Query Time Optimized Deep Learning Based Video Inference System
Mingren Shen, Shuoxuan Dong, and Xiuyuan He

TL;DR
This paper presents a method to reduce query time in a deep learning video inference system by saving intermediate neural network outputs, achieving a 20% speedup through a space-time trade-off.
Contribution
It introduces a novel approach of saving middle layer outputs to optimize query time in video inference systems, demonstrated with prototype implementations.
Findings
Achieved 20% reduction in query time
Validated the approach with prototype systems
Demonstrated the effectiveness of space-time trade-off
Abstract
This is a project report about how we tune Focus[1], a video inference system that provides low cost and low latency, through two phases. In this report, we will decrease the query time by saving the middle layer output of the neural network. This is a trade-off strategy that involves using more space to save time. We show how this scheme works using prototype systems, and it saves 20% of the time. The code repository URL is here, https://github.com/iphyer/CS744 FocousIngestOpt.
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Taxonomy
TopicsHuman Pose and Action Recognition · Anomaly Detection Techniques and Applications · Video Analysis and Summarization
