In this research, we propose an architectural solution to integrate the video voice over IP (V2oIP) services in campus environment network and tested over LAN and WAN. Voice over IP (VoIP) technology has become a discussion issue for this time being. Today, the deployment of this technology on an organization truly can give a great financial benefit over traditional telephony. Therefore, this s...

Mobile agents can optimize their communication patterns to reduce bandwidth and latency and can adapt to changes in network service. We report on use of the Knowbot Operating Environment to support mobile agents in a wide-area network. Experiments with an application that monitors Web pages for changes show that a mobile program can outperform its stationary counterpart. The performance benefit...

This paper describes a system for visual surveillance for outdoor environments using an intelligent multi camera network. Each intelligent camera uses robust techniques for detecting and tracking moving objects. The system architecture implemented supports the real time capture and storage of object track information into a surveillance database. The tracking data stored in the surveillance dat...

Complex Traffic Network Modeling & Area-wide Hierarchical Control by Saumya Gupta 〈Dr. Pushkin Kachroo〉, Examination Committee Chair Professor of Electrical and Computer Engineering Department University of Nevada, Las Vegas In this thesis, we present a novel methodology to divide a traffic region into subregions such that in each subregion a Macroscopic Fundamental Diagram (MFD) can be utilize...

In this paper, the design and implementation of a wireless communication system specific to wide area sensor network capable of establishing ad hoc connections is presented. First, the application to which this system is applied is explained, and then a brief description of the system is made. In this system two routing algorithms were implemented, one based on a static links routing table and ...

Large, distributed High Energy Physics (HEP) collaborations, such as D0, CDF and US-CMS, depend on stable and robust network paths between major world research centres. The evolving emphasis on data and compute Grids increases the reliance on network performance. Fermilab's experimental groups and network support personnel identified a critical need for WAN monitoring to ensure the quality and ...

Network performance monitoring is an active area in networking research. An open problem of network monitoring research is where to put the monitoring host. A possible way is to cluster the hosts that need to be monitored based on their performance perception, and then put the monitoring node at the representative host of each cluster. In this class project, I experiment three different cluster...

The deployment of hybrid wide-area OpenFlow networks is essential for the gradual integration of OpenFlow technology into existing wide-area networks. Integration is necessary because it is impractical to replace such wide-area networks with OpenFlow-enabled ones at once. On the other hand, the design, deployment, and operation of such hybrid OpenFlow networks are often conducted intuitively wi...

This paper describes a data distribution algorithm suitable for copying large files to many nodes in multiple clusters in wide-area networks. It is a self-organizing algorithm that achieves pipeline transfers, fault tolerance, scalability, and an efficient route selection. It works in the presence of today’s typical network restrictions such as firewalls and Network Address Translations, making...

Inverse multiplexing, or network striping, allows the construction of a high-bandwidth virtual channel from a collection of multiple low-bandwidth network channels. Striping systems usually employ a packet scheduling policy that allows applications to be oblivious of the way in which packets are routed to specific network channels. Though this is appropriate for many applications, many other ap...