Ariel Software & Algo

1. Developed RF signal processing algorithms and simulations for mathematical characterization of electromagnetic signals in order to conduct automatic set-up's development and quality tests.
Developed in MATLAB 2012.

2. Integrated RF signal processing algorithms from Matlab into Java programming language on J-system
Developed in MATLAB 2012.

3. Developed operation research for complex RF signal processing hardware & software systems development tests.
Developed in MATLAB 2012.

4. Developed signal processing operation research for antennae components in order to select the optimal design and performance improvements.
Developed in MATLAB 2012.

5. Performed laboratory setup development tests by exploring RF Signal processing performance module and behavior under different environmental conditions and operation under different frequencies, using spectrum analyzer (NF,insertion loss,etc.)

6. Performed electrical acceptance tests for hardware board's Using j-tag connector and “Tdk lambda” industrial power supplier.
Performed RF signal processing setup's calibration using signal generators.

7. Developed signal processing "sun sensor" model for spacecraft environment simulation, laboratory simulation,
with earth and moon eclipse identification flags.
Developed in MATLAB 2013a student edition.
Redeveloped in C using GGNCSim "Eurosim" simulator.
Redeveloped in C using Eclipse on Linux UBUNTU 14.10 OS.

1. Developed RF signal processing algorithms and simulations for mathematical characterization of electromagnetic signals in order to conduct automatic set-up's development and quality tests.
Developed in MATLAB 2012.
2. Integrated RF signal processing algorithms from Matlab into Java programming language on J-system
Developed in MATLAB 2012.
3. Developed operation research for complex RF signal processing hardware & software systems development tests.
Developed in MATLAB 2012.
4. Developed signal processing operation research for antennae components in order to select the optimal design and performance improvements.
Developed in MATLAB 2012.
5. Performed laboratory setup development tests by exploring RF Signal processing performance module and behavior under different environmental conditions and operation under different frequencies, using spectrum analyzer (NF,insertion loss,etc.)
6. Performed electrical acceptance tests for hardware board's Using j-tag connector and “Tdk lambda” industrial power supplier.
Performed RF signal processing setup's calibration using signal generators.

1.Developed an automatic data Base which produces algorithmic results from simulations data and Image Processing
data obtained from optical inspection.
verification and validation of those algorithms, which are used for Overlay measurements between lithography
layers.
Developed in MATLAB 2013B.

2.Developed an algorithm for overlay per scan point and target noise estimation calculation based on Cauchy
series conditions and curve fitting algorithm process for noise reduction in image processing data obtained
from optical inspection.
Developed in MATLAB 2012.

3.Developed an algorithm for overlay per scan point and target noise estimation calculation based on “Holder”
condition and convex topological vector space algorithm to prevent smear effects in image processing data
obtained from optical inspection.
Developed in MATLAB 2013B.

4.Developed RF signal processing algorithms and simulations for mathematical characterization of electromagnetic
signals in order to conduct automatic set-up's development and quality tests.
Developed in MATLAB 2012.

5.Integrated RF signal processing algorithms from Matlab into Java programming language on J-system
Developed in MATLAB 2012.

6.Developed operation research for complex RF signal processing hardware & software systems development tests.
Developed in MATLAB 2012.

7.Developed signal processing operation research for antennae components in order to select the optimal design
and performance improvements.
Developed in MATLAB 2012.

8.Developed algorithms for analyzing the theoretical issue of “many-body systems out of equilibrium" systems
behavior including a graphical user interface “GUI”, in Matlab.
Developed in MATLAB 7.

9.Validated algorithms for analyzing Gama radiation, multiple particles systems, nmr simulations and vacuum
systems operations, and implemented the algorithms in C programming and Matlab graphical interface GUI.
Developed in MATLAB 7.

10.Developed Monte-carlo simulations using Metropolis, Cluster and similar algorithms for analyzing second order
Phase transition in the solid state "square lattice" semiconductors and "Graphene lattice" semiconductors.
Developed in MATLAB 2012 student edition.

11.Developed Monte-carlo simulations in Simulink for telecommunication machine learning systems for optimization
of the transfer from blazed grating into the physical layer.
Developed in MATLAB 2012 student edition.

12.Developed statistical simulations for symmetries characterization and recognition in the solid state
semiconductor lattice.
Developed in MATLAB 2012 student edition.

13. Developed signal processing "sun sensor" model for spacecraft environment simulation, laboratory simulation,
with earth and moon eclipse identification flags.
Developed in MATLAB 2013a student edition.
Redeveloped in C using GGNCSim "Eurosim" simulator.
Redeveloped in C using Eclipse on Linux UBUNTU 14.10 OS.

1. Development of decentralized systems client algorithms (blockchain,micropayments,smart contracts,Flow,etc.)
Developed with C++ using Eclipse on Linux UBUNTU 14.10 OS

2. Development of Data base application for employee management including payroll calculations, with text oriented
management console.
Developed in C programming language.
Redeveloped in C++ programming language with an expansion of employee data.
Developed with C++ using Eclipse on Linux UBUNTU 12.10 OS

3. Developing telnet application and network protocol to provide a bi-directional interactive text oriented
communication between real time "Arm" architecture and Linux workstations with data connection over Tcp/ip in
C programming language.
Developed with C using Eclipse on Linux UBUNTU 10.10 OS

4. Validated algorithms for analyzing Gama radiation, multiple particles systems, nmr simulations and vacuum
systems operations, and implemented the algorithms in C programming and Matlab graphical interface GUI.
Developed in MATLAB 7, implemented the algorithms in C using Eclipse on Linux UBUNTU 10.10 OS

5. Developed signal processing "sun sensor" model for spacecraft environment simulation, laboratory simulation,
with earth and moon eclipse identification flags.
Developed in MATLAB 2013a student edition.
Redeveloped in C using GGNCSim "Eurosim" simulator.
Redeveloped in C using Eclipse on Linux UBUNTU 14.10 OS.

1. Developed signal processing "sun sensor" model for spacecraft environment simulation, laboratory simulation,
with earth and moon eclipse identification flags.
Developed in MATLAB 2013a student edition.
Redeveloped in C using GGNCSim "Eurosim" simulator.
Redeveloped in C using Eclipse on Linux UBUNTU 14.10 OS.

2. Development of decentralized systems client software algorithms (blockchain,micropayments,smart
contracts,Flow,etc.)
Developed with C++ using Eclipse on Linux UBUNTU 14.10 OS

1. Developing an automatic data Base which produces algorithmic results from simulations data and Image Processing data obtained from optical inspection.
verification and validation of those algorithms, which are used for Overlay measurements between lithography layers.
Developed in MATLAB 2013B.

2. Developing an algorithm for overlay per scan point and target noise estimation calculation based on Cauchy series conditions and curve fitting algorithm process for noise reduction in image processing data obtained from optical inspection.
Developed in MATLAB 2012.

3. Developing an algorithm for overlay per scan point and target noise estimation calculation based on “Holder” condition and convex topological vector space algorithm to prevent smear effects in image processing data obtained from optical inspection.
Developed in MATLAB 2013B.

4. Image Processing Edge detection technics and models applications and statistically independent noise image analysis, Developed in C++ programming language.

5. Developed RF signal processing algorithms and simulations for mathematical characterization of electromagnetic signals in order to conduct automatic set-up's development and quality tests.
Developed in MATLAB 2012.

6. Integrated RF signal processing algorithms from Matlab into Java programming language on J-system
Developed in MATLAB 2012.

7. Developed operation research for complex RF signal processing hardware & software systems development tests.
Developed in MATLAB 2012.

8. Developed signal processing operation research for antennae components in order to select the optimal design and performance improvements.
Developed in MATLAB 2012.

9. Developed algorithms for analyzing the theoretical issue of “many-body systems out of equilibrium" systems behavior including a graphical user interface “GUI”, in Matlab.
Developed in MATLAB 7.

10. Validated algorithms for analyzing Gama radiation, multiple particles systems, nmr simulations and vacuum systems operations, and implemented the algorithms in C programming and Matlab graphical interface GUI.
Developed in MATLAB 7.

11. Developed Monte-carlo simulations using Metropolis, Cluster and similar algorithms for analyzing second order Phase transition in the solid state "square lattice" semiconductors and "Graphene lattice" semiconductors.
Developed in MATLAB 2012 student edition.

12. Developed Monte-carlo simulations in Simulink for telecommunication machine learning systems for optimization of the transfer from blazed grating into the physical layer.
Developed in MATLAB 2012 student edition.

13. Developed statistical simulations for symmetries characterization and recognition in the solid state semiconductor lattice.
Developed in MATLAB 2012 student edition.

14. Development of decentralized systems client algorithms (blockchain,micropayments,smart contracts,Flow,etc.)
Developed with C++ using Eclipse on Linux UBUNTU 14.10 OS

15. Developed signal processing "sun sensor" model for spacecraft environment simulation, laboratory simulation,
with earth and moon eclipse identification flags.
Developed in MATLAB 2013a student edition.
Redeveloped in C using GGNCSim "Eurosim" simulator.
Redeveloped in C using Eclipse on Linux UBUNTU 14.10 OS.

1. Developing an automatic data Base which produces algorithmic results from simulations data and Image Processing data obtained from optical inspection.
verification and validation of those algorithms, which are used for Overlay measurements between lithography layers.
Developed in MATLAB 2013B.

2. Developing an algorithm for overlay per scan point and target noise estimation calculation based on Cauchy series conditions and curve fitting algorithm process for noise reduction in image processing data obtained from optical inspection.
Developed in MATLAB 2012.

3. Developing an algorithm for overlay per scan point and target noise estimation calculation based on “Holder” condition and convex topological vector space algorithm to prevent smear effects in image processing data obtained from optical inspection.
Developed in MATLAB 2013B.

4. Image Processing Edge detection technics and models applications and statistically independent noise image analysis.
Developed in C++ programming language.

5. Validated algorithms for analyzing Gama radiation, multiple particles systems, nmr simulations and vacuum systems operations, and implemented the algorithms in C programming and Matlab graphical interface GUI.
Developed in MATLAB 7.

6. Developed Monte-carlo simulations using Metropolis, Cluster and similar algorithms for analyzing second order Phase transition in the solid state "square lattice" semiconductors and "Graphene lattice" semiconductors.
Developed in MATLAB 2012 student edition.