ],
21 "location": "best_ensemble_prediction.png"
22 },
23 {
24 "name": "capacity and rul",
25 "tags": [
26 "capacity",
27 "and",
28 "rul"
29 ],
30 "location": "capacity_and_rul.png"
31 },
32 {
33 "name": "capacity distribution by temp",
34 "tags": [
35 "capacity",
36 "distribution",
37 "by",
38 "temp"
39 ],
40 "location": "capacity_distribution_by_temp.png"
41 },
42 {
43 "name": "capacity fade all batteries",
44 "tags": [
45 "capacity",
46 "fade",
47 "all",
48 "batteries"
49 ],
50 "location": "capacity_fade_all_batteries.png"
51 },
52 {
53 "name": "capacity fade by temperature",
54 "tags": [
55 "capacity",
56 "fade",
57 "by",
58 "temperature"
59 ],
60 "location": "capacity_fade_by_temperature.png"
61 },
62 {
63 "name": "ced curves",
64 "tags": [
65 "ced",
66 "curves"
67 ],
68 "location": "ced_curves.png"
69 },
70 {
71 "name": "classical best actual vs pred",
72 "tags": [
73 "classical",
74 "best",
75 "actual",
76 "vs",
77 "pred"
78 ],
79 "location": "classical_best_actual_vs_pred.png"
80 },
81 {
82 "name": "classical best actual vs pred v2",
83 "tags": [
84 "classical",
85 "best",
86 "actual",
87 "vs",
88 "pred",
89 "v2"
90 ],
91 "location": "classical_best_actual_vs_pred_v2.png"
92 },
93 {
94 "name": "classical best residuals",
95 "tags": [
96 "classical",
97 "best",
98 "residuals"
99 ],
100 "location": "classical_best_residuals.png"
101 },
102 {
103 "name": "classical best residuals v2",
104 "tags": [
105 "classical",
106 "best",
107 "residuals",
108 "v2"
109 ],
110 "location": "classical_best_residuals_v2.png"
111 },
112 {
113 "name": "classical soh comparison",
114 "tags": [
115 "classical",
116 "soh",
117 "comparison"
118 ],
119 "location": "classical_soh_comparison.png"
120 },
121 {
122 "name": "classical soh comparison v2",
123 "tags": [
124 "classical",
125 "soh",
126 "comparison",
127 "v2"
128 ],
129 "location": "classical_soh_comparison_v2.png"
130 },
131 {
132 "name": "classical top8",
133 "tags": [
134 "classical",
135 "top8"
136 ],
137 "location": "classical_top8.png"
138 },
139 {
140 "name": "classification confusion matrices",
141 "tags": [
142 "classification",
143 "confusion",
144 "matrices"
145 ],
146 "location": "classification_confusion_matrices.png"
147 },
148 {
149 "name": "classification confusion matrices v2",
150 "tags": [
151 "classification",
152 "confusion",
153 "matrices",
154 "v2"
155 ],
156 "location": "classification_confusion_matrices_v2.png"
157 },
158 {
159 "name": "degradation state distribution",
160 "tags": [
161 "degradation",
162 "state",
163 "distribution"
164 ],
165 "location": "degradation_state_distribution.png"
166 },
167 {
168 "name": "dg itransformer predictions",
169 "tags": [
170 "dg",
171 "itransformer",
172 "predictions"
173 ],
174 "location": "dg_itransformer_predictions.png"
175 },
176 {
177 "name": "dg itransformer training",
178 "tags": [
179 "dg",
180 "itransformer",
181 "training"
182 ],
183 "location": "dg_itransformer_training.png"
184 },
185 {
186 "name": "ensemble comparison",
187 "tags": [
188 "ensemble",
189 "comparison"
190 ],
191 "location": "ensemble_comparison.png"
192 },
193 {
194 "name": "ensemble weights",
195 "tags": [
196 "ensemble",
197 "weights"
198 ],
199 "location": "ensemble_weights.png"
200 },
201 {
202 "name": "feature correlation heatmap",
203 "tags": [
204 "feature",
205 "correlation",
206 "heatmap"
207 ],
208 "location": "feature_correlation_heatmap.png"
209 },
210 {
211 "name": "impedance evolution",
212 "tags": [
213 "impedance",
214 "evolution"
215 ],
216 "location": "impedance_evolution.png"
217 },
218 {
219 "name": "lstm actual vs predicted",
220 "tags": [
221 "lstm",
222 "actual",
223 "vs",
224 "predicted"
225 ],
226 "location": "lstm_actual_vs_predicted.png"
227 },
228 {
229 "name": "lstm training curves",
230 "tags": [
231 "lstm",
232 "training",
233 "curves"
234 ],
235 "location": "lstm_training_curves.png"
236 },
237 {
238 "name": "mc dropout uncertainty lstm",
239 "tags": [
240 "mc",
241 "dropout",
242 "uncertainty",
243 "lstm"
244 ],
245 "location": "mc_dropout_uncertainty_lstm.png"
246 },
247 {
248 "name": "per battery mae heatmap v2",
249 "tags": [
250 "per",
251 "battery",
252 "mae",
253 "heatmap",
254 "v2"
255 ],
256 "location": "per_battery_mae_heatmap_v2.png"
257 },
258 {
259 "name": "radar top6",
260 "tags": [
261 "radar",
262 "top6"
263 ],
264 "location": "radar_top6.png"
265 },
266 {
267 "name": "re vs rct scatter",
268 "tags": [
269 "re",
270 "vs",
271 "rct",
272 "scatter"
273 ],
274 "location": "re_vs_rct_scatter.png"
275 },
276 {
277 "name": "shap rf soh v2",
278 "tags": [
279 "shap",
280 "rf",
281 "soh",
282 "v2"
283 ],
284 "location": "shap_rf_soh_v2.png"
285 },
286 {
287 "name": "shap xgboost soh",
288 "tags": [
289 "shap",
290 "xgboost",
291 "soh"
292 ],
293 "location": "shap_xgboost_soh.png"
294 },
295 {
296 "name": "shap xgboost soh v2",
297 "tags": [
298 "shap",
299 "xgboost",
300 "soh",
301 "v2"
302 ],
303 "location": "shap_xgboost_soh_v2.png"
304 },
305 {
306 "name": "soc coulomb counting demo",
307 "tags": [
308 "soc",
309 "coulomb",
310 "counting",
311 "demo"
312 ],
313 "location": "soc_coulomb_counting_demo.png"
314 },
315 {
316 "name": "soh degradation trends",
317 "tags": [
318 "soh",
319 "degradation",
320 "trends"
321 ],
322 "location": "soh_degradation_trends.png"
323 },
324 {
325 "name": "soh distribution",
326 "tags": [
327 "soh",
328 "distribution"
329 ],
330 "location": "soh_distribution.png"
331 },
332 {
333 "name": "transformer pt training curves",
334 "tags": [
335 "transformer",
336 "pt",
337 "training",
338 "curves"
339 ],
340 "location": "transformer_pt_training_curves.png"
341 },
342 {
343 "name": "transformer tf training curves",
344 "tags": [
345 "transformer",
346 "tf",
347 "training",
348 "curves"
349 ],
350 "location": "transformer_tf_training_curves.png"
351 },
352 {
353 "name": "unified model comparison",
354 "tags": [
355 "unified",
356 "model",
357 "comparison"
358 ],
359 "location": "unified_model_comparison.png"
360 },
361 {
362 "name": "vae anomaly detection",
363 "tags": [
364 "vae",
365 "anomaly",
366 "detection"
367 ],
368 "location": "vae_anomaly_detection.png"
369 },
370 {
371 "name": "vae latent umap",
372 "tags": [
373 "vae",
374 "latent",
375 "umap"
376 ],
377 "location": "vae_latent_umap.png"
378 },
379 {
380 "name": "vae lstm prediction",
381 "tags": [
382 "vae",
383 "lstm",
384 "prediction"
385 ],
386 "location": "vae_lstm_prediction.png"
387 },
388 {
389 "name": "voltage surface 3d",
390 "tags": [
391 "voltage",
392 "surface",
393 "3d"
394 ],
395 "location": "voltage_surface_3d.png"
396 }
397 ]
398 }