Titlebook: Silicon Photonics & High Performance Computing; Proceedings of CSI 2 Anurag Mishra,Anirban Basu,Vipin Tyagi Conference proceedings 2018 Spr

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Study of Effect of Strain, Quantum Well Width, and Temperature on Optical Gain in Nano-HeterostructSingle quantum well) nano-heterostructures. Both the heterostructures are SCH (Separate confinement heterostructures) with STIN (Step Index) profile. We have taken a quaternary semiconductor Al.In.Ga.As/GaAs and compared it with a ternary semiconductor heterostructure In.Ga.As/InP. This paper is an

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A Survey on Scheduling Algorithms for Parallel and Distributed Systems,reduces overhead problems like communication delay by allocating suitable task to appropriate processor. Different scheduling techniques are discussed in this paper which are employed for task scheduling. Taxonomy of hierarchical classification is discussed for concurrent system and further several

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Analysis of On Chip Optical Source Vertical Cavity Surface Emitting Laser (VCSEL),emiconductor lasers and play a pivotal role in every walk of life such as science and technology, research and development, consumer and industrial environment, medical, military, surveillance, telecommunication, and a host of other applications. Although the development of lasers is pertinent to ea

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Photonic Crystal Based Sensor for DNA Analysis of Cancer Detection, the biomolecules that are absorbed on the surfaces of biochips. In this paper, a two-dimensional Photonic Crystal (PhC) ring resonator is proposed for DNA analysis of normal and cancerous blood cells. For modeling and simulation of the sensor, Finite-Domain and Time Domain (FDTD) method is used as

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Real-Time QoS Performance Analysis for Multimedia Traffic in an Optical Network, IPv6-based protocol. IPv4 suffers from some drawbacks that may be preventing the growth of the Internet. IPv6 is developed to solve the several issues of the IPv4 such as delay, jitter, error, latency, dropped packets, address depletion, security, research, and extensibility. Hence, by using it wil

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An Optimized Design of Complex Multiply-Accumulate (MAC) Unit in Quantum Dot Cellular Automata (QCAimized design of MAC unit using emerging nanotechnology called Quantum dot Cellular Automata (QCA). The multiplexer is the key unit in the design of MAC and we have achieved 34.78% reduction in total area in the design of multiplexer using QCA. As QCA has advantages such as reduced area and cell cou