GLOMOSIM Simulator Projects stands for global mobile information system simulator and satellite network simulation environment for extensive and wireline communication networks, mobile Adhoc network developed at ucLA parallel computing laboratory. We use GLOMOSIM as a parallel discrete event simulation provided by a parallel simulation environment for complex systems a c based simulation language developed for final year projects.
Consequently, we implement GLOMOSIM simulator with thousand nodes linked by heterogeneous communication to ensure multicast and also in multihop wireless communication using Adhoc network and traditional internet protocols. We offer the GLOMOSIM simulator projects, a popular simulation tool that is free for education, research and developed from Springer paper.
We implement various layers in GLOMOSIM and detail description in PhD projects.
We implement GLOMOSIM, a scalable simulation library for the wireless network built by the PARSEC simulation environment. GLOMOSIM supports a two-node mobility model, node which moves based on a model referred to as a random waypoint model. Other mobility models in GLOMOSIM are referred to as the random drunken model.
We write GLOMOSIM library in PARSAC a simulation environment derived from the Maisie simulator. And also, we adopt PARSAC a message-based approach to discrete event simulation for research scholars.
A visual programming environment called PAVE is developed to support the visual design of PARSEC programs or configure a simulation model by the predefined component library in GloMoSim simulator projects. We model the physical process by simulation objects called entities and also represent the event by time-stamped message transmission among corresponding entities.
We implement MANET, a temporary self-organized network of a wireless mobile node without any infrastructure, also support in which read available on conventional networks.
We categorized the MANET protocol as
We developed more than 75+ project with MANET application in GLOMOSIM are
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Unlimited Network Simulation Results available here.