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Entities25 of 207,987
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- reinforcement learningtechnology491 mentions
- density-functional theorytechnology386 mentions
- Transformertechnology371 mentions
- agentic AItechnology353 mentions
- vision-language-action modeltechnology350 mentions
- U.S. Food and Drug Administrationorganization320 mentions
- Vision-Language Modeltechnology318 mentions
- Microsoftorganization291 mentions
- Googleorganization276 mentions
- NVIDIAorganization264 mentions
- Model Context Protocoltechnology232 mentions
- machine learningtechnology204 mentions
- MarketsandMarketsorganization199 mentions
- Claudeproduct192 mentions
- AI agenttechnology188 mentions
- ChatGPTproduct178 mentions
- Anthropicorganization177 mentions
- integrated sensing and communicationtechnology175 mentions
- Amazon Web Services, Inc.organization174 mentions
- OpenAIorganization172 mentions
- diffusion modeltechnology169 mentions
- IBMorganization163 mentions
Entity
Affine Frequency Division Multiplexing
technology21 mentionslast seen Nov 13, 2026
A waveform for integrated sensing and communications that exhibits Doppler resilience.
Relationships 38
- Affine Frequency Division Multiplexingapplies tointegrated sensing and communication99% confidence3 sources
- Affine Frequency Division Multiplexingcompetes withorthogonal frequency-division multiplexing99% confidence3 sources
- Affine Frequency Division Multiplexingdepends oncarrier aggregation93% confidence1 source
- Affine Frequency Division Multiplexingdepends onorthogonal frequency-division multiplexing93% confidence1 source
- Affine Frequency Division Multiplexingapplies to6G communications92% confidence1 source
- AFDM-PCS-IMdepends onAffine Frequency Division Multiplexing92% confidence1 source
- Affine Frequency Division Multiplexingimplementsorthogonal frequency-division multiplexing90% confidence1 source
- Affine Frequency Division Multiplexingdepends onIQ imbalance90% confidence1 source
- two-dimensional grid-approximation sparse Bayesian learningdepends onAffine Frequency Division Multiplexing90% confidence1 source
- grid-refinement sparse Bayesian learningdepends onAffine Frequency Division Multiplexing90% confidence1 source
- phase-rotated AFDM with power level index modulationdepends onAffine Frequency Division Multiplexing90% confidence1 source
- Affine Frequency Division Multiplexingdepends onRayleigh fading channel90% confidence1 source
- pulse shaping transceiverdepends onAffine Frequency Division Multiplexing90% confidence1 source
- Affine Frequency Division Multiplexingdepends onFaster-than-Nyquist signaling88% confidence1 source
- Affine Frequency Division Multiplexingapplies tosatellite communications88% confidence1 source
- Affine Frequency Division Multiplexingdepends ondiscrete affine Fourier transform88% confidence1 source
- Affine Frequency Division Multiplexingapplies toInternet of Things wireless networks88% confidence1 source
- pulse-shaped affine frequency division multiplexingdepends onAffine Frequency Division Multiplexing88% confidence1 source
- Affine Frequency Division Multiplexingimplementsintegrated sensing and communication88% confidence1 source
- Affine Frequency Division Multiplexingdepends onDoppler resilience88% confidence1 source
- channel-aware receive shaping window designdepends onAffine Frequency Division Multiplexing87% confidence1 source
- Affine Frequency Division Multiplexingapplies tofast-moving vehicle communications87% confidence1 source
- Affine Frequency Division Multiplexingdepends onfrequency modulated continuous wave87% confidence1 source
- Affine Frequency Division MultiplexingimplementsWeyl-Heisenberg framework87% confidence1 source
- Affine Frequency Division Multiplexingdepends onoscillator phase noise86% confidence1 source
- Affine Frequency Division Multiplexingapplies tohigh-mobility wireless communications85% confidence1 source
- impulse-pilot-based channel parameter estimationimplementsAffine Frequency Division Multiplexing85% confidence1 source
- chirp signallingcomposed ofAffine Frequency Division Multiplexing85% confidence1 source
- Affine Frequency Division Multiplexingdepends onautocorrelation sidelobe suppression85% confidence1 source
- Affine Frequency Division Multiplexingdepends onquadrature amplitude modulation85% confidence1 source
- Affine Frequency Division Multiplexingdepends onfractional-delay-fractional-Doppler channel model85% confidence1 source
- Affine Frequency Division Multiplexingdepends onpower-amplifier compression85% confidence1 source
- Affine Frequency Division Multiplexingdepends onmatched filtering85% confidence1 source
- Affine Frequency Division Multiplexingdepends onpeak-to-average power ratio reduction85% confidence1 source
- Affine Frequency Division Multiplexingcomposed ofpulse compression85% confidence1 source
- cross-domain sensing-assisted channel estimationdepends onAffine Frequency Division Multiplexing82% confidence1 source
- Affine Frequency Division Multiplexingapplies tonext-generation Internet of Things systems80% confidence1 source
- Augmented Affine Frequency Division MultiplexingsupersedesAffine Frequency Division Multiplexing75% confidence1 source
Relationship
pulse-shaped affine frequency division multiplexingdepends onAffine Frequency Division Multiplexing
88% confidence1 supporting mentions
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Sources 1