Srujan Linga

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We design a 64-state super-orthogonal space-time (ST) trellis code allowing wireless communications with a data rate of 5 bits per signaling interval. Considering a mobile wireless communications system with two transmit antennas, we form a four-dimensional (4D) signal constellation as a Cartesian product of two 2D rectangular signal sets. The first antenna(More)
Precise robot positioning is important for many applications in indoor environments. Current solutions to the indoor localization problem are either both unreliable and inaccurate, or very expensive. In this paper we propose, design and build a low-cost, robust and accurate indoor localization system using laser light sources. The system calculates the(More)
In this paper, we focus on the design of super-orthogonal space-time (ST) trellis codes with a 32-point quadrature amplitude modulation (QAM) signal constellation, allowing wireless communication with a data rate of 5 bits per signalling interval. Considering a mobile wireless communications system with two transmit antennas, we form a four-dimensional (4D)(More)
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