that generalizes the two algorithms to cases involving more receive than transmit antennas. While the proposed algorithms are suboptimal, they lead to simpler transmitter and receiver structures and allow for a reasonable tradeoff between performance and complexity.

channels the performance of the simpler PRake receiver is almost as food as that of the SRake receiver, even for a small number of fingers. In sparse channels, however, the SRake outperforms the PRake significantly. We also show that for a fixed transmitted energy there is an optimum transmission bandwidth.

. Generally, the architecture complexity reduces the battery life, but the performance increases with complexity. The best performance is achieved with the most complex devices which, however, consume a lot of power. Rake receivers can offer a good tradeoff between complexity and performance. In the near

Abstract-Direct-conversion is an alternative wireless receiver architecture to the well-established superheterodyne, particularly for highly integrated, low-power terminals. Its fundamental ad-vantage is that the received signal is amplified and filtered at baseband rather than at some high

Cells receive a wide variety of cellular and environmental signals, which are often processed combinatorially to generate specific genetic responses. Here we explore theoretically the potentials and limitations of combinatorial signal integration at the level of cisregulatory transcription control

The topic of missing data has been receiving increasing attention, with calls to apply advanced methods of handling missingness to counseling psychology research. The present study sought to assess whether advanced methods of handling item-level missing data performed equivalently to simpler

is brought into conjunction with a hypothetical neural concomitant of “ideas” or concepts with the resulting perception of an object in the external world, as distinct from but additive to the simpler sensing of that object. The defects in the more complex aspects of sensation which occur in humans

are very general; they are applicable both to isotropic and anisotropic structures, to arbitrary 3-D variations of elastic parameters and density, to curved interfaces arbitrarily situated in space, to an arbitrary source-receiver configuration, and to very general types of waves. High-frequency asymptotic

Abstract — The max-product “belief propagation ” algorithm has received a lot of attention recently due to its spectacular success in many application areas such as iterative decoding, computer vision and combinatorial optimization. There is a lot of ongoing work investigating the theoretical

and extends it with suitable features for event correlation. An ECA Server receives ECA rule subscriptions from clients, maps them to CLIPS, and delegates the rule-based event correlation process to an embedded CLIPS inference engine. CORBA Structured Events received by the ECA Server are mapped