Abstract — In this paper, the results of dynamic load modu-lation on a high power amplifier is shown with experiments. A simple static nonlinear model is used as an inverse model, and by dynamically controlling both the input signal to the power amplifier and the load impedance, high efficiency

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way. This the-sis reviews and advances the status of realizing wideband and high efficiency power amplifiers, which will facilitate improvements in network capacity and energy efficiency. Several demonstrator PAs are proposed, analyzed, designed, and character-ized: First, resistive loading at higher

applications. We present SOS, a new operating system for mote-class sensor nodes that implements a more dynamic point on the design spectrum. SOS consists of dynamically-loaded modules and a common kernel, which implements messaging, dynamic memory, and module loading and unloading, among other services

This thesis addresses the challenges of building a software system for general-purpose runtime code manipulation. Modern applications, with dynamically-loaded modules and dynamicallygenerated code, are assembled at runtime. While it was once feasible at compile time to observe and manipulate every

, memory model, existing code-base for computer algebra and user interfaces, and for purposes of this paper, its ability to dynamically load modules written in other languages. GMP is an open-source highly-tuned library of programs for arbitrary precision integer, rational and floating-point arithmetic

experiments involving a 36-node, irregularly connected network, Q-routing proves superior to a nonadaptive algorithm based on precomputed shortest paths and is able to route efficiently even when critical aspects of the simulation, such as the network load, are allowed to vary dynamically. The paper concludes

interaction. This precludes compile-time or composition-time verification of interoperability between dynamically loaded modules and therefore presents major risks for future large-scale productionclass deployments. In this paper we present Lorien: a componentbased modular operating environment that employs

with 10.3 dB PAR. It may be noted that this PAR reduction actually reduces the performance difference between the fixed load and dynamic load envelope tracking amplifiers, since dynamic load modulation has a lower effect in the higher output power, or higher drain bias voltage regime. As the amount

dynamically load modules that can be used to read/write data, create new data, or analyze data. The flexibility and efficiency of the Suez system allows us to use one program for all of our data access needs: software trigger, online monitoring, calibration, reconstruction, Monte Carlo generation, analysis