CHRISTOPHE BOBDA THESIS

AGVs have the potential to revolutionize operations in areas such as manufacturing, product distribution, health care, and military. We address IP verification with the use of sandboxing to provide system protection from suspicious IP with the use of behavioral monitors to detect illegal interactions and isolate possible damage with physical separation and virtualized resources. Each seven-inch by three-inch device contains three sensors, which can detect carbon dioxide, carbon monoxide and liquefied petroleum gases. We investigate the design and run-time operation of high-performance and adaptive architectures with application in image processing, cloud computing and big data, embedded optimization, security, and control. On a trip to Yaounde, Cameroon, in , Christophe Bobda, associate professor of computer science and computer engineering, noticed that the roads were crowded with old cars.

Nicolas Edwards has completed his Master’s degree, opting for the coursework option. Bobda’s research will address these challenges. We presented the work summarized in a poster at the conference in February of The focus of this thesis is the synthesis of this design and structure with the anti-jamming, security needs of drone systems. Hardware sandboxing for secure SoCs is enforced by partitioning the chip in two zones: Feel free to contact us anytime for further information.

We address IP verification with the use of sandboxing to provide system protection from suspicious IP with the use of behavioral monitors to detect illegal interactions and isolate possible damage with physical separation and virtualized resources. After christophe bobda thesis transitional period, our lab has christophe bobda thesis numerous funding from various organization including the national science foundation NSF and the Airforce Research.

He finished his B. Multi-truck coordination is then framed as the problem of routing packets in a dynamic and hierarchical network where cameras represent routers and trucks represent packets. They could even be used in nursing homes to move disabled people around.

As per our latest design flow revision, the structure of a hardware sandbox is generated for one or more non-trusted IP over three phases: The trusted zone is tightly controlled by the system integrator and all resources are developed only by christophe bobda thesis contractors.

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Christophe bobda thesis project is conducted as a joint effort between the University of Arkansas in Fayetteville and R-Dex in Atlanta, and will provide undergraduate and graduate students opportunities to perform their work in academic and industrial environments.

To get this data, he led a team that designed and built a set of devices christophe bobda thesis can monitor air quality. With applications in the field of driving assistance and object recognition, we prove the usability of our framework in producing performance and correct design. We also performed a hardware demo of CAPSL, where we walked through the steps of the generation process.

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The title of his Ph. At system specification and register transfer level RTL implementation levels, the integrator will design the sandbox along with all resources christophe bobda thesis tight control and provide an interface to IP designers to integrate their IPs in the SoC. Poster papers were awarded space in the proceedings along with an oral and poster presentation. Our christophe bobda thesis research field is the design of smart embedded systems, with emphasis of reconfiguration and run-time optimization.

In both cases, we are successful in detecting and isolating unwanted behavior. In christophe bobda thesis thesis, we will study different ways to improve feature matching by increasing the quality and reducing the number of SIFT features. This thesis presents the current work performed, observations, and the future potential of hardware sandboxing in drone systems. The emissions from these vehicles were filling the air with pollution, and Bobda became concerned about the health of the people living in this environment.

Our stereo camera measurement systems can provide point-and-measure functionalities in a handheld tablet. We gave both an oral christophe bobda thesis poster presentation with a focus on underlying models and their flexibility. Poster papers were awarded an abstract publication. Our approach was validated with benchmarks from trust-hub. Michael Mefenza defends his Ph.

Abstract Christophe bobda thesis this christophe bobda thesis, we will study different ways to improve feature matching by increasing the quality and reducing the number of SIFT features. Each element of the sandbox can be output as a design file of the same format VHDL, SystemC, etc as the system in which they are to be integrated.

Researchers can then use the data to study the correlation between air pollution and lung diseases, which are a growing problem in Yaounde. In addition, AGVs will enable autonomous mobile robot applications in numerous other unstructured environments, including: It borrows concepts already in use in software, with the goal of containing activities of christophe bobda thesis components with guards and preventing damaging actions to the rest of the system.

Christophe Bobda has received an NSF award to conduct research in vision systems for autonomous vehicles. Feel free to contact us anytime for further information.

This data will be incorporated in a geographical information system designed by Emamuel Toyne, a professor in Cameroon. After teaching a course in which he christophe bobda thesis the technology involved in the sensors, Bobda presented them to the Ecole Nationale Superieure Polytechnique. Yonga defends his Ph.

Bobda’s research will enable AGVs to be controlled in indoor environments without centralized coordination AGVs have the potential to revolutionize operations in christophe bobda thesis such as manufacturing, product distribution, health care, christophe bobda thesis military.

The abstarct of his research is as follows: We created an algorithm to identify robust SIFT features by evaluating how invariant individual feature points are to changes in scale. This allows us to exclude poor SIFT feature points from the matching process and obtain better matching results in reduced time.