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For multi-Gbps indoor applications 38 GHz millimeter wave (mm Wave) technology offers the high potential. In this paper, where devices are battery-constrained we apply the millimeter wave technology for delivery of multimedia content in indoor network. Initially this paper schedules the concurrent transmission by the help of vertex coloring algorithm. Then, for each timeslot, consider the power allocation...
In this paper, we analyze the penetration losses for 6 blocks materials with surrounding environment as BSNL tower and infocity building at 28 GHz. This will helpful for future millimeter wave cellular materials such as college bus stand (CBS), wall near block-3, vehicle stands (VS) near block-4, student canteen (SC) wall, glass materials of hostel window at block-5 at 28 GHz in a small area of Trident...
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