In this paper the CLL (capacitor inductor inductor) resonant converter (RC) with digital signal processor (DSP) based fuzzy controller for stand alone wind energy system has been estimated and performance of is analysed. The proposed analyses closed loop condition. regulates output voltage change supply load disturbance are carried out. RC compared through simulation experimental studies using ...

The recent audio CODEC (Coding/Decoding) algorithms are complex of several coding techniques, and can be divided into DSP tasks, controller tasks and mixed tasks. The traditional DSP processor has been designed for fast processing of DSP tasks only, but not for controller and mixed tasks. This paper presents a new architecture that achieves high throughput on both controller and mixed tasks of ...

| The design of application-speci c processor for DSP applications is not only driven by low-cost requirements, but also needs to ful ll constraints in terms of short development time. MetaCore, a con gurable and instruction-level extensible DSP core, can e ectively satisfy these requirements by providing a high degree of customization to the given application. In this paper, we present archite...

We present an empirical analysis of the fast affine projection (FAP) algorithm to be used in an acoustic echo cancellation application using a fixed point DSP processor. We also introduce a modified FAP algorithm that was developed based on our FAP study. Our analysis study shows that the modified FAP algorithm is more robust and provides more consistent performance than the LMS algorithm. The ...

The paper proposes the development of BLDC motor characteristics using a digital signal processor (DSP) motion control kit (MCK28335 kit) compare real results with simulation results. Keywords— BLDC Motor, MCK28335, DSP, Speed

This paper described the principle, application and implementation of serial communication between PC and a Digital Signal Processor (DSP). The TMS320F28031 which is a type of DSPs made by Texas Instruments (TI) is used in this implementation. This DSP processor has serial communication interface (SCI) module for serial communication. The SCI is a two−wire asynchronous serial port, commonly kno...

This paper presents design and implementation of three new Infrared Counter-Countermeasure (IRCCM) efficient methods using Neural Network (NN), Fuzzy System (FS), and Kalman Filter (KF). The proposed algorithms estimate tracking error or correction signal when jamming occurs. An experimental test setup is designed and implemented for performance evaluation of the proposed methods. The methods v...

This paper describes the C-NNAP machine, a MIMD implementation of an array of ADAM binary neural networks, primarily designed for image processing. C-NNAP comprises an array of VME cards each containing a DSP, SCSI controller and a new design of the SAT peripheral processor. The SAT processor is a dedicated hardware implementation that performs binary neural network computations. The SAT proces...

Embedded Sensor Networks are deeply immersed in their environment, and are difficult to protect from abuse or theft. Yet the software contained within these remote sensors often represents years of development, and requires adequate protection. We present a software based solution for the Texas Instruments C5509A DSP processor which uses object-code encryption and public-key key exchange with a...

This paper proposes the possibility of reuse of the existing optimized DSP code on a scalable high-performance VLIW DSP processor. Since loops are the critical paths in most DSP applications, we focus on issues related to loop optimization. In our approach, we first perform a loop alignment transformation on the source level; we then reuse the existing optimized loop code on the assembly level....