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Category Archive: IEEE NS2 PROJECTS

Risk Averse Scheduling by a PEV Aggregator Under Uncertainty

Research on electric power systems has considered the impact of foreseeable plug-in electric vehicle (PEV) penetration on its regulation, planning, and operation. Indeed, detailed treatment of PEV charging is necessary for efficient allocation of resources. It is envisaged that a coordinator of charging schedules, i.e., a PEV aggregator, could exercise some form of load control […]

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Enabling highly energy efficient WSN through PLL-free, fast wakeup radios

Energy wasted during the wake-up of radios significantly degrades the efficiency of duty-cycled Wireless Sensor Networks (WSN). The major contributor to this energy wastage is the PLL-based frequency synthesizer which has a long wakeup time. Furthermore, the rate of duty cycling in these radios is also constrained by the PLL which imposes an upper limit on the […]

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Evaluation of novel intelligent wireless pushing mechanism based on AHP

The huge data traffic demand is a challenge for the next generation of wireless network. Since the majority of data is public information, a novel wireless intelligent pushing mechanism is presented by pushing public information in the way of point to multipoint (P2M) in network idle time, using limited spectrum. Analytic Hierarchy Process (AHP) is employed to establish […]

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Linear Precoder Performance for Massive MIMO Systems in near LOS Environments: Application to mmWave Transmission

As the wireless communication network is driven toward densification with small cell deployments, massive MIMO technology shows great promises to boost capacity and energy efficiency. This paper aims at showing how raising carrier frequencies impacts the performance of the linear precoders used in Massive MIMO systems. By means of a geometrical deterministic channel model, we simulate a […]

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Brain pattern recognition based classification of neurodegenerative diseases

The visual inspection of the neurodegenerative disease through medical imaging is a tedious and error prone task. Most of the times the radiologist can misunderstand the disorder to be normal aging effect. In this project a system is being introduced which automatically classifies the kind of neurodegenerative disease. Basic image processing like preprocessing followed by […]

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Low temperature die attach based on sub-micron Ag particles and the high temperature reliability of sintered joints

The rapid development of high temperature SiC power devices has faced a huge challenge to resolve the reliability of devices at high temperature operating environments due to the damage of die attach solder. Ag particles, particularly, Ag nanoparticles have been used to joint these SiC devices because these Ag nanoparticles can be sintered to form […]

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Achieving Optimal Traffic Engineering Using a Generalized Routing Framework

The Open Shortest Path First (OSPF) protocol has been widely applied to intra-domain routing in today’s Internet. Since a router running OSPF distributes traffic uniformly over Equal-Cost Multi-Path (ECMP), the OSPF-based optimal traffic engineering (TE) problem (i.e., deriving optimal link weights for a given traffic demand) is computationally intractable for largescale networks. Therefore, many studies resort […]

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Local SIP Overload Control: Controller Design and Optimization by Extremum Seeking

The Session Initiation Protocol (SIP) is a signaling protocol for managing various types of real time sessions between parties over an Internet Protocol network. An open issue is the control of overload situations that occur when the incoming flow of requests to a SIP server overcomes the server processing capacity. In particular, call establishment times increase […]

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Tunable High-Frequency Properties of Co-Ni Ferromagnetic Nanowires through Composition Modulation

High-frequency properties of Co-Ni ferromagnetic nanowires with different compositions were investigated in this study. Co-Ni nanowires including Ni, Co38Ni62, Co50Ni50, Co72Ni28, and Co were synthesized in anodic aluminum oxide (AAO) templates by electrodeposition. The ferromagnetic resonance (FMR) frequency of nanowires was measured by a vector network analyzer with a coplanar waveguide line. Without an external magnetic field, […]

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Shared autonomous vehicles: Model formulation, sub-problem definitions, implementation details, and anticipated impacts

The emergence of self-driving vehicles holds great promise for the future of transportation. While it will still be a number of years before fully self-driving vehicles can safely and legally drive unoccupied on U.S. streets, once this is possible, a new transportation mode for personal travel looks set to arrive. This new mode is the […]

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