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Flexible Radio: A Framework for Optimized Multimodal Operation via Dynamic Signal Design

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Abstract

The increasing need for multimodal terminals that adjust their configuration on the fly in order to meet the required quality of service (QoS), under various channel/system scenarios, creates the need for flexible architectures that are capable of performing such actions. The paper focuses on the concept of flexible/reconfigurable radio systems and especially on the elements of flexibility residing in the PHYsical layer (PHY). It introduces the various ways in which a reconfigurable transceiver can be used to provide multistandard capabilities, channel adaptivity, and user/service personalization. It describes specific tools developed within two IST projects aiming at such flexible transceiver architectures. Finally, a specific example of a mode-selection algorithmic architecture is presented which incorporates all the proposed tools and, therefore, illustrates a baseband flexibility mechanism.

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Correspondence to Ioannis Dagres.

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Dagres, I., Zalonis, A., Dimitriou, N. et al. Flexible Radio: A Framework for Optimized Multimodal Operation via Dynamic Signal Design. J Wireless Com Network 2005, 850819 (2005) doi:10.1155/WCN.2005.284

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Keywords

  • flexible radio
  • reconfigurable transceivers
  • adaptivity
  • MIMO
  • OFDM