CONTROCOM

In this sector we focus on issues like:

1- Electronic design automation.

2- Formal verification methods.

3- CAD research.

4- Circuit design techniques for low power high speed systems.

5- design for testability.

6- Massive scale integration of modules and optimization.

7- Mask design techniques for nano scale dimensions.

8- Design for manufacturability.

9- Fast interconnect, and routabilities in the 3rd dimensions.

10- Lithographic methodologies for maximum density compaction.

11- Semiconductor device modeling and design techniques.

12- microarcitecture and pipe lining techniques.

13- utilization of multivalued logic and async clock techniques.

14- Massive gate arays system integration.

In this sector our group focuses on the following:

1- Cable High speed  transceiver design techniques.

2- ATM networking.

3- OSI layers implementation in ASIC/FPGA systems.

4- Router optimal performance design techniques.

5- Wireless channel modeling for optimal Antenna tuner throughputs.

6- Electromagnetic field simulation for microwave circuit design methods.

7- LNA design techniques.

8- implementation of modern wireless protocols like G4 with min hardware.

9- DSP algorithms to hardware targeting algorithms for channel gain

     enhancement.

10- Utilization of optical channels and optical amplifiers, WDM systems,

      for all optical communication repeater systems.

11- modem design techniques for mobile systems.

Our group focuses on issues like:

1- Modern control techniques for stability, adaptive, fuzzy, ANN, etc.

2- Industrial networking communication, Data base server systems.

3- Robot task scheduling and industrial plant cell designs.

4- Man machine interface and implementation of SCADA systems.

6- Design automation and electromechanical simulation systems.

7- Servo system driver, inverter implementation techniques.

8- Visualization of robot hand,arm,foot activity in 3D real time systems.

9- Automobile computer control implementation with modern SOC controllers.

10- Remote and centralized controller module implementation.

our focus in this group is on issues like:

1- MRI image collection and enhancement .

2- Real time X-Ray/ultrasonic  image registration techniques of implementation.

3- Implementation  of Energy Dispersive X-Ray Fluorescence Spectroscopy.

4- Lithotripsy shock wave piso-eloectric source implementation methods.

5- holographic x-ray image formation for 3D miniature object nano scale fast fabrication.

6- Optical instrumentation for sub-wave length measurement accuracies.

This group is the one that gets most of Controcom research funding as we believe it is a matter of time for nano systems to become the norm in every day electronic system. this group focus is on issues like:

1- Quantum dot devices and quantum computing.

2- Spintronic and magneto RAMs.

3- Plasmonics in super computing.

4- DNA computing and supramolecular computing element synthesis.

5- MEMs and NEMs and microfluidic devices for medical and industrial applications.

6- Optical computing with lasers and all optical computing systems.

7- Nano robotics implementation for medical drug delivery.

8- Energy scavenging systems and smart dust networking.

9- Exploration of modern physical discoveries for new computing power utilizations.

10- Semicondutor foundary process enhancement for nano scale systems fabrication.

11- New chip/die packaging methods