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With the recent advances in genomic research and biotechnology, ubiquitous smart services are required in a bio-laboratory to simplify complex experiments that are now routine. In this paper, we describe a novel Stochastic Positioning by Interpolated Radial Mapping (SPIRM) method devised for implementing a low-cost small-scale relative positioning engine in a smart laboratory operating in the common IEEE 802.11b based wireless network environment. We show that through SPIRM-enabled small-scale relative positioning of our customdesigned embedded devices ("BioBridge (BB) devices") attached to bio-apparatuses, we can provide location awareness in a smart bio-laboratory for intelligent on-the-move unwired access of lab equipment.

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