New behavioral-level simulation technique for RF/microwave applications. Part III: Advanced concepts

New Behavioral-Level Simulation Technique for RF/Microwave Applications. Part III: Advanced Concepts

The quadrature modeling structure is widely accepted as an efficient tool for the nonlinear simulation of RF/microwave bandpass stages (power amplifiers, etc.) for wireless applications. The common belief is that this structure can be applied to model only bandpass memoryless nonlinearities (which, however, may exhibit amplitude-to-phase conversion). In two recent articles [1, 2] the authors ha...

New Behavioral-Level Simulation Technique for RF/Microwave Applications. Part I: Basic Concepts

The quadrature modeling technique is nowadays widely used for the nonlinear ( simulation of RFrmicrowave communication circuits and systems at the behavioral sys) tem level. It allows one to simulate the circuitrsystem performance under real-world ( ) conditions and signals using several thousand sample frequencies and to predict such parameters as adjacent channel power ratio, spectral regrowt...

Creator: new advanced concepts in concurrent simulation

Creator is a concurrent simulator for design veri cation and fault simulation of large circuits which highly integrates several traditional and innovative techniques. This is achieved by the introduction of a minimal information concept. Traditional techniques derived from previous works are Multiple List Traversal (MLT), trigger inhibition, fraternal event processing, list events and clock sup...

Hæmatological Technique Part III

Advanced Concepts for High - Level Graphics Languages

Much effort has been expended in the past years on the specification of the CORE and the GKS subprogram system standard proposals. Both have a common intent: They standardize the input/output interface between an application program and the graphics terminals. Such systems can not, however, address the modelling problem, i.e. ways and means to create or define graphical objects. This task is at...