Wireless Grid Computing: Introduction
Wireless grid computing expands the conventional grid computing paradigm to incorporate a varied array of mobile devices capable of communicating by radio frequency, infrared, optical, and other wireless techniques. A grid computer is an idea, a network, a work in progress, part hype and half reality that is catching the computing community's interest. It makes use of clusters of computers, servers, or other devices. They collaborate to solve difficult computations.
Among the devices engaged in the implementation of wireless grid are RFID (Radio Frequency Identification) tags, and tiny sensors. Cellular phones, PDA (Personal Digital Assistants) & paging devices, wearable or hand-held computers, laptop computers, and special purpose computers integrated into many modern appliances to serve a specific autonomous purpose.
Wireless grid computing market is an emerging field due to the rapid advancements in grid computing technology and wireless technologies. These wireless grids expand grid computing capabilities among wireless devices.
The architecture in wireless grid computing can be widely classified into four categories based on relative mobility of the devices in the grid and devices predominant in the grid. These include fixed wireless grids, mobile or dynamic wireless grids, sensor network grids, and ad hoc grids.
Wireless grid computing supports the sharing of resources, fixed wireless devices, or mobiles among organizations. This may include devices such as mobiles, laptops, sensors, and PDAs, while the resources operating these devices can be bandwidth, processor, code repositories, memory, and software.
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The increased scope, usage, and popularity of mobile and wireless devices coupled with low cost, small size, easy handling, and mobility are features that significantly support growth in revenue of wireless grid computing market over the forecasted timeframe.
Increasing processing power, rapid advancement in miniaturization, and superior operating systems & applications, along with the propagation of wireless access points will quickly expand the usefulness of these devices and make them increasingly capable of taking part in grid networks.
The increasing reliance on these devices has increased the pace at which applications for these devices are developed, as well as expanding the scope and functionality of these applications.
The rise in status delivery of monitored observations is expected to utilize considerable bandwidth that enhances the database size of monitoring servers constantly over a significant period of time. This is anticipated to enhance the wireless grid computing market share over the coming years.