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Smart grid (SG) has been recognized as a promising solution to manage and distribute electricity in the next generation power systems. The large number of devices in power systems make the wired communication a non feasible solution, thus wireless transmission becomes necessary. However this demands a huge portion of radio spectrum. In this work, we aim to provide the secure and reliable SG communication...
Modern wireless communication networks need to support a variety of data intensive applications in various medium/channel scenarios. It requires high network throughput as well as robustness against Multiuser Interference (MUI), multipath fading and other channel effects. This is achieved by using the hybrid Direct Sequence Time Hopped CDMA (DS-TH CDMA) systems. In this paper, a novel usage of State-Space...
High speed interfaces in traditional Printed Circuit Board based systems are based on serial data communication circuits. Serializing and deserializing circuitries are used on two ends of the chips communicating with each other. The channel can be either between modules over a Backplane, between chip packages on PCB or between dies on an interposer. Backplane and PCB based serial communication has...
In recent years, 2.5D integration of ICs on Interposer is becoming popular for highly integrated miniaturized systems. To combine two or more chips together, there is a lot of communication between the chips and this needs either a very high number of slow channels or numerous high speed channels. To find an optimum number and speed of interposer channels is an important task. In conventional PCB...
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