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Category Archive: NS2 PROJECTS FOR B.TECH

A Messy State of the Union: Taming the Composite State Machines of TLS

Implementations of the Transport Layer Security (TLS) protocol must handle a variety of protocol versions and extensions, authentication modes, and key exchange methods. Confusingly, each combination may prescribe a different message sequence between the client and the server. We address the problem of designing a robust composite state machine that correctly multiplexes between these different […]

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RELEAF: An Algorithm for Learning and Exploiting Relevance

Recommender systems, medical diagnosis, network security, etc., require on-going learning and decision-making in real time. These-and many others-represent perfect examples of the opportunities and difficulties presented by Big Data: the available information often arrives from a variety of sources and has diverse features so that learning from all the sources may be valuable but integrating what is […]

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Matrix-pencil approach to design super-immittances

This summary paper introduces several circuitry implementations of the super-immittances, i.e. super-inductors and super-capacitors. The proposed circuits are ready neither for immediate design nor practical applications; further analysis is required here to answer stability questions or quantify other limitations. These networks are derived by using systematic procedure based on the matrix method of the unknown nodal voltages […]

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An Ultra Wideband to Dual Band Switchable Antenna Design for Wireless Communication Applications

A switchable planar monopole antenna operating in ultra-wide band and dual band mode is demonstrated. The switching is triggered with a photoconductive semiconductor switch triggered by light emitting diode. In the switched-off state, the antenna operates in the dual-band/UWB mode, while in the switch-on state the configuration converts to a dual band antenna due to […]

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Multi-Band Compact Antenna for Smartphones Supporting LTE Carrier Aggregation

In this paper, we are proposing a dual feed compact antenna for a mobile phones that is capable of supporting the latest features of LTE, Carrier Aggregation (CA), which has been introduced to satisfy the ever increasing demand for data-rate. The antenna makes use of a dual resonator design to cover the low bands used […]

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VLSI Design for Convolutive Blind Source Separation

This work presents an efficient VLSI architecture design for convolutive blind source separation (CBSS). The CBSS separation network derived from information maximization (Infomax) approach is adopted. The proposed CBSS chip design consists mainly of Infomax filtering modules and scaling factor computation modules. In an Infomax filtering module, input samples are filtered by an Infomax filter with the […]

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Capturing, recording, and analyzing LTE signals using USRPs and LabVIEW

Long Term Evolution (LTE) systems are currently playing a major role in catering the ever increasing traffic demand. Better performance and better throughput compared to other mobile communication technologies are main objectives of LTE deployments. To provide a better quality of experience, LTE signals from real base stations should be captured and analyzed, for possibly […]

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Hierarchical hybrid testability modeling and evaluation method based on information fusion

In order to meet the demand of testability analysis and evaluation for complex equipment under a small sample test in the equipment life cycle, the hierarchical hybrid testability modeling and evaluation method (HHTME), which combines the testability structure model (TSM) with the testability Bayesiannetworks model (TBNM), is presented. Firstly, the testability network topology of complex equipment is built […]

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Tight and Compact MIP Formulation of Configuration-Based Combined-Cycle Units

Private investors, flexibility, efficiency and environmental requirements from deregulated markets have led the existence and building of a significant number of combined-cycle gas turbines (CCGTs) in many power systems. These plants represent a complex optimization problem for the short-term planning unit commitment (UC) carried out by independent system operators due to their multiple operating configurations. […]

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Vehicle-Assisted Device-to-Device Data Delivery for Smart Grid

In this paper, we propose a heterogeneous framework to deliver the smart grid (SG) data cost effectively. The data generated by distributed SG loads and generation units should be delivered to the utility control center within the tolerated delay, which is crucial for SG applications. To this end, a heterogeneous communication framework is proposed, where […]

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