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2453
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2818
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2824
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2830
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2854
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2855
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2860
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2861
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2866
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2867
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2872
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2873
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3122
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3298
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3346
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3349
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3352
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3353
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3354
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3355
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3358
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3359
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3476
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3480
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3481
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3483
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3486
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3487
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3488
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3489
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3492
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3493
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3495
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3498
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3504
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3507
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3510
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3511
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3513
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3516
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3517
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3519
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3520
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3521
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3522
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3523
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3524
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3525
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3526
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3527
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3528
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3529
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3530
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3531
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3532
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3533
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3534
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3535
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3536
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3537
  "query": "\"logistic regression\" in:description,readme",
3538
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3539
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3540
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3541
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3542
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3748
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3749
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3750
  "years": [
3751
- 2026
 
3752
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3753
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3754
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3755
  "query": "\"geospatial knowledge graph\" in:description,readme",
3756
  "years": [
3757
- 2026
 
3758
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3759
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3760
  "geo.hydrology": {
3761
  "query": "\"hydrology machine learning\" in:readme",
3762
  "years": [
3763
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3764
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3765
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3766
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3767
  "query": "\"land cover\" in:readme",
3768
  "years": [
3769
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3770
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3771
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3772
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3773
  "query": "\"land use\" in:readme",
3774
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3775
- 2026
 
3776
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3777
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3778
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3779
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3780
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3781
- 2026
 
3782
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3783
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3784
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3785
  "query": "\"human mobility\" \"machine learning\" in:description,readme",
3786
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3787
- 2026
 
3788
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3789
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3790
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3791
  "query": "\"object detection\" \"remote sensing\" in:description,readme",
3792
  "years": [
3793
- 2026
 
3794
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3795
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3796
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3797
  "query": "\"ocean remote sensing\" in:description,readme",
3798
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3799
- 2026
 
3800
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3801
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3802
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3803
  "query": "\"precipitation forecasting\" in:description,readme",
3804
  "years": [
3805
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3806
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3807
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3808
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3809
  "query": "\"synthetic aperture radar\" in:readme",
3810
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3811
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3812
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3813
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3814
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@@ -3918,67 +3984,78 @@
3918
  "graph.graph-foundation-model": {
3919
  "query": "\"graph foundation model\" in:description",
3920
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3921
- 2026
 
3922
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3923
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3924
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3925
  "query": "\"graph generation\" in:readme",
3926
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3927
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3928
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3929
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3930
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3931
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3932
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3933
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3934
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3935
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3936
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3937
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3938
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3939
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3940
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3941
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3942
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3943
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3944
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3945
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3946
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3947
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3949
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3950
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3951
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3952
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3953
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3954
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3955
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3956
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3957
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3958
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3959
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3960
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3961
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3962
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3963
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3964
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3965
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3966
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3967
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3968
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3969
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3970
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3971
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3972
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3973
  "query": "\"molecular graph neural network\" in:readme",
3974
  "years": [
3975
- 2026
 
3976
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3977
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3978
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3979
  "query": "\"graph neural ODE\" in:description",
3980
  "years": [
3981
- 2026
 
3982
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3983
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3984
  "graph.persistent-homology": {
@@ -4116,67 +4193,78 @@
4116
  "llm.generative-ai": {
4117
  "query": "\"generative AI\" in:description",
4118
  "years": [
4119
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4120
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4121
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4122
  "llm.instruction-tuning": {
4123
  "query": "\"instruction tuning\" in:readme",
4124
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4125
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4126
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4127
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4128
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4129
  "query": "\"language model\" in:description",
4130
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4131
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4132
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4133
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4134
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4135
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4136
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4137
- 2026
 
4138
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4139
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4140
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4141
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4142
  "years": [
4143
- 2026
 
4144
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4145
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4146
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4147
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4148
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4149
- 2026
 
4150
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4151
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4152
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4153
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4154
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4155
- 2026
 
4156
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4157
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4158
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4159
  "query": "\"parameter-efficient fine-tuning\" in:readme",
4160
  "years": [
4161
- 2026
 
4162
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4163
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4164
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4165
  "query": "\"direct preference optimization\" in:readme",
4166
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4167
- 2026
 
4168
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4169
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4171
  "query": "\"LLM quantization\" in:readme",
4172
  "years": [
4173
- 2026
 
4174
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4175
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4176
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4177
  "query": "\"speculative decoding\" in:readme",
4178
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4179
- 2026
 
4180
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4181
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4182
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@@ -4311,67 +4399,78 @@
4311
  "medical.eeg": {
4312
  "query": "EEG \"deep learning\" in:description,readme",
4313
  "years": [
4314
- 2026
 
4315
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4316
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4317
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4318
  "query": "\"electronic health record\" in:readme",
4319
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4320
- 2026
 
4321
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4322
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4323
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4324
  "query": "\"clinical genomics\" in:description,readme",
4325
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4326
- 2026
 
4327
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4328
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4329
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4330
  "query": "\"histopathology image analysis\" in:readme",
4331
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4332
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4333
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4334
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4336
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4337
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4338
- 2026
 
4339
  ]
4340
  },
4341
  "medical.medical-image-registration": {
4342
  "query": "\"medical image registration\" in:description,readme",
4343
  "years": [
4344
- 2026
 
4345
  ]
4346
  },
4347
  "medical.medical-image-segmentation": {
4348
  "query": "\"medical image segmentation\" in:description",
4349
  "years": [
4350
- 2026
 
4351
  ]
4352
  },
4353
  "medical.medical-imaging": {
4354
  "query": "\"medical imaging\" in:readme",
4355
  "years": [
4356
- 2026
 
4357
  ]
4358
  },
4359
  "medical.medical-language-model": {
4360
  "query": "\"medical language model\" in:description",
4361
  "years": [
4362
- 2026
 
4363
  ]
4364
  },
4365
  "medical.medical-robotics": {
4366
  "query": "\"surgical robotics\" \"machine learning\" in:description,readme",
4367
  "years": [
4368
- 2026
 
4369
  ]
4370
  },
4371
  "medical.neural-decoding": {
4372
  "query": "\"neural data decoding\" in:description",
4373
  "years": [
4374
- 2026
 
4375
  ]
4376
  },
4377
  "medical.neuroimaging": {
@@ -4481,67 +4580,78 @@
4481
  "multimodal.image-to-3d": {
4482
  "query": "\"image to 3D\" in:readme",
4483
  "years": [
4484
- 2026
 
4485
  ]
4486
  },
4487
  "multimodal.image-to-video": {
4488
  "query": "\"image to video\" in:readme",
4489
  "years": [
4490
- 2026
 
4491
  ]
4492
  },
4493
  "multimodal.motion-generation": {
4494
  "query": "\"human motion generation\" in:readme",
4495
  "years": [
4496
- 2026
 
4497
  ]
4498
  },
4499
  "multimodal.nerf": {
4500
  "query": "topic:nerf",
4501
  "years": [
4502
- 2026
 
4503
  ]
4504
  },
4505
  "multimodal.neural-rendering": {
4506
  "query": "\"neural rendering\" \"radiance fields\" in:description",
4507
  "years": [
4508
- 2026
 
4509
  ]
4510
  },
4511
  "multimodal.point-cloud": {
4512
  "query": "\"point cloud\" in:description",
4513
  "years": [
4514
- 2026
 
4515
  ]
4516
  },
4517
  "multimodal.scene-understanding": {
4518
  "query": "\"scene understanding\" in:description",
4519
  "years": [
4520
- 2026
 
4521
  ]
4522
  },
4523
  "multimodal.text-to-3d": {
4524
  "query": "\"text to 3D\" in:readme",
4525
  "years": [
4526
- 2026
 
4527
  ]
4528
  },
4529
  "multimodal.text-to-image": {
4530
  "query": "\"text-to-image\" in:description",
4531
  "years": [
4532
- 2026
 
4533
  ]
4534
  },
4535
  "multimodal.text-to-video": {
4536
  "query": "\"text-to-video\" in:description",
4537
  "years": [
4538
- 2026
 
4539
  ]
4540
  },
4541
  "multimodal.video-language-model": {
4542
  "query": "\"video language model\" in:readme",
4543
  "years": [
4544
- 2026
 
4545
  ]
4546
  },
4547
  "multimodal.video-question-answering": {
@@ -4688,67 +4798,78 @@
4688
  "nlp.named-entity-recognition": {
4689
  "query": "\"named entity recognition\" in:readme",
4690
  "years": [
4691
- 2026
 
4692
  ]
4693
  },
4694
  "nlp.neural-reranking": {
4695
  "query": "\"neural reranking\" in:description",
4696
  "years": [
4697
- 2026
 
4698
  ]
4699
  },
4700
  "nlp.question-answering": {
4701
  "query": "\"question answering\" in:description",
4702
  "years": [
4703
- 2026
 
4704
  ]
4705
  },
4706
  "nlp.rag": {
4707
  "query": "\"retrieval augmented generation\" in:description",
4708
  "years": [
4709
- 2026
 
4710
  ]
4711
  },
4712
  "nlp.semantic-search": {
4713
  "query": "\"semantic search\" in:description",
4714
  "years": [
4715
- 2026
 
4716
  ]
4717
  },
4718
  "nlp.sentence-embeddings": {
4719
  "query": "\"sentence embeddings\" in:description",
4720
  "years": [
4721
- 2026
 
4722
  ]
4723
  },
4724
  "nlp.subword-tokenization": {
4725
  "query": "\"subword tokenization\" in:readme",
4726
  "years": [
4727
- 2026
 
4728
  ]
4729
  },
4730
  "nlp.text-classification": {
4731
  "query": "\"text classification\" in:description",
4732
  "years": [
4733
- 2026
 
4734
  ]
4735
  },
4736
  "nlp.text-generation": {
4737
  "query": "\"text generation\" in:readme",
4738
  "years": [
4739
- 2026
 
4740
  ]
4741
  },
4742
  "nlp.text-summarization": {
4743
  "query": "\"text summarization\" in:description",
4744
  "years": [
4745
- 2026
 
4746
  ]
4747
  },
4748
  "nlp.topic-modeling": {
4749
  "query": "\"topic modeling\" in:readme",
4750
  "years": [
4751
- 2026
 
4752
  ]
4753
  },
4754
  "recall.archaeological-remote-sensing": {
@@ -4810,61 +4931,71 @@
4810
  "recall.epidemiological-modeling": {
4811
  "query": "\"epidemiological modeling\" machine learning in:name,description,readme",
4812
  "years": [
4813
- 2026
 
4814
  ]
4815
  },
4816
  "recall.grid-stability-prediction": {
4817
  "query": "\"grid stability prediction\" in:name,description,readme",
4818
  "years": [
4819
- 2026
 
4820
  ]
4821
  },
4822
  "recall.historical-document-recognition": {
4823
  "query": "\"historical document recognition\" in:name,description,readme",
4824
  "years": [
4825
- 2026
 
4826
  ]
4827
  },
4828
  "recall.infrastructure-damage-detection": {
4829
  "query": "\"infrastructure damage detection\" deep learning in:name,description,readme",
4830
  "years": [
4831
- 2026
 
4832
  ]
4833
  },
4834
  "recall.insurance-risk-modeling": {
4835
  "query": "\"insurance risk\" machine learning in:name,description,readme",
4836
  "years": [
4837
- 2026
 
4838
  ]
4839
  },
4840
  "recall.legal-document-classification": {
4841
  "query": "\"legal document classification\" in:name,description,readme",
4842
  "years": [
4843
- 2026
 
4844
  ]
4845
  },
4846
  "recall.legal-nlp": {
4847
  "query": "legal NLP in:name,description,readme",
4848
  "years": [
4849
- 2026
 
4850
  ]
4851
  },
4852
  "recall.name.artificial-intelligence": {
4853
  "query": "\"artificial intelligence\" in:name,description,readme",
4854
  "years": [
4855
- 2026
 
4856
  ]
4857
  },
4858
  "recall.name.deep-learning": {
4859
  "query": "\"deep learning\" in:name,description,readme",
4860
  "years": [
4861
- 2026
 
4862
  ]
4863
  },
4864
  "recall.name.diffusion-model": {
4865
  "query": "diffusion model in:name,description,readme",
4866
  "years": [
4867
- 2026
 
4868
  ]
4869
  },
4870
  "recall.name.foundation-model": {
@@ -5066,61 +5197,71 @@
5066
  "rl.hierarchical": {
5067
  "query": "\"hierarchical reinforcement learning\" in:description",
5068
  "years": [
5069
- 2026
 
5070
  ]
5071
  },
5072
  "rl.imitation-learning": {
5073
  "query": "\"imitation learning\" in:description",
5074
  "years": [
5075
- 2026
 
5076
  ]
5077
  },
5078
  "rl.inverse": {
5079
  "query": "\"inverse reinforcement learning\" in:description",
5080
  "years": [
5081
- 2026
 
5082
  ]
5083
  },
5084
  "rl.model-based": {
5085
  "query": "\"model-based reinforcement learning\" in:description",
5086
  "years": [
5087
- 2026
 
5088
  ]
5089
  },
5090
  "rl.model-free": {
5091
  "query": "\"model-free reinforcement learning\" in:description",
5092
  "years": [
5093
- 2026
 
5094
  ]
5095
  },
5096
  "rl.multiagent": {
5097
  "query": "\"multi-agent reinforcement learning\" in:description",
5098
  "years": [
5099
- 2026
 
5100
  ]
5101
  },
5102
  "rl.offline": {
5103
  "query": "\"offline reinforcement learning\" in:description",
5104
  "years": [
5105
- 2026
 
5106
  ]
5107
  },
5108
  "rl.planning": {
5109
  "query": "\"reinforcement learning planning\" in:description",
5110
  "years": [
5111
- 2026
 
5112
  ]
5113
  },
5114
  "rl.policy-gradient": {
5115
  "query": "\"policy gradient\" in:description",
5116
  "years": [
5117
- 2026
 
5118
  ]
5119
  },
5120
  "rl.ppo": {
5121
  "query": "\"proximal policy optimization\" in:description",
5122
  "years": [
5123
- 2026
 
5124
  ]
5125
  },
5126
  "rl.preference": {
@@ -5206,61 +5347,71 @@
5206
  "robotics.manipulation": {
5207
  "query": "\"robot manipulation\" in:description",
5208
  "years": [
5209
- 2026
 
5210
  ]
5211
  },
5212
  "robotics.navigation": {
5213
  "query": "\"robot navigation\" in:description",
5214
  "years": [
5215
- 2026
 
5216
  ]
5217
  },
5218
  "robotics.robot-control": {
5219
  "query": "\"robot control\" in:description",
5220
  "years": [
5221
- 2026
 
5222
  ]
5223
  },
5224
  "robotics.robot-foundation-model": {
5225
  "query": "robot foundation model in:description,readme",
5226
  "years": [
5227
- 2026
 
5228
  ]
5229
  },
5230
  "robotics.robot-learning": {
5231
  "query": "\"robot learning\" in:description",
5232
  "years": [
5233
- 2026
 
5234
  ]
5235
  },
5236
  "robotics.robot-manipulation-learning": {
5237
  "query": "\"robot manipulation learning\" in:readme",
5238
  "years": [
5239
- 2026
 
5240
  ]
5241
  },
5242
  "robotics.robot-motion-planning": {
5243
  "query": "\"robot motion planning\" in:description",
5244
  "years": [
5245
- 2026
 
5246
  ]
5247
  },
5248
  "robotics.robotics-reinforcement-learning": {
5249
  "query": "\"robotics reinforcement learning\" in:description",
5250
  "years": [
5251
- 2026
 
5252
  ]
5253
  },
5254
  "robotics.robotics-topic": {
5255
  "query": "topic:robotics",
5256
  "years": [
5257
- 2026
 
5258
  ]
5259
  },
5260
  "robotics.sim2real": {
5261
  "query": "\"sim-to-real\" in:description",
5262
  "years": [
5263
- 2026
 
5264
  ]
5265
  },
5266
  "robotics.slam": {
@@ -5352,61 +5503,71 @@
5352
  "science.fusion-plasma": {
5353
  "query": "fusion plasma in:description \"machine learning\"",
5354
  "years": [
5355
- 2026
 
5356
  ]
5357
  },
5358
  "science.gravitational-waves": {
5359
  "query": "\"gravitational wave\" \"machine learning\" in:description,readme",
5360
  "years": [
5361
- 2026
 
5362
  ]
5363
  },
5364
  "science.inverse-problems": {
5365
  "query": "\"inverse problems\" in:description",
5366
  "years": [
5367
- 2026
 
5368
  ]
5369
  },
5370
  "science.neural-operators": {
5371
  "query": "\"neural operator\" in:description",
5372
  "years": [
5373
- 2026
 
5374
  ]
5375
  },
5376
  "science.ocean-modeling": {
5377
  "query": "\"ocean modeling\" \"machine learning\" in:description,readme",
5378
  "years": [
5379
- 2026
 
5380
  ]
5381
  },
5382
  "science.particle-physics": {
5383
  "query": "\"particle physics\" in:description",
5384
  "years": [
5385
- 2026
 
5386
  ]
5387
  },
5388
  "science.photonics": {
5389
  "query": "photonics \"machine learning\" in:description,readme",
5390
  "years": [
5391
- 2026
 
5392
  ]
5393
  },
5394
  "science.physics": {
5395
  "query": "physics in:description",
5396
  "years": [
5397
- 2026
 
5398
  ]
5399
  },
5400
  "science.physics-informed-neural-networks": {
5401
  "query": "\"physics-informed neural network\" in:description",
5402
  "years": [
5403
- 2026
 
5404
  ]
5405
  },
5406
  "science.plasma-physics": {
5407
  "query": "\"plasma physics\" in:description",
5408
  "years": [
5409
- 2026
 
5410
  ]
5411
  },
5412
  "science.quantum-materials": {
@@ -5516,43 +5677,50 @@
5516
  "specialized.fmri-decoding-ml": {
5517
  "query": "\"fMRI decoding\" \"machine learning\" in:description,readme",
5518
  "years": [
5519
- 2026
 
5520
  ]
5521
  },
5522
  "specialized.machine-unlearning": {
5523
  "query": "\"machine unlearning\" in:description,readme",
5524
  "years": [
5525
- 2026
 
5526
  ]
5527
  },
5528
  "specialized.mechanistic-interpretability": {
5529
  "query": "\"mechanistic interpretability\" in:description,readme",
5530
  "years": [
5531
- 2026
 
5532
  ]
5533
  },
5534
  "specialized.medical-image-registration-deep-learning": {
5535
  "query": "\"medical image registration\" \"deep learning\" in:description,readme",
5536
  "years": [
5537
- 2026
 
5538
  ]
5539
  },
5540
  "specialized.pathology-foundation-model": {
5541
  "query": "\"pathology foundation model\" \"machine learning\" in:description,readme",
5542
  "years": [
5543
- 2026
 
5544
  ]
5545
  },
5546
  "specialized.spiking-neural-network": {
5547
  "query": "\"spiking neural network\" in:description,readme",
5548
  "years": [
5549
- 2026
 
5550
  ]
5551
  },
5552
  "specialized.test-time-adaptation": {
5553
  "query": "\"test-time adaptation\" in:description,readme",
5554
  "years": [
5555
- 2026
 
5556
  ]
5557
  },
5558
  "timeseries.anomaly-detection": {
@@ -5614,61 +5782,71 @@
5614
  "timeseries.long-horizon": {
5615
  "query": "\"long horizon forecasting\" in:readme",
5616
  "years": [
5617
- 2026
 
5618
  ]
5619
  },
5620
  "timeseries.multivariate": {
5621
  "query": "\"multivariate time series\" in:description",
5622
  "years": [
5623
- 2026
 
5624
  ]
5625
  },
5626
  "timeseries.nbeats": {
5627
  "query": "N-BEATS in:description",
5628
  "years": [
5629
- 2026
 
5630
  ]
5631
  },
5632
  "timeseries.patchtst": {
5633
  "query": "PatchTST in:description",
5634
  "years": [
5635
- 2026
 
5636
  ]
5637
  },
5638
  "timeseries.predictive-maintenance": {
5639
  "query": "\"predictive maintenance\" in:description",
5640
  "years": [
5641
- 2026
 
5642
  ]
5643
  },
5644
  "timeseries.probabilistic-forecasting": {
5645
  "query": "\"probabilistic forecasting\" in:readme",
5646
  "years": [
5647
- 2026
 
5648
  ]
5649
  },
5650
  "timeseries.remaining-useful-life": {
5651
  "query": "\"remaining useful life\" in:readme",
5652
  "years": [
5653
- 2026
 
5654
  ]
5655
  },
5656
  "timeseries.sensor-data": {
5657
  "query": "\"sensor time series\" in:description",
5658
  "years": [
5659
- 2026
 
5660
  ]
5661
  },
5662
  "timeseries.state-space-models": {
5663
  "query": "\"state space model\" in:description",
5664
  "years": [
5665
- 2026
 
5666
  ]
5667
  },
5668
  "timeseries.streaming": {
5669
  "query": "\"streaming time series\" in:readme",
5670
  "years": [
5671
- 2026
 
5672
  ]
5673
  },
5674
  "timeseries.synthetic-generation": {
@@ -5771,67 +5949,78 @@
5771
  "trust.causal-mediation": {
5772
  "query": "\"causal mediation analysis\" in:description",
5773
  "years": [
5774
- 2026
 
5775
  ]
5776
  },
5777
  "trust.causal-ml": {
5778
  "query": "\"causal machine learning\" in:description",
5779
  "years": [
5780
- 2026
 
5781
  ]
5782
  },
5783
  "trust.causal-representation-learning": {
5784
  "query": "\"causal representation learning\" in:description",
5785
  "years": [
5786
- 2026
 
5787
  ]
5788
  },
5789
  "trust.conformal-prediction": {
5790
  "query": "\"conformal prediction\" in:description",
5791
  "years": [
5792
- 2026
 
5793
  ]
5794
  },
5795
  "trust.counterfactual-explanations": {
5796
  "query": "\"counterfactual explanation\" in:description",
5797
  "years": [
5798
- 2026
 
5799
  ]
5800
  },
5801
  "trust.differential-privacy": {
5802
  "query": "\"differential privacy\" in:description",
5803
  "years": [
5804
- 2026
 
5805
  ]
5806
  },
5807
  "trust.distribution-shift": {
5808
  "query": "\"distribution shift\" in:description",
5809
  "years": [
5810
- 2026
 
5811
  ]
5812
  },
5813
  "trust.domain-generalization": {
5814
  "query": "\"domain generalization\" in:description",
5815
  "years": [
5816
- 2026
 
5817
  ]
5818
  },
5819
  "trust.explainable-ai": {
5820
  "query": "\"explainable AI\" in:description",
5821
  "years": [
5822
- 2026
 
5823
  ]
5824
  },
5825
  "trust.federated-learning": {
5826
  "query": "\"federated learning\" in:description",
5827
  "years": [
5828
- 2026
 
5829
  ]
5830
  },
5831
  "trust.instrumental-variable-ml": {
5832
  "query": "\"double machine learning\" in:description",
5833
  "years": [
5834
- 2026
 
5835
  ]
5836
  },
5837
  "trust.interpretable-ml": {
@@ -5952,67 +6141,78 @@
5952
  "vision.image-restoration": {
5953
  "query": "\"image restoration\" in:readme",
5954
  "years": [
5955
- 2026
 
5956
  ]
5957
  },
5958
  "vision.image-retrieval": {
5959
  "query": "\"image retrieval\" in:readme",
5960
  "years": [
5961
- 2026
 
5962
  ]
5963
  },
5964
  "vision.image-super-resolution": {
5965
  "query": "\"image super-resolution\" in:readme",
5966
  "years": [
5967
- 2026
 
5968
  ]
5969
  },
5970
  "vision.image-to-image-translation": {
5971
  "query": "\"image-to-image translation\" in:readme",
5972
  "years": [
5973
- 2026
 
5974
  ]
5975
  },
5976
  "vision.neural-rendering": {
5977
  "query": "\"neural rendering\" in:description",
5978
  "years": [
5979
- 2026
 
5980
  ]
5981
  },
5982
  "vision.object-detection": {
5983
  "query": "\"object detection\" in:description",
5984
  "years": [
5985
- 2026
 
5986
  ]
5987
  },
5988
  "vision.object-tracking": {
5989
  "query": "\"object tracking\" in:readme",
5990
  "years": [
5991
- 2026
 
5992
  ]
5993
  },
5994
  "vision.ocr": {
5995
  "query": "topic:ocr",
5996
  "years": [
5997
- 2026
 
5998
  ]
5999
  },
6000
  "vision.open-vocabulary-detection": {
6001
  "query": "\"open-vocabulary detection\" in:readme",
6002
  "years": [
6003
- 2026
 
6004
  ]
6005
  },
6006
  "vision.optical-flow": {
6007
  "query": "topic:optical-flow",
6008
  "years": [
6009
- 2026
 
6010
  ]
6011
  },
6012
  "vision.pose-estimation": {
6013
  "query": "\"human pose estimation\" in:readme",
6014
  "years": [
6015
- 2026
 
6016
  ]
6017
  },
6018
  "vision.promptable-segmentation": {
@@ -6079,5 +6279,5 @@
6079
  "end": "2026-09-24",
6080
  "search_policy_version": 2,
6081
  "start_year": 2008,
6082
- "updated_at": "2026-09-27T15:53:49Z"
6083
  }
 
2401
  "applied.customer-lifetime-value": {
2402
  "query": "\"customer lifetime value\" in:description",
2403
  "years": [
2404
+ 2026,
2405
+ 2025
2406
  ]
2407
  },
2408
  "applied.customer-segmentation": {
2409
  "query": "\"customer segmentation\" \"machine learning\" in:description,readme",
2410
  "years": [
2411
+ 2026,
2412
+ 2025
2413
  ]
2414
  },
2415
  "applied.cybersecurity-ml": {
2416
  "query": "\"machine learning\" cybersecurity in:description,readme",
2417
  "years": [
2418
+ 2026,
2419
+ 2025
2420
  ]
2421
  },
2422
  "applied.demand-forecasting": {
2423
  "query": "\"demand forecasting\" in:description",
2424
  "years": [
2425
+ 2026,
2426
+ 2025
2427
  ]
2428
  },
2429
  "applied.dynamic-pricing": {
2430
  "query": "\"dynamic pricing\" \"machine learning\" in:description,readme",
2431
  "years": [
2432
+ 2026,
2433
+ 2025
2434
  ]
2435
  },
2436
  "applied.ecological-forecasting": {
2437
  "query": "\"ecological forecasting\" \"machine learning\" in:description,readme",
2438
  "years": [
2439
+ 2026,
2440
+ 2025
2441
  ]
2442
  },
2443
  "applied.educational-data-mining": {
2444
  "query": "\"educational data mining\" in:description,readme",
2445
  "years": [
2446
+ 2026,
2447
+ 2025
2448
  ]
2449
  },
2450
  "applied.energy-load-forecasting": {
2451
  "query": "\"load forecasting\" energy in:description,readme",
2452
  "years": [
2453
+ 2026,
2454
+ 2025
2455
  ]
2456
  },
2457
  "applied.fraud-detection": {
2458
  "query": "\"fraud detection\" \"machine learning\" in:description,readme",
2459
  "years": [
2460
+ 2026,
2461
+ 2025
2462
  ]
2463
  },
2464
  "applied.industrial-defect-detection": {
2465
  "query": "\"industrial defect detection\" \"deep learning\" in:description,readme",
2466
  "years": [
2467
+ 2026,
2468
+ 2025
2469
  ]
2470
  },
2471
  "applied.intrusion-detection": {
2472
  "query": "\"intrusion detection\" \"machine learning\" in:description,readme",
2473
  "years": [
2474
+ 2026,
2475
+ 2025
2476
  ]
2477
  },
2478
  "applied.inventory-optimization": {
 
2825
  "bio.metagenomics": {
2826
  "query": "\"metagenomic classification\" in:description,readme",
2827
  "years": [
2828
+ 2026,
2829
+ 2025
2830
  ]
2831
  },
2832
  "bio.microbiome": {
2833
  "query": "\"microbiome\" \"machine learning\" in:description,readme",
2834
  "years": [
2835
+ 2026,
2836
+ 2025
2837
  ]
2838
  },
2839
  "bio.microscopy-cell-analysis": {
2840
  "query": "\"cell segmentation\" microscopy in:description,readme",
2841
  "years": [
2842
+ 2026,
2843
+ 2025
2844
  ]
2845
  },
2846
  "bio.molecular-dynamics": {
2847
  "query": "\"molecular dynamics\" in:description",
2848
  "years": [
2849
+ 2026,
2850
+ 2025
2851
  ]
2852
  },
2853
  "bio.molecular-force-fields": {
2854
  "query": "\"machine learning force field\" in:readme",
2855
  "years": [
2856
+ 2026,
2857
+ 2025
2858
  ]
2859
  },
2860
  "bio.phylogenetics": {
2861
  "query": "\"phylogenetics\" in:description",
2862
  "years": [
2863
+ 2026,
2864
+ 2025
2865
  ]
2866
  },
2867
  "bio.protein-design": {
2868
  "query": "\"protein design\" in:description",
2869
  "years": [
2870
+ 2026,
2871
+ 2025
2872
  ]
2873
  },
2874
  "bio.protein-folding": {
2875
  "query": "\"protein folding\" in:readme",
2876
  "years": [
2877
+ 2026,
2878
+ 2025
2879
  ]
2880
  },
2881
  "bio.protein-interactions": {
2882
  "query": "\"protein-protein interaction prediction\" in:readme",
2883
  "years": [
2884
+ 2026,
2885
+ 2025
2886
  ]
2887
  },
2888
  "bio.protein-structure": {
2889
  "query": "\"protein structure prediction\" in:description",
2890
  "years": [
2891
+ 2026,
2892
+ 2025
2893
  ]
2894
  },
2895
  "bio.regulatory-sequence-modeling": {
2896
  "query": "enhancer prediction genomics in:description,readme",
2897
  "years": [
2898
+ 2026,
2899
+ 2025
2900
  ]
2901
  },
2902
  "bio.rna-language-models": {
 
3140
  "efficiency.gpu-kernels": {
3141
  "query": "\"GPU kernel\" in:description",
3142
  "years": [
3143
+ 2026,
3144
+ 2025
3145
  ]
3146
  },
3147
  "efficiency.gradient-optimization": {
3148
  "query": "\"gradient-based optimization\" in:description",
3149
  "years": [
3150
+ 2026,
3151
+ 2025
3152
  ]
3153
  },
3154
  "efficiency.hyperparameter-optimization": {
3155
  "query": "\"hyperparameter optimization\" in:description",
3156
  "years": [
3157
+ 2026,
3158
+ 2025
3159
  ]
3160
  },
3161
  "efficiency.inference-systems": {
3162
  "query": "\"inference engine\" \"machine learning\" in:description,readme",
3163
  "years": [
3164
+ 2026,
3165
+ 2025
3166
  ]
3167
  },
3168
  "efficiency.knowledge-distillation": {
3169
  "query": "\"knowledge distillation\" in:description",
3170
  "years": [
3171
+ 2026,
3172
+ 2025
3173
  ]
3174
  },
3175
  "efficiency.kv-cache": {
3176
  "query": "\"KV cache\" in:description",
3177
  "years": [
3178
+ 2026,
3179
+ 2025
3180
  ]
3181
  },
3182
  "efficiency.lora": {
3183
  "query": "LoRA in:description",
3184
  "years": [
3185
+ 2026,
3186
+ 2025
3187
  ]
3188
  },
3189
  "efficiency.low-rank-factorization": {
3190
  "query": "\"low-rank factorization\" in:description",
3191
  "years": [
3192
+ 2026,
3193
+ 2025
3194
  ]
3195
  },
3196
  "efficiency.mixed-precision-training": {
3197
  "query": "\"mixed precision training\" in:description",
3198
  "years": [
3199
+ 2026,
3200
+ 2025
3201
  ]
3202
  },
3203
  "efficiency.mixture-of-experts": {
3204
  "query": "\"mixture of experts\" in:description",
3205
  "years": [
3206
+ 2026,
3207
+ 2025
3208
  ]
3209
  },
3210
  "efficiency.model-compression": {
3211
  "query": "\"model compression\" in:description",
3212
  "years": [
3213
+ 2026,
3214
+ 2025
3215
  ]
3216
  },
3217
  "efficiency.neural-architecture-search": {
 
3327
  "gap2026.econometrics-double-ml": {
3328
  "query": "\"double machine learning\" econometrics in:description,readme",
3329
  "years": [
3330
+ 2026,
3331
+ 2025
3332
  ]
3333
  },
3334
  "gap2026.econometrics-heterogeneous-effects": {
3335
  "query": "\"heterogeneous treatment effects\" machine learning economics in:description,readme",
3336
  "years": [
3337
+ 2026,
3338
+ 2025
3339
  ]
3340
  },
3341
  "gap2026.econometrics-policy-learning": {
3342
  "query": "\"policy learning\" causal machine learning economics in:description,readme",
3343
  "years": [
3344
+ 2026,
3345
+ 2025
3346
  ]
3347
  },
3348
  "gap2026.forecasting-count-data": {
3349
  "query": "\"count time series forecasting\" neural in:description,readme",
3350
  "years": [
3351
+ 2026,
3352
+ 2025
3353
  ]
3354
  },
3355
  "gap2026.forecasting-hierarchical": {
3356
  "query": "\"hierarchical time series forecasting\" machine learning in:description,readme",
3357
  "years": [
3358
+ 2026,
3359
+ 2025
3360
  ]
3361
  },
3362
  "gap2026.forecasting-intermittent-demand": {
3363
  "query": "\"intermittent demand forecasting\" machine learning in:description,readme",
3364
  "years": [
3365
+ 2026,
3366
+ 2025
3367
  ]
3368
  },
3369
  "gap2026.forecasting-quantile": {
3370
  "query": "\"neural quantile forecasting\" in:description,readme",
3371
  "years": [
3372
+ 2026,
3373
+ 2025
3374
  ]
3375
  },
3376
  "gap2026.green-ai-carbon": {
3377
  "query": "\"carbon emissions\" machine learning training in:description,readme",
3378
  "years": [
3379
+ 2026,
3380
+ 2025
3381
  ]
3382
  },
3383
  "gap2026.green-ai-carbon-aware-scheduling": {
3384
  "query": "\"carbon-aware\" machine learning scheduling in:description,readme",
3385
  "years": [
3386
+ 2026,
3387
+ 2025
3388
  ]
3389
  },
3390
  "gap2026.green-ai-efficient-inference": {
3391
  "query": "\"energy efficient inference\" neural network in:description,readme",
3392
  "years": [
3393
+ 2026,
3394
+ 2025
3395
  ]
3396
  },
3397
  "gap2026.green-ai-energy": {
3398
  "query": "\"energy efficient machine learning\" in:description,readme",
3399
  "years": [
3400
+ 2026,
3401
+ 2025
3402
  ]
3403
  },
3404
  "gap2026.math-learned-optimization": {
 
3520
  "general.contrastive-learning": {
3521
  "query": "\"contrastive learning\" in:description,readme",
3522
  "years": [
3523
+ 2026,
3524
+ 2025
3525
  ]
3526
  },
3527
  "general.decision-trees": {
3528
  "query": "\"decision tree\" \"machine learning\" in:description,readme",
3529
  "years": [
3530
+ 2026,
3531
+ 2025
3532
  ]
3533
  },
3534
  "general.deep-learning-description": {
3535
  "query": "\"deep learning\" in:description",
3536
  "years": [
3537
+ 2026,
3538
+ 2025
3539
  ]
3540
  },
3541
  "general.deep-learning-readme": {
3542
  "query": "\"deep learning\" in:readme",
3543
  "years": [
3544
+ 2026,
3545
+ 2025
3546
  ]
3547
  },
3548
  "general.dimensionality-reduction": {
3549
  "query": "\"dimensionality reduction\" in:description,readme",
3550
  "years": [
3551
+ 2026,
3552
+ 2025
3553
  ]
3554
  },
3555
  "general.domain-adaptation": {
3556
  "query": "\"domain adaptation\" \"machine learning\" in:description,readme",
3557
  "years": [
3558
+ 2026,
3559
+ 2025
3560
  ]
3561
  },
3562
  "general.gaussian-mixture-models": {
3563
  "query": "\"Gaussian mixture model\" in:description,readme",
3564
  "years": [
3565
+ 2026,
3566
+ 2025
3567
  ]
3568
  },
3569
  "general.gaussian-process": {
3570
  "query": "\"Gaussian process\" in:description",
3571
  "years": [
3572
+ 2026,
3573
+ 2025
3574
  ]
3575
  },
3576
  "general.gradient-boosting": {
3577
  "query": "\"gradient boosting\" in:description",
3578
  "years": [
3579
+ 2026,
3580
+ 2025
3581
  ]
3582
  },
3583
  "general.hidden-markov-models": {
3584
  "query": "\"hidden Markov model\" \"machine learning\" in:description,readme",
3585
  "years": [
3586
+ 2026,
3587
+ 2025
3588
  ]
3589
  },
3590
  "general.logistic-regression": {
3591
  "query": "\"logistic regression\" in:description,readme",
3592
  "years": [
3593
+ 2026,
3594
+ 2025
3595
  ]
3596
  },
3597
  "general.machine-learning-description": {
 
3803
  "geo.geospatial-foundation-models": {
3804
  "query": "\"geospatial foundation model\" in:readme",
3805
  "years": [
3806
+ 2026,
3807
+ 2025
3808
  ]
3809
  },
3810
  "geo.geospatial-knowledge-graph": {
3811
  "query": "\"geospatial knowledge graph\" in:description,readme",
3812
  "years": [
3813
+ 2026,
3814
+ 2025
3815
  ]
3816
  },
3817
  "geo.hydrology": {
3818
  "query": "\"hydrology machine learning\" in:readme",
3819
  "years": [
3820
+ 2026,
3821
+ 2025
3822
  ]
3823
  },
3824
  "geo.land-cover": {
3825
  "query": "\"land cover\" in:readme",
3826
  "years": [
3827
+ 2026,
3828
+ 2025
3829
  ]
3830
  },
3831
  "geo.land-use": {
3832
  "query": "\"land use\" in:readme",
3833
  "years": [
3834
+ 2026,
3835
+ 2025
3836
  ]
3837
  },
3838
  "geo.lidar": {
3839
  "query": "LiDAR in:description \"deep learning\"",
3840
  "years": [
3841
+ 2026,
3842
+ 2025
3843
  ]
3844
  },
3845
  "geo.mobility-modeling": {
3846
  "query": "\"human mobility\" \"machine learning\" in:description,readme",
3847
  "years": [
3848
+ 2026,
3849
+ 2025
3850
  ]
3851
  },
3852
  "geo.object-detection": {
3853
  "query": "\"object detection\" \"remote sensing\" in:description,readme",
3854
  "years": [
3855
+ 2026,
3856
+ 2025
3857
  ]
3858
  },
3859
  "geo.ocean-remote-sensing": {
3860
  "query": "\"ocean remote sensing\" in:description,readme",
3861
  "years": [
3862
+ 2026,
3863
+ 2025
3864
  ]
3865
  },
3866
  "geo.precipitation-forecasting": {
3867
  "query": "\"precipitation forecasting\" in:description,readme",
3868
  "years": [
3869
+ 2026,
3870
+ 2025
3871
  ]
3872
  },
3873
  "geo.sar-imagery": {
3874
  "query": "\"synthetic aperture radar\" in:readme",
3875
  "years": [
3876
+ 2026,
3877
+ 2025
3878
  ]
3879
  },
3880
  "geo.satellite-imagery": {
 
3984
  "graph.graph-foundation-model": {
3985
  "query": "\"graph foundation model\" in:description",
3986
  "years": [
3987
+ 2026,
3988
+ 2025
3989
  ]
3990
  },
3991
  "graph.graph-generation": {
3992
  "query": "\"graph generation\" in:readme",
3993
  "years": [
3994
+ 2026,
3995
+ 2025
3996
  ]
3997
  },
3998
  "graph.graph-transformer": {
3999
  "query": "\"graph transformer\" in:description",
4000
  "years": [
4001
+ 2026,
4002
+ 2025
4003
  ]
4004
  },
4005
  "graph.hypergraph-neural-network": {
4006
  "query": "\"hypergraph neural network\" in:description",
4007
  "years": [
4008
+ 2026,
4009
+ 2025
4010
  ]
4011
  },
4012
  "graph.knowledge-graph-embedding": {
4013
  "query": "\"knowledge graph embedding\" in:description",
4014
  "years": [
4015
+ 2026,
4016
+ 2025
4017
  ]
4018
  },
4019
  "graph.knowledge-graphs": {
4020
  "query": "topic:knowledge-graph",
4021
  "years": [
4022
+ 2026,
4023
+ 2025
4024
  ]
4025
  },
4026
  "graph.link-prediction": {
4027
  "query": "\"link prediction\" in:description",
4028
  "years": [
4029
+ 2026,
4030
+ 2025
4031
  ]
4032
  },
4033
  "graph.manifold-learning": {
4034
  "query": "\"manifold learning\" in:description",
4035
  "years": [
4036
+ 2026,
4037
+ 2025
4038
  ]
4039
  },
4040
  "graph.mesh-graph-learning": {
4041
  "query": "\"mesh graph neural network\" in:description",
4042
  "years": [
4043
+ 2026,
4044
+ 2025
4045
  ]
4046
  },
4047
  "graph.molecular-graphs": {
4048
  "query": "\"molecular graph neural network\" in:readme",
4049
  "years": [
4050
+ 2026,
4051
+ 2025
4052
  ]
4053
  },
4054
  "graph.neural-ode-graph": {
4055
  "query": "\"graph neural ODE\" in:description",
4056
  "years": [
4057
+ 2026,
4058
+ 2025
4059
  ]
4060
  },
4061
  "graph.persistent-homology": {
 
4193
  "llm.generative-ai": {
4194
  "query": "\"generative AI\" in:description",
4195
  "years": [
4196
+ 2026,
4197
+ 2025
4198
  ]
4199
  },
4200
  "llm.instruction-tuning": {
4201
  "query": "\"instruction tuning\" in:readme",
4202
  "years": [
4203
+ 2026,
4204
+ 2025
4205
  ]
4206
  },
4207
  "llm.language-model": {
4208
  "query": "\"language model\" in:description",
4209
  "years": [
4210
+ 2026,
4211
+ 2025
4212
  ]
4213
  },
4214
  "llm.language-models": {
4215
  "query": "topic:large-language-models",
4216
  "years": [
4217
+ 2026,
4218
+ 2025
4219
  ]
4220
  },
4221
  "llm.large-language-model": {
4222
  "query": "\"large language model\" in:description",
4223
  "years": [
4224
+ 2026,
4225
+ 2025
4226
  ]
4227
  },
4228
  "llm.long-context": {
4229
  "query": "\"long context\" \"language model\" in:readme",
4230
  "years": [
4231
+ 2026,
4232
+ 2025
4233
  ]
4234
  },
4235
  "llm.multimodal": {
4236
  "query": "\"multimodal language model\" in:description",
4237
  "years": [
4238
+ 2026,
4239
+ 2025
4240
  ]
4241
  },
4242
  "llm.parameter-efficient-finetuning": {
4243
  "query": "\"parameter-efficient fine-tuning\" in:readme",
4244
  "years": [
4245
+ 2026,
4246
+ 2025
4247
  ]
4248
  },
4249
  "llm.preference-optimization": {
4250
  "query": "\"direct preference optimization\" in:readme",
4251
  "years": [
4252
+ 2026,
4253
+ 2025
4254
  ]
4255
  },
4256
  "llm.quantization": {
4257
  "query": "\"LLM quantization\" in:readme",
4258
  "years": [
4259
+ 2026,
4260
+ 2025
4261
  ]
4262
  },
4263
  "llm.speculative-decoding": {
4264
  "query": "\"speculative decoding\" in:readme",
4265
  "years": [
4266
+ 2026,
4267
+ 2025
4268
  ]
4269
  },
4270
  "llm.synthetic-data": {
 
4399
  "medical.eeg": {
4400
  "query": "EEG \"deep learning\" in:description,readme",
4401
  "years": [
4402
+ 2026,
4403
+ 2025
4404
  ]
4405
  },
4406
  "medical.ehr": {
4407
  "query": "\"electronic health record\" in:readme",
4408
  "years": [
4409
+ 2026,
4410
+ 2025
4411
  ]
4412
  },
4413
  "medical.genomics": {
4414
  "query": "\"clinical genomics\" in:description,readme",
4415
  "years": [
4416
+ 2026,
4417
+ 2025
4418
  ]
4419
  },
4420
  "medical.histopathology": {
4421
  "query": "\"histopathology image analysis\" in:readme",
4422
  "years": [
4423
+ 2026,
4424
+ 2025
4425
  ]
4426
  },
4427
  "medical.medical-image-reconstruction": {
4428
  "query": "\"MRI reconstruction\" in:description,readme",
4429
  "years": [
4430
+ 2026,
4431
+ 2025
4432
  ]
4433
  },
4434
  "medical.medical-image-registration": {
4435
  "query": "\"medical image registration\" in:description,readme",
4436
  "years": [
4437
+ 2026,
4438
+ 2025
4439
  ]
4440
  },
4441
  "medical.medical-image-segmentation": {
4442
  "query": "\"medical image segmentation\" in:description",
4443
  "years": [
4444
+ 2026,
4445
+ 2025
4446
  ]
4447
  },
4448
  "medical.medical-imaging": {
4449
  "query": "\"medical imaging\" in:readme",
4450
  "years": [
4451
+ 2026,
4452
+ 2025
4453
  ]
4454
  },
4455
  "medical.medical-language-model": {
4456
  "query": "\"medical language model\" in:description",
4457
  "years": [
4458
+ 2026,
4459
+ 2025
4460
  ]
4461
  },
4462
  "medical.medical-robotics": {
4463
  "query": "\"surgical robotics\" \"machine learning\" in:description,readme",
4464
  "years": [
4465
+ 2026,
4466
+ 2025
4467
  ]
4468
  },
4469
  "medical.neural-decoding": {
4470
  "query": "\"neural data decoding\" in:description",
4471
  "years": [
4472
+ 2026,
4473
+ 2025
4474
  ]
4475
  },
4476
  "medical.neuroimaging": {
 
4580
  "multimodal.image-to-3d": {
4581
  "query": "\"image to 3D\" in:readme",
4582
  "years": [
4583
+ 2026,
4584
+ 2025
4585
  ]
4586
  },
4587
  "multimodal.image-to-video": {
4588
  "query": "\"image to video\" in:readme",
4589
  "years": [
4590
+ 2026,
4591
+ 2025
4592
  ]
4593
  },
4594
  "multimodal.motion-generation": {
4595
  "query": "\"human motion generation\" in:readme",
4596
  "years": [
4597
+ 2026,
4598
+ 2025
4599
  ]
4600
  },
4601
  "multimodal.nerf": {
4602
  "query": "topic:nerf",
4603
  "years": [
4604
+ 2026,
4605
+ 2025
4606
  ]
4607
  },
4608
  "multimodal.neural-rendering": {
4609
  "query": "\"neural rendering\" \"radiance fields\" in:description",
4610
  "years": [
4611
+ 2026,
4612
+ 2025
4613
  ]
4614
  },
4615
  "multimodal.point-cloud": {
4616
  "query": "\"point cloud\" in:description",
4617
  "years": [
4618
+ 2026,
4619
+ 2025
4620
  ]
4621
  },
4622
  "multimodal.scene-understanding": {
4623
  "query": "\"scene understanding\" in:description",
4624
  "years": [
4625
+ 2026,
4626
+ 2025
4627
  ]
4628
  },
4629
  "multimodal.text-to-3d": {
4630
  "query": "\"text to 3D\" in:readme",
4631
  "years": [
4632
+ 2026,
4633
+ 2025
4634
  ]
4635
  },
4636
  "multimodal.text-to-image": {
4637
  "query": "\"text-to-image\" in:description",
4638
  "years": [
4639
+ 2026,
4640
+ 2025
4641
  ]
4642
  },
4643
  "multimodal.text-to-video": {
4644
  "query": "\"text-to-video\" in:description",
4645
  "years": [
4646
+ 2026,
4647
+ 2025
4648
  ]
4649
  },
4650
  "multimodal.video-language-model": {
4651
  "query": "\"video language model\" in:readme",
4652
  "years": [
4653
+ 2026,
4654
+ 2025
4655
  ]
4656
  },
4657
  "multimodal.video-question-answering": {
 
4798
  "nlp.named-entity-recognition": {
4799
  "query": "\"named entity recognition\" in:readme",
4800
  "years": [
4801
+ 2026,
4802
+ 2025
4803
  ]
4804
  },
4805
  "nlp.neural-reranking": {
4806
  "query": "\"neural reranking\" in:description",
4807
  "years": [
4808
+ 2026,
4809
+ 2025
4810
  ]
4811
  },
4812
  "nlp.question-answering": {
4813
  "query": "\"question answering\" in:description",
4814
  "years": [
4815
+ 2026,
4816
+ 2025
4817
  ]
4818
  },
4819
  "nlp.rag": {
4820
  "query": "\"retrieval augmented generation\" in:description",
4821
  "years": [
4822
+ 2026,
4823
+ 2025
4824
  ]
4825
  },
4826
  "nlp.semantic-search": {
4827
  "query": "\"semantic search\" in:description",
4828
  "years": [
4829
+ 2026,
4830
+ 2025
4831
  ]
4832
  },
4833
  "nlp.sentence-embeddings": {
4834
  "query": "\"sentence embeddings\" in:description",
4835
  "years": [
4836
+ 2026,
4837
+ 2025
4838
  ]
4839
  },
4840
  "nlp.subword-tokenization": {
4841
  "query": "\"subword tokenization\" in:readme",
4842
  "years": [
4843
+ 2026,
4844
+ 2025
4845
  ]
4846
  },
4847
  "nlp.text-classification": {
4848
  "query": "\"text classification\" in:description",
4849
  "years": [
4850
+ 2026,
4851
+ 2025
4852
  ]
4853
  },
4854
  "nlp.text-generation": {
4855
  "query": "\"text generation\" in:readme",
4856
  "years": [
4857
+ 2026,
4858
+ 2025
4859
  ]
4860
  },
4861
  "nlp.text-summarization": {
4862
  "query": "\"text summarization\" in:description",
4863
  "years": [
4864
+ 2026,
4865
+ 2025
4866
  ]
4867
  },
4868
  "nlp.topic-modeling": {
4869
  "query": "\"topic modeling\" in:readme",
4870
  "years": [
4871
+ 2026,
4872
+ 2025
4873
  ]
4874
  },
4875
  "recall.archaeological-remote-sensing": {
 
4931
  "recall.epidemiological-modeling": {
4932
  "query": "\"epidemiological modeling\" machine learning in:name,description,readme",
4933
  "years": [
4934
+ 2026,
4935
+ 2025
4936
  ]
4937
  },
4938
  "recall.grid-stability-prediction": {
4939
  "query": "\"grid stability prediction\" in:name,description,readme",
4940
  "years": [
4941
+ 2026,
4942
+ 2025
4943
  ]
4944
  },
4945
  "recall.historical-document-recognition": {
4946
  "query": "\"historical document recognition\" in:name,description,readme",
4947
  "years": [
4948
+ 2026,
4949
+ 2025
4950
  ]
4951
  },
4952
  "recall.infrastructure-damage-detection": {
4953
  "query": "\"infrastructure damage detection\" deep learning in:name,description,readme",
4954
  "years": [
4955
+ 2026,
4956
+ 2025
4957
  ]
4958
  },
4959
  "recall.insurance-risk-modeling": {
4960
  "query": "\"insurance risk\" machine learning in:name,description,readme",
4961
  "years": [
4962
+ 2026,
4963
+ 2025
4964
  ]
4965
  },
4966
  "recall.legal-document-classification": {
4967
  "query": "\"legal document classification\" in:name,description,readme",
4968
  "years": [
4969
+ 2026,
4970
+ 2025
4971
  ]
4972
  },
4973
  "recall.legal-nlp": {
4974
  "query": "legal NLP in:name,description,readme",
4975
  "years": [
4976
+ 2026,
4977
+ 2025
4978
  ]
4979
  },
4980
  "recall.name.artificial-intelligence": {
4981
  "query": "\"artificial intelligence\" in:name,description,readme",
4982
  "years": [
4983
+ 2026,
4984
+ 2025
4985
  ]
4986
  },
4987
  "recall.name.deep-learning": {
4988
  "query": "\"deep learning\" in:name,description,readme",
4989
  "years": [
4990
+ 2026,
4991
+ 2025
4992
  ]
4993
  },
4994
  "recall.name.diffusion-model": {
4995
  "query": "diffusion model in:name,description,readme",
4996
  "years": [
4997
+ 2026,
4998
+ 2025
4999
  ]
5000
  },
5001
  "recall.name.foundation-model": {
 
5197
  "rl.hierarchical": {
5198
  "query": "\"hierarchical reinforcement learning\" in:description",
5199
  "years": [
5200
+ 2026,
5201
+ 2025
5202
  ]
5203
  },
5204
  "rl.imitation-learning": {
5205
  "query": "\"imitation learning\" in:description",
5206
  "years": [
5207
+ 2026,
5208
+ 2025
5209
  ]
5210
  },
5211
  "rl.inverse": {
5212
  "query": "\"inverse reinforcement learning\" in:description",
5213
  "years": [
5214
+ 2026,
5215
+ 2025
5216
  ]
5217
  },
5218
  "rl.model-based": {
5219
  "query": "\"model-based reinforcement learning\" in:description",
5220
  "years": [
5221
+ 2026,
5222
+ 2025
5223
  ]
5224
  },
5225
  "rl.model-free": {
5226
  "query": "\"model-free reinforcement learning\" in:description",
5227
  "years": [
5228
+ 2026,
5229
+ 2025
5230
  ]
5231
  },
5232
  "rl.multiagent": {
5233
  "query": "\"multi-agent reinforcement learning\" in:description",
5234
  "years": [
5235
+ 2026,
5236
+ 2025
5237
  ]
5238
  },
5239
  "rl.offline": {
5240
  "query": "\"offline reinforcement learning\" in:description",
5241
  "years": [
5242
+ 2026,
5243
+ 2025
5244
  ]
5245
  },
5246
  "rl.planning": {
5247
  "query": "\"reinforcement learning planning\" in:description",
5248
  "years": [
5249
+ 2026,
5250
+ 2025
5251
  ]
5252
  },
5253
  "rl.policy-gradient": {
5254
  "query": "\"policy gradient\" in:description",
5255
  "years": [
5256
+ 2026,
5257
+ 2025
5258
  ]
5259
  },
5260
  "rl.ppo": {
5261
  "query": "\"proximal policy optimization\" in:description",
5262
  "years": [
5263
+ 2026,
5264
+ 2025
5265
  ]
5266
  },
5267
  "rl.preference": {
 
5347
  "robotics.manipulation": {
5348
  "query": "\"robot manipulation\" in:description",
5349
  "years": [
5350
+ 2026,
5351
+ 2025
5352
  ]
5353
  },
5354
  "robotics.navigation": {
5355
  "query": "\"robot navigation\" in:description",
5356
  "years": [
5357
+ 2026,
5358
+ 2025
5359
  ]
5360
  },
5361
  "robotics.robot-control": {
5362
  "query": "\"robot control\" in:description",
5363
  "years": [
5364
+ 2026,
5365
+ 2025
5366
  ]
5367
  },
5368
  "robotics.robot-foundation-model": {
5369
  "query": "robot foundation model in:description,readme",
5370
  "years": [
5371
+ 2026,
5372
+ 2025
5373
  ]
5374
  },
5375
  "robotics.robot-learning": {
5376
  "query": "\"robot learning\" in:description",
5377
  "years": [
5378
+ 2026,
5379
+ 2025
5380
  ]
5381
  },
5382
  "robotics.robot-manipulation-learning": {
5383
  "query": "\"robot manipulation learning\" in:readme",
5384
  "years": [
5385
+ 2026,
5386
+ 2025
5387
  ]
5388
  },
5389
  "robotics.robot-motion-planning": {
5390
  "query": "\"robot motion planning\" in:description",
5391
  "years": [
5392
+ 2026,
5393
+ 2025
5394
  ]
5395
  },
5396
  "robotics.robotics-reinforcement-learning": {
5397
  "query": "\"robotics reinforcement learning\" in:description",
5398
  "years": [
5399
+ 2026,
5400
+ 2025
5401
  ]
5402
  },
5403
  "robotics.robotics-topic": {
5404
  "query": "topic:robotics",
5405
  "years": [
5406
+ 2026,
5407
+ 2025
5408
  ]
5409
  },
5410
  "robotics.sim2real": {
5411
  "query": "\"sim-to-real\" in:description",
5412
  "years": [
5413
+ 2026,
5414
+ 2025
5415
  ]
5416
  },
5417
  "robotics.slam": {
 
5503
  "science.fusion-plasma": {
5504
  "query": "fusion plasma in:description \"machine learning\"",
5505
  "years": [
5506
+ 2026,
5507
+ 2025
5508
  ]
5509
  },
5510
  "science.gravitational-waves": {
5511
  "query": "\"gravitational wave\" \"machine learning\" in:description,readme",
5512
  "years": [
5513
+ 2026,
5514
+ 2025
5515
  ]
5516
  },
5517
  "science.inverse-problems": {
5518
  "query": "\"inverse problems\" in:description",
5519
  "years": [
5520
+ 2026,
5521
+ 2025
5522
  ]
5523
  },
5524
  "science.neural-operators": {
5525
  "query": "\"neural operator\" in:description",
5526
  "years": [
5527
+ 2026,
5528
+ 2025
5529
  ]
5530
  },
5531
  "science.ocean-modeling": {
5532
  "query": "\"ocean modeling\" \"machine learning\" in:description,readme",
5533
  "years": [
5534
+ 2026,
5535
+ 2025
5536
  ]
5537
  },
5538
  "science.particle-physics": {
5539
  "query": "\"particle physics\" in:description",
5540
  "years": [
5541
+ 2026,
5542
+ 2025
5543
  ]
5544
  },
5545
  "science.photonics": {
5546
  "query": "photonics \"machine learning\" in:description,readme",
5547
  "years": [
5548
+ 2026,
5549
+ 2025
5550
  ]
5551
  },
5552
  "science.physics": {
5553
  "query": "physics in:description",
5554
  "years": [
5555
+ 2026,
5556
+ 2025
5557
  ]
5558
  },
5559
  "science.physics-informed-neural-networks": {
5560
  "query": "\"physics-informed neural network\" in:description",
5561
  "years": [
5562
+ 2026,
5563
+ 2025
5564
  ]
5565
  },
5566
  "science.plasma-physics": {
5567
  "query": "\"plasma physics\" in:description",
5568
  "years": [
5569
+ 2026,
5570
+ 2025
5571
  ]
5572
  },
5573
  "science.quantum-materials": {
 
5677
  "specialized.fmri-decoding-ml": {
5678
  "query": "\"fMRI decoding\" \"machine learning\" in:description,readme",
5679
  "years": [
5680
+ 2026,
5681
+ 2025
5682
  ]
5683
  },
5684
  "specialized.machine-unlearning": {
5685
  "query": "\"machine unlearning\" in:description,readme",
5686
  "years": [
5687
+ 2026,
5688
+ 2025
5689
  ]
5690
  },
5691
  "specialized.mechanistic-interpretability": {
5692
  "query": "\"mechanistic interpretability\" in:description,readme",
5693
  "years": [
5694
+ 2026,
5695
+ 2025
5696
  ]
5697
  },
5698
  "specialized.medical-image-registration-deep-learning": {
5699
  "query": "\"medical image registration\" \"deep learning\" in:description,readme",
5700
  "years": [
5701
+ 2026,
5702
+ 2025
5703
  ]
5704
  },
5705
  "specialized.pathology-foundation-model": {
5706
  "query": "\"pathology foundation model\" \"machine learning\" in:description,readme",
5707
  "years": [
5708
+ 2026,
5709
+ 2025
5710
  ]
5711
  },
5712
  "specialized.spiking-neural-network": {
5713
  "query": "\"spiking neural network\" in:description,readme",
5714
  "years": [
5715
+ 2026,
5716
+ 2025
5717
  ]
5718
  },
5719
  "specialized.test-time-adaptation": {
5720
  "query": "\"test-time adaptation\" in:description,readme",
5721
  "years": [
5722
+ 2026,
5723
+ 2025
5724
  ]
5725
  },
5726
  "timeseries.anomaly-detection": {
 
5782
  "timeseries.long-horizon": {
5783
  "query": "\"long horizon forecasting\" in:readme",
5784
  "years": [
5785
+ 2026,
5786
+ 2025
5787
  ]
5788
  },
5789
  "timeseries.multivariate": {
5790
  "query": "\"multivariate time series\" in:description",
5791
  "years": [
5792
+ 2026,
5793
+ 2025
5794
  ]
5795
  },
5796
  "timeseries.nbeats": {
5797
  "query": "N-BEATS in:description",
5798
  "years": [
5799
+ 2026,
5800
+ 2025
5801
  ]
5802
  },
5803
  "timeseries.patchtst": {
5804
  "query": "PatchTST in:description",
5805
  "years": [
5806
+ 2026,
5807
+ 2025
5808
  ]
5809
  },
5810
  "timeseries.predictive-maintenance": {
5811
  "query": "\"predictive maintenance\" in:description",
5812
  "years": [
5813
+ 2026,
5814
+ 2025
5815
  ]
5816
  },
5817
  "timeseries.probabilistic-forecasting": {
5818
  "query": "\"probabilistic forecasting\" in:readme",
5819
  "years": [
5820
+ 2026,
5821
+ 2025
5822
  ]
5823
  },
5824
  "timeseries.remaining-useful-life": {
5825
  "query": "\"remaining useful life\" in:readme",
5826
  "years": [
5827
+ 2026,
5828
+ 2025
5829
  ]
5830
  },
5831
  "timeseries.sensor-data": {
5832
  "query": "\"sensor time series\" in:description",
5833
  "years": [
5834
+ 2026,
5835
+ 2025
5836
  ]
5837
  },
5838
  "timeseries.state-space-models": {
5839
  "query": "\"state space model\" in:description",
5840
  "years": [
5841
+ 2026,
5842
+ 2025
5843
  ]
5844
  },
5845
  "timeseries.streaming": {
5846
  "query": "\"streaming time series\" in:readme",
5847
  "years": [
5848
+ 2026,
5849
+ 2025
5850
  ]
5851
  },
5852
  "timeseries.synthetic-generation": {
 
5949
  "trust.causal-mediation": {
5950
  "query": "\"causal mediation analysis\" in:description",
5951
  "years": [
5952
+ 2026,
5953
+ 2025
5954
  ]
5955
  },
5956
  "trust.causal-ml": {
5957
  "query": "\"causal machine learning\" in:description",
5958
  "years": [
5959
+ 2026,
5960
+ 2025
5961
  ]
5962
  },
5963
  "trust.causal-representation-learning": {
5964
  "query": "\"causal representation learning\" in:description",
5965
  "years": [
5966
+ 2026,
5967
+ 2025
5968
  ]
5969
  },
5970
  "trust.conformal-prediction": {
5971
  "query": "\"conformal prediction\" in:description",
5972
  "years": [
5973
+ 2026,
5974
+ 2025
5975
  ]
5976
  },
5977
  "trust.counterfactual-explanations": {
5978
  "query": "\"counterfactual explanation\" in:description",
5979
  "years": [
5980
+ 2026,
5981
+ 2025
5982
  ]
5983
  },
5984
  "trust.differential-privacy": {
5985
  "query": "\"differential privacy\" in:description",
5986
  "years": [
5987
+ 2026,
5988
+ 2025
5989
  ]
5990
  },
5991
  "trust.distribution-shift": {
5992
  "query": "\"distribution shift\" in:description",
5993
  "years": [
5994
+ 2026,
5995
+ 2025
5996
  ]
5997
  },
5998
  "trust.domain-generalization": {
5999
  "query": "\"domain generalization\" in:description",
6000
  "years": [
6001
+ 2026,
6002
+ 2025
6003
  ]
6004
  },
6005
  "trust.explainable-ai": {
6006
  "query": "\"explainable AI\" in:description",
6007
  "years": [
6008
+ 2026,
6009
+ 2025
6010
  ]
6011
  },
6012
  "trust.federated-learning": {
6013
  "query": "\"federated learning\" in:description",
6014
  "years": [
6015
+ 2026,
6016
+ 2025
6017
  ]
6018
  },
6019
  "trust.instrumental-variable-ml": {
6020
  "query": "\"double machine learning\" in:description",
6021
  "years": [
6022
+ 2026,
6023
+ 2025
6024
  ]
6025
  },
6026
  "trust.interpretable-ml": {
 
6141
  "vision.image-restoration": {
6142
  "query": "\"image restoration\" in:readme",
6143
  "years": [
6144
+ 2026,
6145
+ 2025
6146
  ]
6147
  },
6148
  "vision.image-retrieval": {
6149
  "query": "\"image retrieval\" in:readme",
6150
  "years": [
6151
+ 2026,
6152
+ 2025
6153
  ]
6154
  },
6155
  "vision.image-super-resolution": {
6156
  "query": "\"image super-resolution\" in:readme",
6157
  "years": [
6158
+ 2026,
6159
+ 2025
6160
  ]
6161
  },
6162
  "vision.image-to-image-translation": {
6163
  "query": "\"image-to-image translation\" in:readme",
6164
  "years": [
6165
+ 2026,
6166
+ 2025
6167
  ]
6168
  },
6169
  "vision.neural-rendering": {
6170
  "query": "\"neural rendering\" in:description",
6171
  "years": [
6172
+ 2026,
6173
+ 2025
6174
  ]
6175
  },
6176
  "vision.object-detection": {
6177
  "query": "\"object detection\" in:description",
6178
  "years": [
6179
+ 2026,
6180
+ 2025
6181
  ]
6182
  },
6183
  "vision.object-tracking": {
6184
  "query": "\"object tracking\" in:readme",
6185
  "years": [
6186
+ 2026,
6187
+ 2025
6188
  ]
6189
  },
6190
  "vision.ocr": {
6191
  "query": "topic:ocr",
6192
  "years": [
6193
+ 2026,
6194
+ 2025
6195
  ]
6196
  },
6197
  "vision.open-vocabulary-detection": {
6198
  "query": "\"open-vocabulary detection\" in:readme",
6199
  "years": [
6200
+ 2026,
6201
+ 2025
6202
  ]
6203
  },
6204
  "vision.optical-flow": {
6205
  "query": "topic:optical-flow",
6206
  "years": [
6207
+ 2026,
6208
+ 2025
6209
  ]
6210
  },
6211
  "vision.pose-estimation": {
6212
  "query": "\"human pose estimation\" in:readme",
6213
  "years": [
6214
+ 2026,
6215
+ 2025
6216
  ]
6217
  },
6218
  "vision.promptable-segmentation": {
 
6279
  "end": "2026-09-24",
6280
  "search_policy_version": 2,
6281
  "start_year": 2008,
6282
+ "updated_at": "2026-09-28T18:33:08Z"
6283
  }