Category:Risheek Garrepalli of San Diego CA US
Risheek Garrepalli
Risheek Garrepalli from San Diego CA US has applied for patents in technology areas such as G06T7/593, G06T7/246, G06T7/285 with qualcomm incorporated.
Patents
Pages in category "Risheek Garrepalli of San Diego CA US"
The following 18 pages are in this category, out of 18 total.
1
- 18468656. UNIFIED SIMULTANEOUS OPTICAL FLOW AND DEPTH ESTIMATION (QUALCOMM Incorporated)
- 18488779. EFFICIENT DIFFUSION MACHINE LEARNING MODELS (QUALCOMM Incorporated)
- 18488786. EFFICIENT DIFFUSION MACHINE LEARNING MODELS (QUALCOMM Incorporated)
- 18492492. TRAINING OBJECTIVES FOR DISTILLING GUIDED DIFFUSION MODELS (QUALCOMM Incorporated)
- 18492508. DISTILLATION FOR GUIDED DIFFUSION MODELS (QUALCOMM Incorporated)
- 18492529. CONTROL NEURAL NETWORK INFERENCE AND TRAINING BASED ON DISTILLED GUIDED DIFFUSION MODELS (QUALCOMM Incorporated)
- 18492572. HARDWARE-AWARE EFFICIENT ARCHITECTURES FOR TEXT-TO-IMAGE DIFFUSION MODELS (QUALCOMM Incorporated)
- 18499604. OCCLUSION-AWARE FORWARD WARPING FOR VIDEO FRAME INTERPOLATION (QUALCOMM Incorporated)
- 18666502. DEPTH ESTIMATION BASED ON FEATURE RECONSTRUCTION WITH ADAPTIVE MASKING AND MOTION PREDICTION (QUALCOMM Incorporated)
Q
- Qualcomm incorporated (20250095182). UNIFIED SIMULTANEOUS OPTICAL FLOW AND DEPTH ESTIMATION
- Qualcomm incorporated (20250124301). EFFICIENT DIFFUSION MACHINE LEARNING MODELS
- Qualcomm incorporated (20250124551). EFFICIENT DIFFUSION MACHINE LEARNING MODELS
- Qualcomm incorporated (20250131276). DISTILLATION FOR GUIDED DIFFUSION MODELS
- Qualcomm incorporated (20250131277). CONTROL NEURAL NETWORK INFERENCE AND TRAINING BASED ON DISTILLED GUIDED DIFFUSION MODELS
- Qualcomm incorporated (20250131325). TRAINING OBJECTIVES FOR DISTILLING GUIDED DIFFUSION MODELS
- Qualcomm incorporated (20250131606). HARDWARE-AWARE EFFICIENT ARCHITECTURES FOR TEXT-TO-IMAGE DIFFUSION MODELS
- Qualcomm incorporated (20250139733). OCCLUSION-AWARE FORWARD WARPING FOR VIDEO FRAME INTERPOLATION
- Qualcomm incorporated (20250148633). DEPTH ESTIMATION BASED ON FEATURE RECONSTRUCTION WITH ADAPTIVE MASKING AND MOTION PREDICTION