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What are the results of common benchmarks on the leaderboard?

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Our approach\naddresses the significant energy consumption and latency challenges inherent in\non-device models. Dolphin employs a compact 0.5B parameter decoder to distill\nextensive contextual information into a memory embedding, substantially\nreducing the input length for the primary 7B parameter decoder model. Inspired\nby vision-language models, we repurpose the image embedding projector to encode\nlong textual contexts, effectively treating extended context as a distinct\nmodality. This innovative method enables processing of substantially longer\ncontexts without the typical computational overhead associated with extended\ninput sequences. Empirical evaluations demonstrate a 10-fold improvement in\nenergy efficiency and a 5-fold reduction in latency compared to conventional\nfull-length context processing methods without losing quality of the response.\nOur work contributes to the development of more sustainable and scalable\nlanguage models for on-device applications, addressing the critical need for\nenergy-efficient and responsive AI technologies in resource-constrained\nenvironments while maintaining the accuracy to understand long contexts. This\nresearch has implications for the broader field of natural language processing,\nparticularly in the domain of efficient model design for resource-limited\nsettings. By enabling more sophisticated AI capabilities on edge devices,\nDolphin paves the way for advanced language processing in a wide range of\napplications where computational resources are at a premium. 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Papers
arxiv:2408.15518

Dolphin: Long Context as a New Modality for Energy-Efficient On-Device Language Models

Published on Aug 28, 2024
· Submitted by AK on Aug 29, 2024
#3 Paper of the day

Abstract

Dolphin, a novel decoder-decoder architecture, enables efficient processing of long contexts in language models by distilling contextual information into memory embeddings, thereby improving energy efficiency and latency without sacrificing accuracy.

AI-generated summary

This paper presents Dolphin, a novel decoder-decoder architecture for energy-efficient processing of long contexts in language models. Our approach addresses the significant energy consumption and latency challenges inherent in on-device models. Dolphin employs a compact 0.5B parameter decoder to distill extensive contextual information into a memory embedding, substantially reducing the input length for the primary 7B parameter decoder model. Inspired by vision-language models, we repurpose the image embedding projector to encode long textual contexts, effectively treating extended context as a distinct modality. This innovative method enables processing of substantially longer contexts without the typical computational overhead associated with extended input sequences. Empirical evaluations demonstrate a 10-fold improvement in energy efficiency and a 5-fold reduction in latency compared to conventional full-length context processing methods without losing quality of the response. Our work contributes to the development of more sustainable and scalable language models for on-device applications, addressing the critical need for energy-efficient and responsive AI technologies in resource-constrained environments while maintaining the accuracy to understand long contexts. This research has implications for the broader field of natural language processing, particularly in the domain of efficient model design for resource-limited settings. By enabling more sophisticated AI capabilities on edge devices, Dolphin paves the way for advanced language processing in a wide range of applications where computational resources are at a premium. The Dolphin model is publicly available at https://huggingface.co/NexaAIDev/Dolphin.

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