Paper Title

RESEARCH IN DEVELOPING THE PHOTONIC SINTERING TECHNIQUES FOR NANO TUBES

Abstract

Photonic sintering is a low ADVANCED MANUFATURING SYSTEMS introduction sintering technique created to sinter nanoparticle slim movies. The procedure includes utilizing a xenon streak light to convey a high power, brief span (< 1 ms), beat of light to the saved nanoparticles. Photonic sintering was created by Nanotechnologies (presently NovaCentrix) of Austin, Texas, and was first made open in 2006 (Schroder et al., 2006). As photonic sintering is another innovation it is otherwise called beat ADVANCED MANUFATURING SYSTEMS handling (PTP) (Camm et al., 2006) and exceptional beat light (IPL) sintering (Kim et al., 2009). Conductive meager movies made out of nanoparticle affidavits, when presented to a short beat of high power light, are changed into useful printed circuits
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Paper Title

FEM ANALYSIS OF CONSEQUENT STRESS DISTRIBUTION ON THE LP BLADE OF A STEAM

Abstract

FEM analysis of consequent stress distribution at the LP blade of a steam turbine. LP blade modules are the twisted bladed designs consisting of the final degrees of the steam turbine. due to the fact that these blades are pretty loaded stresses are to be evaluated as it should be to avoid blade failure or cracking. in the present work the impact of blade floor stress loading on the stresses increase has been studied solely and additionally with centrifugal strain all through rotation. surface pressure distribution on the blade has been evaluated with the assist of the CFD package deal (Blade gen and Blade gen plus). The three-D model of the twisted blade is generated from the given profile conditions with the help of (Blade gen). And analysis has been achieved from the given boundary situations with the help of (Blade gen plus) bundle. For the stress evaluation module has been organized with the assist of ANSYS bundle. The stress distribution statistics at sections of the blade has been superimposed on the ANSYS version and stress analysis been finished.
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Paper Title

A BRIEF AND IMPORTANT ROLE OF WEB DESIGNING IN ONLINE BUSINESS

Abstract

The boom of the net and the digital trade is growing with a first rate pace within the remaining years. on this line, the increase of the competence is bringing a outstanding interest in inspecting the elements of acceptation and achievement of a website. consequently, many studies have emphasizing the layout of a website as a important element for the fulfillment of a effectively digital store. Concretely, the goal of this look at is to pick out the important thing factors that have an impact on the diploma of success of the web sites. mainly, we focus on the particular factors related to the internet design. A heuristic analysis, that\'s based totally on the checks of a multidisciplinary organization of professionals, changed into executed which will find out and higher apprehend the good and horrific practices of two web sites. The literature evaluation and the consequences of the take a look at allowed us to identify the crucial components related to web design and to provide some managerial implications so as for designers to get an efficient e-commerce website.
KEYWORDS : Electronic commerce, web design, usability, web atmospherics, heuristic

Paper Title

A STUDY ON LADDER DIFFUSION NODE LOCALIZATION

Abstract

In wireless sensor networks, node localization is the first operation after deployment, and the efficiency of localization can immediately impact the performance of the wireless sensor community, so designing an green localization algorithm has been an crucial cognizance in wi-fi sensor community studies. presently, anchor-unfastened algorithms are the focal point of studies in node localization due to the fact they have the advantages of flexible structure, low price, high balance and excellent extensibility. In this newsletter, associated studies studies of precise localization-, angle- and distance-acquiring techniques are added, and present algorithms are analyzed. based on the evaluation of present studies, an anchor-unfastened localization set of rules named ladder diffusion node localization set of rules is proposed, in which sensor nodes are placed by directional diffused activation and acknowledgement packets with fixed power. In ladder diffusion node localization set of rules, the time fee of localization is greatly reduced, the conversation duties in localization are allotted in a more balanced way, and node locations are obtained mainly by means of rigorous computation as opposed to measurement, which could reduce transmission measurement errors. eventually, the performance of ladder diffusion node localization algorithm is proved each in principle and through the simulation effects of experiments.
KEYWORDS : wireless sensor networks, node localization, anchor-free algorithms, anchor-free localization, ladder diffusion

Paper Title

A BRIEF STUDY ON SILICON MEMORY

Abstract

The inventions of silicon reminiscence devices at early 70\'s, silicon reminiscence devices had been advanced with remarkable tempo which leads to exponential growth of storage ability of memory devices, and now they attain to 1 Gb density with 60 nm node for DRAM and 16 Gb density with 50 nm node for NAND Flash. in the course of the evolution of silicon memory devices for the last three a long time, silicon memory gadgets on-and-off faced critical challenges which seemed to be very tough to surmount at preliminary stage, however those demanding situations have been sooner or later cleared by appropriate value-effective answers and some of demanding situations paradigm shifted silicon reminiscence technologies from easy and not unusual planar technology to complex and diverse technology which include planar transistor with three-D capacitor and recently three-D transistor with three-D capacitor and and many others. but, as the silicon technology further enter deep nano-scale dimensions, silicon reminiscence devices will encounter plenty crucial demanding situations originated from closing limit of the transistor scaling and shallow margins in manufacturing because of ever-growing fabrication costs on account of technical complexities. although there seems to be no unanimous solutions for silicon memory devices in future, maximum of specialists running in silicon memory location, but, accept as true with that silicon memory generation may be given proper answers down to a 20 nm node wherein a transistor consists of best a small variety of electrons, which is believed to be a sensible limit to keep away from noise mistakes owing to random telegraph noises, signal variations because of 1/radicn facts, and fluctuations because of each hard edges of propagating lines and thickness variations and so forth. similarly, there are nevertheless many unknowns approximately the deep nano scaled reminiscence gadgets.
KEYWORDS : silicon memory, DRAM, NAND, planar transistor, 3-D capacitor, 3-D transistor

Paper Title

EVOLUTION OF OS (OPERATING SYSTEM) AND BRIEF ABOUT CLOUD OPERATING SYSTEM

Abstract

A laptop device has many resources (hardware and software), which may be require to complete a undertaking. The normally required resources are input/output devices, reminiscence, document storage area, CPU and many others. The running device acts as a supervisor of the above resources and allocates them to unique programs and users as vital for their project. therefore working machine is the aid supervisor i.e. it can control the resource of a pc device internally. The resources are processor, reminiscence, files, and i/O gadgets. This paper discusses about the pc\'s running machine (OS) manages all of the software program and hardware at the laptop. most of the time, there are numerous distinctive pc applications jogging at the equal time, and they all want to get admission to your computer\'s relevant processing unit (CPU), memory, and storage. on this paper, we\'ve got investigated the methods of cloud OS evolution from 3 special elements: allowing generation evolution, OS structure evolution and cloud surroundings evolution. We show that locating the proper APIs (utility programming interfaces) is important for the following segment of cloud OS evolution. handy interfaces need to be furnished with out scarifying efficiency whilst APIs are chosen.
KEYWORDS : operating system, resource manager, computer programs running, central processing unit (CPU), memory, storage, cloud OS.

Paper Title

BRIEF STUDY ABOUT MARINE PROPELLER AND ITS WORKING USING FEM

Abstract

A propeller is a kind of fan that transmits strength by changing rotational motion into thrust. A pressure distinction is produced among the ahead and rear surfaces of the airfoil-fashioned blade, and a fluid (consisting of air or water) is extended at the back of the blade. Propeller dynamics can be modeled via each Bernoulli\'s precept and Newton\'s third regulation. A marine propeller is now and again colloquially known as a screw propeller or screw. the present work is directed towards the observe of marine propeller running and its terminology, static simulation and float simulation of marine propeller has been achieved. In static evaluation the von misses stresses, resultant deformation; strain on blade place has been displayed due to applied load when the marine propeller hits the ice block. In Computation fluid dynamic evaluation the rate and stress trajectories with which the propeller blade pushes the water has been displayed within the results.
KEYWORDS : Propeller, simulation, deformations

Paper Title

A BRIEF STUDY ON SOLAR CHARGING STATIONS AND IMPACT ON POWER SYSTEMS

Abstract

Electric motors (EVs) are getting increasingly famous in many nations of the sector. EVs are proving greater energy green and environmental pleasant than ICEVs. however the lack of charging stations restricts the huge adoption of EVs in the global. As EV utilization grows, greater public spaces are installing EV charging stations. however, if EVs are charged thru current software grid powered through fossil fuel-based totally era machine, then it influences the distribution machine and couldn\'t be environmentally friendly. As solar has wonderful capability to generate the electricity from PV panel, the charging of EVs from PV panels might be a super answer and additionally a sustainable step toward the surroundings. This paper gives a complete evaluation of solar PV-EV charging systems and deployment within the international. Analytical techniques had been proposed to attain information about EV charging behavior, modes of charging station operation, and geolocation of charging station users. The technique provided here was time- and value-powerful, and very beneficial to the researchers and college students in this discipline.
KEYWORDS : Solar PV system, EV charging, business model, solar potential, control, safety

Paper Title

IDENTIFICATION OF HOT PATH FOR CODE EXECUTION OPTIMIZATION

Abstract

Optimization of the source code is a widely accepted process for managing the performance of any software applications or components. The highest level of software optimization can be identified with the help of highly used control paths of the applications. These highly used control paths are considered as hot path for the application control flow. Number of parallel research outcomes have demonstrated significant outcomes for designing the hot path flow of the algorithm. Nevertheless, majority of the parallel research works have only identified the paths and not deployed the same concept for code optimization on the run time. Henceforth, this work demonstrates a novel algorithm for code optimization using hot path.
KEYWORDS : Code Conversion, Parallel Execution, GPU, CPU, CUDA, NVIDIA, CUDA Stack

Paper Title

A CONCEPTUAL ANALYSIS OF UNCERTAIN AND TURBULENT FINANCIAL ENVIRONMENT IN INDIA

Abstract

Chaos theory has been one of the most acoustic scientific subjects for decades, but has so far not been used adequately in financial theory and practice. As uncertainty increases and the role of opportunity in financial markets increases, attention to this theory increases. In this context, it is necessary to define the possibilities and limits of its use in funding. This article attempted to explain some points about the likelihood of using the theory of chaos in financial markets by testing the effective market hypothesis (EMH). Efforts have also been made to study the probability of using the theory of fractal economics, which is a geometric representation of chaos
KEYWORDS : Uncertain, Efficient Market Hypothesis, Fractal Economy, financial markets