International Journal of Research and Engineering
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E-Learning Based Entrepreneurial Education
Get PDFTechnology plays a vital role in the development of India when coming to education sector this constant evolution made a unique foot print by means of Electronic based Learning (E-learning). At present, E-learning is considered as an inevitable part in terms of both education and training irrespective of academic institutions or companies. Though numerous technology based programs exists to instill the entrepreneurial skills of the students or the entrepreneurs but when comes to success rate there is a wide gap because it fails to reach the people of remote India due to various reasons. E-learning will be the most effective tool for promoting entrepreneurship when it is outlined in the right way by nurturing from the seed stage to till the end. This conceptual study aims to investigate and gauge the efficacy of the existing Indian Government initiatives on entrepreneurship via e-learning in rural areas and provide suggestions on how to overcome the pitfalls of the current programs by structuring the e-learning system effectively to implant the Entrepreneurial Skills of Students who resides in rural part of India during their education before obtaining the respective degrees from their institutions
Analysis of Some Checkpointing Schemes for Distributed Mobile Computing Systems
No full textThere exist mobile nodes in a distributed system, which arises some new issues like mobility, disconnections, low bandwidth of wireless channels, limited battery power capacity and lack of reliable stable storage on mobile nodes, that need proper handling when we design a checkpointing algorithm for distributed systems. It is not easy to predict whether the system will prolong to perform throughout or till approved time. Checkpoint is defined as a specify state in a program at which normal process is disrupted typically to maintain the information of status mandatory to allow renewal of processing at a later time in issue of a failure. This paper gives a summary of checkpointing strategies for mobile networks which are categories on the basis of quality of service of wireless networks, based on mobile agents, considering the mobility of MHs and transmission of checkpoints. We also represent a survey of some checkpointing algorithms for distributed systems
A Comparative Analysis of Some Minimum-process Coordinated Checkpointing Protocols for Mobile Computing Systems
No full textCheckpoint is defined as a designated place in a program at which normal process is interrupted specifically to preserve the status information necessary to allow resumption of processing at a later time. A distributed system is a collection of independent entities that cooperate to solve a problem that cannot be individually solved. A mobile computing system is a distributed system where some of processes are running on mobile hosts (MHs). The existence of mobile nodes in a distributed system introduces new issues that need proper handling while designing a checkpointing algorithm for such systems. These issues are mobility, disconnections, finite power source, vulnerable to physical damage, lack of stable storage etc. Recently, more attention has been paid to providing checkpointing protocols for mobile systems. Minimum-process coordinated checkpointing is an attractive approach to introduce fault tolerance in mobile distributed systems transparently. This approach is domino-free, requires at most two recovery_points of a process on stable storage, and forces only a minimum number of processes to recovery_point. But, it requires extra synchronization messages, blocking of the underlying computation or taking some useless recovery_points. In this paper, we carry out the literature survey of some Minimum-process Coordinated Checkpointing Algorithms for Mobile Computing System
Dual Spindle Horizontal Face Milling Machine
Get PDFIn this research work, Conversion of 5ft. bed length of a Conventional Lathe in to Semi¬Automatic Lathe is discussed. In Special Purpose Dual Spindle Face Milling Machine, purpose to establish such system to do face milling on both side of any component in a single cycle which was not possible in the conventional lathe. To do so, special time of fixtures and some changes are made by replacing the part of conventional lathe by more efficient parts to perform the task
Speed Control of Parallel Connected DSIM Fed by Six Phase Inverter with IFOC Strategy Using ANFIS
Get PDFThis paper describe the presentation of an IM for high load and high-power applications, this kind of applications the motor have a complex coupling between the field and torque. This can be achieve with assist of Indirect Field Oriented Control (IFOC) and parallel connection of two motors. The benefit is that parallel connection can provide the decoupled control of flux and torque for each motor and their concert in different operating environments. The Speed control of two Double Star Induction Motors working in parallel configuration with IFOC using a Fuzzy Logic Controller (FLC) and Adaptive Neuro Fuzzy Inference (ANFIS) controller is investigate in different operating environments. The two motors are connected in parallel at the output of a single six-phase PWM based inverter fed from a DC source. Performance of the projected method under load disturbances is studied through simulation using a MATLAB and evaluation of speed response of two controllers is analyzed.
 
Importance of field trip in Indian education system
No full textA field trip or excursion in a journey by a group of people to a place away from their normal environment, when done for students, it is also known as school trip and school tour etc. The field trip is organized by school administration for a particular group of students generally. The field trip may improves the all round development of students to looking the different environments, resources and special institutions. The field trip may be also part of the curriculum.
 
Experimental Survey of Energy Dissipation in Nappe Flow Regime in Stepped Spillway Equipped with Inclined Steps and Sill
Get PDFStepped spillway increases the hydraulic resistance against flow by using of step-made spillway floor and when the flow of water passing on steps, a significant part of energy dissipates and also reduces the risk of cavitation. In this experimental research, in order to increase the energy dissipation of stepped spillway, Steps has a reverse gradient and in other part of this tests in addition to create a reverse gradient in the steps at the same time the sill is also installed on the edge of the steps. Height, thickness of the sills is considered variable. The results show that in both Nappe Flow Regime and Skimming Flow Regime Change of gradient, sills height, thickness are effective to increase the energy loss but the effect of these parameters on the Nappe Flow Regime is much greater than Skimming Flow Regime. By analyzing the results of the experiments and compared with results from other studies, the research showed that the method used in this study has a better energy loss than other methods used in prior researches
Online analytical processing (OLAP)
Get PDFBig Data mining is the capacity of getting valuable data from expansive datasets or floods of information. Huge Data has new elements of 5Vs i.e. Volume, Variety, Velocity, Variability and quality. For Big Data, there is a HACE hypothesis it implies Big Data begins with heterogeneous vast measure of information, self-sufficient sources with circulated and decentralized control and attempt to discover complex and advancing connections among information. Big Data system incorporates three levels for handling i.e. information getting to and figuring (Tier I), information protection and space learning (Tier II) and Big Data mining calculations (Tier III). There are numerous devices for Big Data like Apache Hadoop, Apache Pig, Cascading, Scribe, Apache Base, Apache S4, Storm, Apache Mahout, MOA, R, Vowpal Wabbit and Graph lab. This proposal is pushes to give an answer for enhance the versatility and reaction times of the RDF inquiry motors. The issue is significant to the appearance of the Semantic web, which is still a dream. We target SPARQL which is a RDF inquiry dialect that has been benchmarked by SP2Bench for execution and versatility. Our speculation is based after utilizing a MapReduce model of parallelization for quick and adaptable conveyed SPARQL question motor, which beats the benchmarks genius voided by SP2Bench. We quickly contemplated the current writing to find out about various methodologies that have been utilized by the specialists and enterprises. We developed ARQ, which is a SPARQL motor gave by the Jena system, to utilize a circulated question handling approach taking into account the Hadoop structure, which gives a simple usage of MapReduce. We talked about in point of interest the current Jena ARQ outline and the configuration modifications expected to make it conveyed. We clarified the calculation for Basic Graph Pattern coordinating utilizing a MapReduce model. We have presented novel procedures of enhancing the RDF question motor, which are based upon record ordering and pre-calculation of joins. We assessed our execution and advancement techniques utilizing tests and performed investigation of the outcomes by contrasting it and the SP2Bench benchmarks
Self-Tuning Service Provisioning for Decentralized Cloud Applications
Get PDFDynamic Proof of Storage (POS) could be a useful crypto graphical primitive that allows a client to inspect the honesty of outsourced documents and to with effectiveness overhaul the records amid a cloud server. A sensible multi-client distributed storage framework seeks the protected customer side cross-client de-duplication procedure that allows a client to skirt the transferring technique and acquire the ownership of the records now, once unique house proprietors of indistinguishable documents have transferred them to the cloud server. Considering the difficulties of structure differing qualities and individual label era, we tend to abuse a novel apparatus alluded to as Homomorphic recorded Tree (HAT). We have a tendency to demonstrate the assurance of our development and along these lines the hypothetical examination and trial comes about demonstrate that our development is temperate in watch
Real-Time Digital Simulators: A Comprehensive Study on System Overview, Application, and Importance
No full textThe multifarious improvements in computational and simulation tools have brought tremendous progress in the field of designing, testing and analyzing technologies. In this paper, the technological aspects and the concept of modern real-time digital simulators are presented. The real-time simulator functions in real time, thus it produces continuous output that realistically represents the conditions of a real system. Also, in a real-time simulator the user can test physical devices. Therefore, it is of great importance to understand the features and roles of the advanced simulator technologies. Also, User-friendly system interface, easy application in system design and testing, and most importantly cost effectiveness are the most desire features for implying these simulator into a research. Therefore, this paper summarizes all significant features by considering the above-mentioned facts of some most popular, globally, and commercially available simulator technologies. Real Time Digital Simulators (RTDS), OPAL-RT, Network Torsion Machine Control (NETOMAC), dSPACE, Real-Time solution by MathWorks (xPC target, Real-Time Windows target), Power_system Online_simulation Unveil Your Analysis (POUYA) Simulator and Typhoon HIL Simulator are discussed in this review paper based on the accessibility of information. A summarization of these simulators’ background, hardware, software and communication protocols are presented. Applications of these above-mentioned simulators are also added to understand the potentials of these simulators