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Human Re-identification System On Highly Parallel GPU and CPU Architectures

Slawomir Bak, Krzysztof Kurowski, Krystyna Napierala
INRIA Sophia Antipolis, PULSAR group, France
Multimedia Communications, Services and Security, Communications in Computer and Information Science, Volume 149, 293-300, 2011

@article{bak2011human,

   title={Human Re-identification System on Highly Parallel GPU and CPU Architectures},

   author={B{k{a}}k, S. and Kurowski, K. and Napiera{l}a, K.},

   journal={Multimedia Communications, Services and Security},

   pages={293–300},

   year={2011},

   publisher={Springer}

}

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The paper presents a new approach to the human reidentification problem using covariance features. In many cases a distance operator between signatures based on generalized eigenvalues has to be computed efficiently, especially once the real-time response is expected from the system. This is a challenging problem as many procedures are computationally intensive tasks and must be repeated constantly. To deal with this problem we have successfully designed and tested a new video surveillance system. To obtain the required high efficiency we took the advantage of highly parallel computing architectures such as FPGA, GPU and CPU units to perform calculations. However, we had to propose a new GPU-based implementation of the distance operator for querying the example database. In this paper we present experimental evaluation of the proposed solution in the light of the database response time depending on its size.
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