Home List your patent My account Help Support us

Complex Numbers Square-Rooting Unit

[Category : - Computers and computer accessories ]
[Viewed 591 times]

This project is dedicated to descript the Complex Numbers Square-Rooting Unit. In this project a little-known theory of complex number coding is being used. Included is a brief outline of theory of coding and calculation method which is a generalization of the "digit-by-digit" method for complex numbers codes. The algorithm of square root extraction from complex number is detailed, as well as its hardware implementation and simulation in the MATLAB system. The simulation in the MATLAB system of several known algorithms of the "digit-by-digit" method is also described. The open codes of all the said algorithms are enclosed. On the base of comparison between the simulation results the comparative analysis of the proposed algorithm's performance and the traditional methods of square-root extraction from complex numbers is being performed.
It is shown that by number of steps the proposed algorithm is comparable with the elementary functions of real variable calculation algorithms. Of course, the square root extraction from complex number may be performed in DSP and PC by a program, using operations for elementary functions of real variable calculation. But the number of steps in our algorithm is 2.5 - 4.5 times less than in such programs.
Some special schemes are also considered. The given information is sufficient for practical realization of the unit.

Application
- Math coprocessor
- DSP algorithms
- Embeded arithmetic coprocessor
- Smart antenna systems
- Fast data processing

Contents of Project

1. Method of positional coding
2. Two ways of synthesis of complex numbers codes
3. ?Digit-by-digit? method
1. Basic Principles
2. Decomposition
1. Introduction
2. Algorithm of decomposition
3. Compositions
4. Extraction of a square root
1. Compositions
2. Decomposition
3. The domain of the number's representation
4. Operating speed evaluation
5. Optimization with respect to operating speed
5. Sqrt? normalization
6. About convergence
7. Some comparisons
8. Schemas of several devices
1. Comparison of the modules
2. Multiplication by a binomial
3. Shifters
8.3.1. The first variant
8.3.2. The second variant
8.3.3. The third variant
Reference
М-functions

Patent publications:

No published information
Ask the inventor for a copy of the filed application

Asking price:

90,000 USD

Rate this patent

Great invention
Viewed: 591 times

Seller:

solik (Israel)

Ask a question
or start a negotiation

Contact the seller

Share on social media