Eigen Technologies

Signal Processing and System Tools

Whether it is Communication, biometrics, speech recognition or forensic, processing of complex signals is an important aspect in all of them. As the signals involved in a design are getting complex in an exponential way, it has become important to come up with an environment where it becomes considerably easy to test an algorithm and hence realize the same with an actual implementation. The techniques like Image Processing, Audio Processing, Video Processing and Filtering requires a high level of accuracy. To achieve this level of accuracy, an intelligent tool is needed, which is accurate, intuitive, easy to work with and capable to provide an environment where the game is just of dragging and dropping the objects to achieve what exactly a developer is looking for.

Signal Processing Worksystem (SPW)

The Signal Processing Worksystem is a system-level design tool originally designed for the development of digital signal processing (DSP) algorithms and hardware. The increased use of DSP in both wired and wireless communication systems has expanded the utility of SPW to include the simulation of complete communication systems, including modulators, demodulators, and communication channels. The software employs a graphical "connect-the-blocks" format to speed design, enable sharing among members of design groups , and provide an intuitive understanding of the simulated system. The SPW flow has three components :

Systems are entered into SPW via the Block Diagram Editor, which, as its name suggests, constructs the simulated system by connecting low-level functional blocks, such as adders and delay elements. Blocks may be hierarchical, to capture higher-level functionality.
The Simulation Manager defines and controls the simulation(s) to be run; the length of the simulation and parameters to be swept, for example, are controlled here.
Finally, the Signal Calculator edits and analyzes both input and output signals of the simulated system.
SPW