JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies | Paper Citation Record

Observation 58bb5467-d071-48c5-a1f0-1e5a87cbdafb · outbound

This paper cites Deep contextual video compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Deep contextual video compression,

Reference 1

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This paper cites Canf- vc: Conditional augmented normalizing flows for video compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Canf- vc: Conditional augmented normalizing flows for video compression,

Reference 2

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Observation af5aaef2-b1c9-4df0-8d61-43d7e2961eae · outbound

This paper cites Temporal context min- ing for learned video compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Temporal context min- ing for learned video compression,

Reference 3

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Observation 4aadfaf8-b3a8-4a8a-a846-5a7f7bd52ce6 · outbound

This paper cites Hybrid spatial-temporal entropy modelling for neural video compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Hybrid spatial-temporal entropy modelling for neural video compression,

Reference 4

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This paper cites Neural video compression with diverse contexts,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Neural video compression with diverse contexts,

Reference 5

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This paper cites Neural video compression with feature modulation,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Neural video compression with feature modulation,

Reference 6

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This paper cites Towards practical real-time neural video compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Towards practical real-time neural video compression,

Reference 7

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Observation 1081efe6-4902-4b20-94ad-bc7f3b514ec5 · outbound

This paper cites Maskcrt: Masked conditional residual transformer for learned video compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Maskcrt: Masked conditional residual transformer for learned video compression,

Reference 8

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This paper cites Hytip: Hybrid temporal information propagation for masked conditional residual video coding,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Hytip: Hybrid temporal information propagation for masked conditional residual video coding,

Reference 9

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Observation 136db2de-f6c2-4294-8593-807f7c1ed15a · outbound

This paper cites Fliqs: One- shot mixed-precision floating-point and integer quantization search,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Fliqs: One- shot mixed-precision floating-point and integer quantization search,

Reference 10

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This paper cites 6/1–6/26.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies 6/1–6/26

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This paper cites Ten lessons from three genera- tions shaped google’s tpuv4i : Industrial product,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Ten lessons from three genera- tions shaped google’s tpuv4i : Industrial product,

Reference 12

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Observation 1b0ed32a-a9b0-4f22-9c66-652f25cf36c7 · outbound

This paper cites 1.1 computing’s energy problem (and what we can do about it),.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies 1.1 computing’s energy problem (and what we can do about it),

Reference 13

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This paper cites Mobilenvc: Real-time 1080p neural video compression on a mobile device,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Mobilenvc: Real-time 1080p neural video compression on a mobile device,

Reference 14

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Observation b2f5eeb3-60cd-4b50-ba9d-4ac4c4a73734 · outbound

This paper cites Mixed-precision post- training quantization for learned image compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Mixed-precision post- training quantization for learned image compression,

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This paper cites Fracbits: Mixed precision quantization via frac- tional bit-widths,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Fracbits: Mixed precision quantization via frac- tional bit-widths,

Reference 16

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This paper cites Dvc: An end-to-end deep video compression framework,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Dvc: An end-to-end deep video compression framework,

Reference 17

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Observation 287930fc-00f5-4dc5-8542-f03cfb975a6f · outbound

This paper cites M-lvc: Multiple frames prediction for learned video compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies M-lvc: Multiple frames prediction for learned video compression,

Reference 18

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Observation 4add7a6e-2582-4620-9a9c-c8da676a9171 · outbound

This paper cites Neural video coding using multiscale motion compensation and spatiotemporal context model,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Neural video coding using multiscale motion compensation and spatiotemporal context model,

Reference 19

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Observation 5b7b503d-79d8-4443-9b52-cd00dca9d2ed · outbound

This paper cites Scale-space flow for end-to-end optimized video compres- sion,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Scale-space flow for end-to-end optimized video compres- sion,

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Observation 967a05d3-3db2-41fa-803c-de61ebb77378 · outbound

This paper cites Fvc: A new framework towards deep video compression in feature space,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Fvc: A new framework towards deep video compression in feature space,

Reference 21

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This paper cites Conditional residual coding: A remedy for bottleneck problems in conditional inter frame coding,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Conditional residual coding: A remedy for bottleneck problems in conditional inter frame coding,

Reference 22

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Observation 7a0b6dd8-3a9a-4acd-9f44-2f3b842f1440 · outbound

This paper cites A White Paper on Neural Network Quantization.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies A White Paper on Neural Network Quantization

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This paper cites An overview of the jpeg ai learning-based image coding standard,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies An overview of the jpeg ai learning-based image coding standard,

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This paper cites Fpx-nic: An fpga- accelerated 4k ultra-high-definition neural video coding system,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Fpx-nic: An fpga- accelerated 4k ultra-high-definition neural video coding system,

Reference 25

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This paper cites Device interop- erability for learned image compression with weights and activations quantization,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Device interop- erability for learned image compression with weights and activations quantization,

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This paper cites Q-lic: Quantizing learned image compres- sion with channel splitting,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Q-lic: Quantizing learned image compres- sion with channel splitting,

Reference 27

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This paper cites Flexible mixed precision quantization for learned image compression,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Flexible mixed precision quantization for learned image compression,

Reference 28

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This paper cites Mobilecodec: neural inter-frame video compression on mobile devices,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Mobilecodec: neural inter-frame video compression on mobile devices,

Reference 29

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Integer networks for data compression with latent-variable models,

Reference 30

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Quantized decoder in learned image compression for deterministic reconstruction,

Reference 31

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Cross-platform neural video coding: A case study,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies C3: High-performance and low-complexity neural compression from a single image or video,

Reference 33

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Hinerv: Video compression with hierarchical encoding-based neural representation,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Mixed precision dnns: All you need is a good parametrization,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Sdq: Stochastic differentiable quantization with mixed precision,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Differentiable dynamic quantization with mixed precision and adaptive resolution,

Reference 37

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Estimating or Propagating Gradients Through Stochastic Neurons for Conditional Computation

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Video enhance- ment with task-oriented flow,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Bvi-dvc: A training database for deep video compression,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Working practices using objective metrics for evaluation of video cod- ing efficiency experiments,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Uvg dataset: 50/120fps 4k sequences for video codec analysis and development,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies MCL-JCV: a jnd-based h. 264/avc video quality assessment dataset,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Common test conditions and software reference configurations,

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Common test conditions and software reference configurations for hevc range extensions,

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This paper cites A configurable floating-point multiple-precision processing element for hpc and ai converged computing,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies A configurable floating-point multiple-precision processing element for hpc and ai converged computing,

Reference 46

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This paper cites Less is more: Exploiting the standard compiler optimization levels for better performance and energy consumption,.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Less is more: Exploiting the standard compiler optimization levels for better performance and energy consumption,

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This paper cites Peng is a Fellow of the Higher Education Academy (FHEA), and a Fellow of the IEEE.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Peng is a Fellow of the Higher Education Academy (FHEA), and a Fellow of the IEEE

Reference 48

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Unresolved cited work

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Gradient w.r.t

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JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies Unresolved cited work

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This paper cites ADDITIONALRATE-DISTORTIONCURVES For completeness, Fig.

JOMP: Jointly-Optimized Mixed-Precision Quantization Across Neural Video Coding Frameworks and Buffering Strategies ADDITIONALRATE-DISTORTIONCURVES For completeness, Fig

Reference 54

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