First presentation about the CARLINK PROJECT. The main purpose is to develop an intelligent wireless traffic service platform between cars supported by wireless technologies (VANETs).
Author - Jamal Toutouh -
Jamal Toutouh

Simulation part of CARLINK PROJECT
Video about simulation results using VanetMobiSim/ns2 (TestA1)
- Jamal Toutouh -
Jamal Toutouh

Simulation part of CARLINK PROJECT
Video about simulation results using VanetMobiSim/ns2 (TestB1)
- Jamal Toutouh -
Jamal Toutouh

Video about simulation of a multi-hop scenario results using VanetMobiSim/ns2 (Urban Test 1)
--Jamal Toutouh--
Jamal Toutouh

Video about simulation results using VanetMobiSim/ns2 (TestB2)
- Jamal Toutouh -
Jamal Toutouh

VANET simulation by using JANE. The TestA1 consists of two cars moving in a straight line while transferring data from one to another. For more information, please visit CARLINK.

Simulation created using the CFD code named CEBAM (Computational Explosion And Blast Assessment Model). CEBAM is capable of simulating blast loads from high explosive, vapor clouds, and bursting vessels. Floating barricade system used to increase standoff and hence reduce blast loading on anchored vessels. Research performed by Risknology, Inc.

Simulation created using the CFD code named CEBAM (Computational Explosion And Blast Assessment Model). CEBAM is capable of simulating blast loads from high explosive, vapor clouds, and bursting vessels. Blast loading on a Humvee from an IED detonated near the vehicle. Research performed by Risknology, Inc.

Simulation part of CARLINK PROJECT
Video about simulation results using VanetMobiSim/ns2 (TestA1)
- Jamal Toutouh -
Jamal Toutouh

Results of a computer simulation using a mechanics concept called motion analysis proposed by a research group at National Central University, Taiwan.