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Radio Receiver Technology: Principles, Architectures and Applications Ralf Rudersdorfer
Publisher: Wiley

This is similar in principle to the Lytro camera, which records the complete light field of a scene, rather than just the intensity of light at a particular surface. Feb 15, 2014 - Written by an expert in the field, this book covers the principles, architectures, applications, specifications and characterizations of radio receivers. Jan 8, 2013 - This is an open architecture framework for integrating agent-based control, natural language processing, and machine learning technology into software-defined radio platforms. The next sections, dedicated to the areas of radio identification, detection, and positioning, respectively, present a brief review of the radio technologies that realize these functions, of the main practical applications and then a survey of the recent advances published in the literature. Oct 11, 2010 - The ever increasing complexity of applications requires complex hardware architectures to support application requirements. Cognitive Technology research and application software-controlled radio (SDR - Software Defined Radio) and potential applications in telecommunication networks. Jul 10, 2013 - How many receivers can we get out of this architecture? Keywords: wireless power transmission technology 19 century as the “power ushered in the era of genius” Mingnigula Tesla (Nikola Tesla ,1856-1943) in electrical and radio technology made outstanding contributions. Jan 30, 2014 - In this paper, the development of wireless power transmission history and do some basic principles introduced, and its possible future application to do some research. Microprocessor technology allows replacing the superheterodyne receiver design by a software defined radio architecture, where the IF processing after the initial IF filter is implemented in software. Dissertation A Software Defined Radio Receiver using the Direct Conversion Principle: Implementation and Evaluation. One indication is Quick Silver Radio Laboratory's QS1R FPGA-based DDC SDR. The physical functioning principle is based on the passive or active interaction between tags and readers, which realizes a master-slave architecture. Sep 30, 2013 - The Cota technology uses steered phased array microwave antennas and the time-reversal properties of electromagnetic radiation to focus several watts of power on a wireless receiver while preventing any of the radiation to hit obstacles, resulting in an inherently safe charging system. May 26, 2013 - In electronics, the superheterodyne receiver (also known as the supersonic heterodyne receiver, or by the abbreviated form superhet) is a receiver which uses the principle of frequency mixing or heterodyning to convert the received signal to a lower (sometimes higher) .