Qualifications

1) Engineer (2^nd Master’s equivalent) degree, Computer Science, Field of specialization: Information Systems and AI, 2006

2) Third Year Mini Project; Computer Science, 2004

3) 3-year university in Business degree, evening course-time; Banking and Monetary Techniques, 2005.

4) Senior technician (undergraduate degree equivalent: Not yet awarded); Industrial Refrigeration and Air Conditioning, 2002

5) Photography certificate awarded.

Training

- Test Of English as a Foreign Language (TOEFL Internet Based Test) at the language school "In-Tuition" Approved by the Educational Testing Service (ETS, UK), Algiers city, November 2010.
- How to Trade Live on Forex Markets, Planning Strategies, Trading Strategies Language Programming Group LLC FOREX.COM UK Ltd.; Online Course, Lectures and Live Technical Support, 2009-2010
- Photography and Photo Lab, M. Mammeri Culture House Tizi-Ouzou city, 2000-2001 (part-time training)

- Accelerated Training in Information, Education and Communication studies in guide, inform and family planning counselor, Algerian Association for Family Planning, National Institute of Productivity and Industrial Development (INPED)- INH University, Boumerdes city 1998.

Skills

Non-Computer Skills:

Economics,

Electronics,

Microelectronics applied in Computing and programming in Robotics (Mechatronics),

Bioinformatics.

Qualities

Motto:

Employee-Institution relationship meeting the requirements of the Global Firm i.e. family-type interrelations with the employing institution; Goal: market share vs. profit; the employer is king vs. customer is king standard; mutual fidelity.

Work Experience

- Research student, Dept of Computer Science, Faculty of Electrical Engineering and Computing.

East Algiers University 2009-

Overseas/remote learning supports: NPTEL’s Kharagpur IIT/Bangalore IIS (India)

- Developer of Language for Programming of Forex Trading strategies, GAIN Capital Group (LLC) FOREX.COM UK Ltd (broker), Self-employed, 2009-2010

- Computer-Aided Designer, SNC OMAB Engineering Co., Bureau d’Ingenierie et d’Etudes Techniques, Tizi-Ouzou city, 2007-2009

- Post-sale Technician, Hardware Distribution Centre CDMI-Samsung CCTV, Kouba Algiers city, 2006-2007

- Installer and repairer of Computer Networks-part-time job, Mondial Prestations Informatiques Co., Ltd; Tizi-Ouzou-city, 2006-2006

- Trainee/Practicum Supervision, ENIEM, CORP, Oued-Aissi’s Industrial Area, Tizi-Ouzou Pref., 2002-2002

- Host-summer job, Nat’l Preparatory Committee, the World Festival of Youth and Students, Algiers Pref., 2001.

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RESEARCHS DID RECENTLY:

2011:

Understanding life and the brain: The approach is to build brain by modeling in order to understand brain --> analysis by synthesis principle i.e. to try complementary approaches targeting different levels of systems organization with their hypothesis (computational neuroscience, cognitive systems, evolutionary and developmental approach) --> to simplify the problem (brain) on different levels of simplification for the different approaches (principle of horizontal simplification, ignoring something of everything rather than ignoring everything of something; brain processing organization: evolution and development, computational systems, sensory representations, embodied brain-like intelligence) --> to consider the system (brain) as an entity in full interaction with its respective environment --> identify the control architecture.

2010-2011:

In Cognitive science: Teleoperating --> work on the issue of computer-assisted master-slave command control teleoperator system force feedback to act mechanically and remotely through sensory feedback --> virtual mode (interactive simulation) --> Coupling type: virtual mechanisms (“position/force” hybrid control i.e. Cartesian space into 2 separate degrees of freedom).

Research did in 2010 then submitted to Japse Embassy under MEXT scholarship program/app.:

Distributed AI (DAI, subfield of AI research): Implementation and enforcement in the conduct of production systems (engineering systems design) --> looking closer at how is made distributed simulation study of the aspects of human intelligence by an embedded system on distributed problem solving through this DAI research field: Multi-agent system MAS.

The transition from Object to intelligent Agent characterized by the addition of the decision-making of entities feature and interAgent communication process.
Hypothesis: - an intelligent software agent called autonomous, is it intelligent once demonstrates a capacity to mimic human behavior (in line with the Turing Test)?
- Issues raised in the design of MAS i.e. specifying an agent oriented architecture and interactions between them.

App.: multiexpert systems --> knowledge-based systems extension of representing agents.

Research did in 2009 then submitted to Japse Embassy under MEXT scholarship program/app.:

Information research systems --> Reformulation of request (by Injection of relevance) and training based on genetic algorithms GAs for application on non-manufacturing/mobile robots --> to exploit GAs ability to solve problems of adaptation in order to endow robot system with fundamental property of learning --> to treat about the contributions of genetic algorithm to design information research systems adapted for intelligent robot needs --> an Opened Robot interface for the Network ORiN needs.

Computer Skills

In Software Technology:

- OS: Montavista Linux 3.0; “former” Wind River Open RTLinux on Atom processor; VxWorks; µTRON4.0 Real-Time Kernel-1.4.4 TOPPERS/JSP on x86-compatible Zilog 16-bit processing eZ80 and 32-bit processing Z380 µcontrollers --> ITRON adopted rather than RTLinux for its lowest footprint (measured only in Kb) and superior real-time performance (switching tasks in µseconds). --> T-Kernel standard/32-bit µcontroller technology and nT-Engine/T-Linux are under familiarization.

- Embedded Apps baised on ITRON: programming low power FPGAs; Scheduling algorithms.

- AI: Embedded AI; Multi-agent systems/extension to knowledge-based systems.

In Programming languages:

Lisp, Prolog (use of predicate logic for knowledge-based systems), EC++ (32-bit archi.), C++ on Unix OS, Real time Java (for system programming), Lego Mindstorms NXT-G v1.0.

In Application languages: Computer Algebra Systems, Geometric Modeling and familiarization with Functional model.

In computer graphics : Computer-generated Imagery (CGI) in Simulation (static and moving scenes) applied in a virtual mode teleoperation (interactive simulation), virtual and augmented reality- haptic interfaces (haptic body: 6 DoF arm): Autodesk 3ds Max/Windows platform; MS Flux Studio.

Autodesk Autocad 2004 (16.0 ver.)/CAD.

Through Curriculum materials:

Logic for AI; Experts systems and App.; Pattern Recognition; Natural Language Processing.

Languages

English (fluent – reading, writing and speaking)

Japanese (good – speaking and reading; writing – fair in kanji, fluent in kana)

Korean (fair – reading, writing and speaking)

Spanish (fair – reading, writing and speaking)

Additional Information

RESEARCH INTERESTS

- Mechatronics (computer/mechanical and its use in Animatronics; mechanisms with new mobility concepts);

- Tecnomatix Jack (human modeling toolkit);

- H-Anim 1.1(humanoid modeling and animation) --> Computer graphics and image processing;

- Human-Machine Interface HMI/Human-Robot Interaction HRI;

- Observe-by-wire system;

- Biologically Inspired Robots: Design and Control of humanoid Robot/Software construction;

- Pneumatic Pressure System with extension to Air Servo System;

- Sensor Array Processing;

- process control by neural networks (artificial neural networks suitable for automation technology)

- Speech Processing/Speech Recognition implemented on Motorola DSP 56000;

- Real-time sensing and control;

- Humanoid’s self learning and upbringing/a humanlike behavior --> hypotheses about human nature, intelligence, and behavior i.e. how to learn new capabilities without outside assistance, adjust strategies based on the surroundings and adapt to new situations, understanding of natural language, how a matter of common sense made (deduction), creative response (restitution technology), learning through experience and ability to establish deductions based on an incomplete information (inference).

- Android science.

Desired Job

Developing axes of research related to the concerns and field activity. Close behind science updates for specific tasks and techniques in software engineering and AI. Prepare effectively for use in appropriate areas:
- Systems Analysis,

- Neural Networks,

- Teleoperation,
- Embedded AI and Human-Machine Interaction (HMI),
- Embedded Programming Languages​​,
- Parallelism and Distribution (synchronization with shared variables, distributed systems, Internal architecture),
- Robotics:

- Humanoid robot intelligence: autonomous humanoid logic that can interact with humans;

- Communication support fundamental research information infrastructure through robot;

- Robots with human society and human relationships;

- Intelligent Robots with integrated sensor network system;

- Robot programming (off-line programming from CAD-robotics databases).