No. |
Title and Author |
Area |
Country |
Page |
1 |
Highly Efficient Data Hiding Technique using New Key Based Sudoku Generator: Review
-Simee Jain ; Prof. Swapnil Nema
Information security is requirement of confidential data transfer. Steganography is a different ways used of secure transmission of important information. Hiding information in a image or video is less suspicious than transmitting an encrypted file. Main aim of steganography is to transmit data secretly by not knowing very existence of data in some other medium such as image, audio or video. This work intends to give an overview of image steganography, its uses & techniques. Thesis work is an implementation of Image Steganography of same plaintext, the implementation of a system that design of unique Sudoku generation for Sudoku based data hiding and high security is the main concern of this thesis. Read More...
|
Electronics & Communication Engineering |
India |
1-3 |
2 |
Nonlinear Distortion Removal in HPA Using Modified APC in Faded OFDM OSFBC Systems
-Apoorva Shrivastava ; Prof. Amit Chouksey
High power amplifiers (HPAs) are among essential parts of any wireless communication systems and HPA’s nonlinearity results in constellation warping, spectrum re-growth and nonlinear inter-symbol interference (ISI), Multiple-input multiple-output (MIMO) systems, in general, when operating with nonlinear HPAs further incur nonlinear inter-channel interference (ICI). MIMO-SFBC is an appropriate solution which provides the better compensation of spectrum re-growth, constellation warping, ISI and ICI. But available MIMO-STBC are not working at full rate hence proposed work will use Space Frequency Block division, SFBC provide better orthogonality instead of STBC. An OSFBC to two transmits receiving wires, with full rate of information communication however additionally its summed up variant accomplishes limit if there should arise an occurrence of two transmit & two get reception apparatus as it were. Presented OSFBC encoder is inspected as for blunder rate rendering & unearthly proficiency with ideal MIMO communication structure & discovered less BER as past outlines. In second a portion of this work blend of Space-Time Codes with routine channel coding systems is considered. In this thesis, performance of STBC-OFDM is analyzed under multipath Rayleigh fading channels with different PSK modulation, in different antenna selection techniques, also at the same time STBC-OFDM is analyzed under multipath Rayleigh fading channels with different PSK modulation, in different antenna selection techniques and at last the advantages of SFBC over STBC has been discussed. Read More...
|
Electronics & Communication Engineering |
India |
4-9 |
3 |
Real Time Video Watermarking DWT Technique for Data Authentication using Labview
-Neelima Patel ; Pradeep Singh Yadav
In this proposed work a new and fast technique has proposed for watermarking of real time video using discrete wavelet transformation (DWT) frequency domain. Lab View and IMAQ vision software package has been utilized to achieve the proposed method of real time video watermarking. The use of Lab View and IMAQ toolbox present a complete set of digital image processing and acquisition function that improve the efficiency of the project and reduce the programming effort of user obtaining better result in shorter time. In this method the real time video has been captured from the external device, in this work laptop from camera has used for input of video to be watermarked in audio video interleave (AVI) format has taken, which is then converted into number of frames. Each frame of the video is then embedded with watermarked using blind wavelet function. In this method the level of DWT can be easily controlled. Multi resolution analysis has been performed on watermarked video and peak signal to noise ratio (PSNR) and mean square error (MSE) values has taken out to get the performance accuracy and quality of watermarked video which actually depicts the efficiency and performance of watermarking technique and the results of these has compared to one of the existing technique. Read More...
|
Digital Communication Engineering |
India |
10-16 |
4 |
Road Accidents Prevention System using Driver's Drowsiness Detection
-Gaikwad Apurva ; Prof. S. C. Wagaj
Driver drowsiness is the major reason behind most of the road/vehicle accidents. It is very important to build a system to prevent collisions due to drowsiness problem of drivers. The basic goal to develop the Drowsy Driver Detection System is to avoid the road accidents which occur in a large scale on roads. The purpose of developing such a system is to keep the driver alert while driving to avoid accidents on roads and to save life. So we need a system that must come with every car and if it detects the sleepy driver it must stop the vehicle immediately. In addition to this if the driver is slept the vehicle will be stopped, and it monitors the heartbeat, Respiration rate, and temperature and alcohol detection of the driver and displays it in the LCD and giving the alarm. These parameters are very important because it shows the body status of the driver. Read More...
|
Electronics and Telecommunication Engineering |
India |
17-19 |
5 |
Design and Simulation of 16 bit Regenerative Serial In Serial Out Shift Register
-Abin Satheesan ; Rehna Vincent; Vivitadurga R
Data movement has the very significant role in the data communication and processing in digital and analog systems. It is not easy as well as not simply the movement of digital data streams through the semiconductor chips during the processing and communicating time with a neighbor system. This technique provides a simple and easy method to move the digital data through the different communicating modules with a high degree of reliability and data recovery. Read More...
|
VLSI |
India |
20-22 |
6 |
CFD Analysis of Shell and Serpentine Heat Exchanger using CuO/water and Al2O3/water Nano Fluid
-Ritesh Kumar Sahu ; Mr Sharad Chandrakar
The serpentine tube in tube arrangement is very effective for various applications such as heat exchangers and chemical reactors. The serpentine tube in tube arrangement can provide large heat transfer area occupying lesser space with high heat transfer coefficients. The heat exchanger geometry contains one serpentine tube of outer diameter 30 mm and shell of diameter 200 mm, shape of tube is serpentine and heat exchanger is analyzed by using nano fluids CuO/water and Al2O3/water. ANSYS CFX solver has been used for CFD analysis using the CAD model developed in Creo 2 software. The changes in temperature profiles in each of the cases are taken into consideration for calculating effectiveness of heat exchanger. The turbulence model used for CFD analysis is k-epsilon. Read More...
|
M.E ( THERMAL ENGINEERING) |
India |
23-27 |
7 |
Classification of of Heart Disease using Probabilistic Neural Network
-Krutika Kute ; Dr. S. R. Ganorkar
Worldwide heart disease is the main reason for human death. In general terms, abnormal functioning of heart known as heart disease. In women and men, the percentage of death due to heart disease is 48% and 46% respectively. Hence, proper diagnosis of heart disease is very important in practice for physicians. In this work, a system is design for diagnosis of heart disease named as murmurs. Probabilistic neural network classifier is use for heart murmurs. Read More...
|
Electronics and Telecommunication Engineering |
India |
28-30 |
8 |
A Study on Energy Efficient and Net Zero Buildings
-Gangesh Shukla
The concept of Energy Efficient Buildings has gained international attention in the last few years and is now seen as the future target for the design of buildings. Energy Efficient Building is a residential or commercial building with reduced energy needs through efficiency gains and part of energy needs can be supplemented with renewable technologies. The cost-effective steps toward reduction in a building's energy consumption, occurs during the design process, which is significantly away from conventional construction practice. Successful energy efficient building design combines time tested natural conditioning designs or principles that work with the onsite assets. Read More...
|
Electrical Engineering |
India |
31-34 |
9 |
A Review on Artificial Neural Network Approach for Predicting the Performance of Centrifugal Pump
-Sourabh Soni ; Amit Kumar; Gaurav Chauhan
Pumps are used in a wide range of industrial and residential applications. Many factor affect pump operation and working which include their physical arrangement, impeller condition, speed, suction head, exhaust head, and properties of liquid etc. lowered capacity, vibration, reduced efficiency, and cavitation’s could cause serious trouble like Suction Head available, Excessive suction lift, shallow inlet submergence. The main objective of this work is to go through various approaches used in CFD analysis of centrifugal pump, prediction using ANN and highlight the advantages and application of CFD analysis in turbo industries. The CFD analysis is the advanced tool to overcome the limitation of conventional method to design the pump. Now a days CFD analysis is very familiar approach to improve the design of centrifugal pump and optimize its operational parameters like Head, Power, Discharge and Speed. The performance prediction of centrifugal pump using experimental approach cannot fulfil the desired outcome for the researcher. The CFD analysis provides more options towards the evaluation and synthesis of pump. Read More...
|
M.Tech THERMAL ENGINEERING |
India |
35-37 |
10 |
Real Time Video Watermarking: A Review
-Neelima Patel ; Pradeep Singh Yadav
This paper will focus primarily on the watermarking of Real time video. Digital watermarking technique is becoming popular, especially for adding undetectable identifies marks, such as copyright information. Because of this practical importance, watermarking techniques are often evaluated based on their invisibility, recoverability, integrity, complexity and robustness. Real time video watermarking model consists of different modules, which are convert no. of frames, watermark embedding module and watermark extraction module. The watermark embedded in the digital RT video capture and recording and extracted wavelet and inverse transform algorithms, so it is main concern to study different watermarking techniques and implement the one which is most resistant to all types of attack, scalar or geometric. Using of LabVIEW, NI-vision and advance signal processing tools By attacking watermarked image it become very difficult to recover watermark back from the watermarked image and even if it extracted one may no longer use it to prove the ownership and copyrights for security So our main vision was to find such areas, also known as patches, in a video which are very stable and resistant to attacks. Read More...
|
Interdisciplinary:Image Processing and Automation |
India |
38-42 |
11 |
Review on Various Routing Protocols in Wireless Sensor Networks
-Shahista Akhter ; Er. Vandna; Er. Rupali
Wireless Sensor Networks are collection of number of small and spatially distributed autonomous devices called Sensor Nodes. These nodes are able to sense, can do computations and perform wireless communications but have limited resources available for their operation. Due to this, the routing protocol of wireless sensor network must minimize the energy consumption so as to increase the network lifetime. For this purpose, a number of routing techniques are employed. This paper presents a brief survey on wireless sensor networks. Various types of nodes in the network, their goals, and applications are also discussed. Research ongoing in previous years are also presented in detail. Read More...
|
Computer Science and Engineering |
India |
43-46 |
12 |
Investigation of Coconut Coir Fiber Reinforced Composite Material
-Sadish Kumar. R ; R. Thanumani; M. Vignesh; P. Vinoth
The main objective of this project is to assess the mechanical properties and fracture analysis of coir fiber composite. Fiber reinforced (FRPs) have replaced conventional engineering materials in many area, especially in the field of automobiles and household application. With the increasing demand, various modification are being incorporated in the conventional FRPs for specific applications in order to reduce costs and achieve the quality standards. The present research endeavors an attempt to study the effect of natural fillers on the mechanical characteristics of FRPs. Rice husk, Wheat husk, and coconut coir have been used as natural fillers in coconut fiber. The specimen was fabricated with coir fiber at various dimensions of coir fiber length, thickness. Form the final results it was concluded that the coconut powder composite provides good tensile and flexural strength. Isophthalic resin has been used for advance technology to use high strength easily available. Then we use catalysts to react MEKP it can reduce time and quick reaction .In order to efficiently use the fibers and understand the composite properties, the microstructure and mechanical properties of coir fiber are investigated in this study. This chapter discusses the use of coir fiber in composite and the current status of research. Read More...
|
Mechanical Engineering |
India |
47-51 |
13 |
Banks NPAs and use of Artificial Intelligence to Manage Them
-Anilkumar Nirmal ; Dr. Purvi Derashri
Indian Banking system has transformed since 24 years after private players given the license to run the bank. Also the earlier non-performing asset quality is controlled by using basils norms. Technology has played the important role in that as the transparency has increased while assessing the customer credibility by the bank before giving the loan. A healthy banking system is essential for any economy striving to achieve growth and remain stable in competitive global business environment. Indian banks are favorable on growth, asset quality and profitability; RBI and Government have made some notable changes in policies and regulation to help strengthen the sector. These changes include strengthening prudential norms, enhancing the payments system and integrating regulations of commercial banks. In terms of quality of assets and capital adequacy, these banks have clean, strong and transparent balance sheets relative to other banks in comparable economies in its region. Public Sector Banks in India need to strengthen institutional skill levels especially in sales and marketing, service operations, risk management and the overall organizational performance. Structural weaknesses such as a fragmented industry structure, restrictions on capital availability and deployment, lack of institutional support infrastructure, restrictive labor laws, weak corporate governance and ineffective regulations beyond Scheduled Commercial Banks, unless industry utilities and service bureaus. One of the major drawbacks of SCBs is its NPAs. The best indicator for the health of the banking industry in a country is its level of Non-performing assets (NPAs). NPAs are one of the major concerns for banks in India and in many countries. It reflects the performance of banks and the growth of the economy as well in the broader aspect. Reduced NPAs generally gives the impression that banks have strengthened their credit appraisal processes over the years and growth in NPAs involves the necessity of provisions, which bring down the overall profitability of banks. The Indian banking sector is facing a serious problem of NPA specially the government sector banks where the political influence is more. To improve the efficiency and profitability of banks the NPA need to be reduced and controlled. This paper deals with understanding the concept of NPAs and major causes for an account becoming non-performing and strategies for managing NPA in Indian schedule commercial banks and using the using the current technology so it could be identified before it's becomes the severe for banks. Read More...
|
Banking and Finance - Business Management |
India |
52-55 |
14 |
Bio-Route Silver Nanoparticles - A Potential Antimicrobial Agent
-N. Tensingh Baliah ; P. Muthulakshmi
Nano-sized silver particles (Ag NPs) exhibited varying morphologies and showed a significant antimicrobial activity over a wide spectrum of bacterial and fungal species. Ag NPs synthesized through bio-route have exhibited significant antimicrobial as well as antifungal activities when particle size is reduced to the nanometer range, then nano-sized Ag NPs interacted with bacterial/fungal surface and/or with the cell/cell wall core where it entered inside the cell, and subsequently exhibited distinct bactericidal and fungicidal mechanisms. The reason of different sensitivity between the fungi and bacteria can be found in different transparency of the cell wall. The cell wall of the gram-positive bacteria consists of peptidoglucans and teichoic acids, the cell wall of the gram negative bacteria consists of lipopolysaccharides and lipopoliproteins whereas, in the cell wall of fungi consists of polysaccharides such as chitin and glucan. Based on the nature of cell wall, the antimicrobial activity is varied with different genus and species of bacteria and fungi. Biosynthesized Ag NPs have superior in antimicrobial activity than particles synthesized by physical and chemical methods. Read More...
|
Agricultural Sciences |
India |
56-62 |
15 |
Bike Suspension Air Compressor and Battery Charging
-Prof. H. R. Aher ; Nikhil Bhausaheb Fatangare; Vikas Halwai; Saurabh Hon; Dnyandev Hon
Pneumatic energy is the readily available and low cost energy. Nonconventional energy system is very essential at this time to our nation. So that the pneumatic type of energy is considered for our project. In this project compressed air can be produced with the help of motion of wheel. Then this compressed air can be used for further applications. Compressed air production using vehicle wheel needs no fuel input power to produce the output of the air. The control mechanism carries the air cylinder, quick exhaust valve, non-return valve, rack and pinion, foot pump, and dynamo and spring arrangement and spring arrangement. We have discussed the various applications and further extension also. Suspension system during the time of vehicles running, the rack slide up and down; it helps to rotate gear attached the dynamo smoothly. While the dynamo rotation it generates the electric DC power, we can store it in battery. The aim of this project is generation of power and production of compressed air using foot pump and rack and pinion gear setup in vehicle suspension. Read More...
|
mechanical engineering |
India |
63-66 |
16 |
Friction Stir Welding-Revisited
-Dr. N. R. Kharche ; Prof. Anupama N. Kharche; Dr. Nidhi M. Andhariya
Friction Stir Welding (FSW) has become a major joining process in the aerospace, railway and ship building industries especially in the fabrication of aluminium alloys. The process uses a spinning non-consumable tool to generate frictional heat in the work piece. Aluminium metal is not possible with arc welding, MIG welding and TIG Welding, it is also observed that aluminium is welded by gas welding but the strength of the joint is very poor. The welded joint mostly failed at the joining point. So the other alternative is Friction Stir Welding. In FSW, the aluminium is fully fusion by own due to friction heat. Read More...
|
M.Tech Production Engg. |
India |
67-69 |
17 |
To Study of Prevailing Municipal Solid Waste Management System of Barabanki Town UP
-Akash Singh
The study of this paper explores the present status of waste management with reference to Barabanki City. Since solid waste management consist of lots of waste such as industrial, agricultural, municipal, transport, etc. here in this paper, we focus on municipal waste generated across the city and there treatment in order to conserve environment. MSW management traditional means such as land filling or incineration. The objective of the study is that establishes waste reduction as the most preferred management technique. Barabanki district is one of four districts of Faizabad division, lies at the very heart of Awadh region of Uttar Pradesh state of India, and forms as it were a centre from which no less than seven other districts radiate. It is situated between 27°19' and 26°30' north latitude, and 80°05' and 81°51’ east longitude. The extreme length of the district from east to west may be taken at 57 miles (92 km), and the extreme breadth at 58 mi (93 km) the total area is about 1,504 sq mi (3,900 km2). Barabanki Nagar Palika is working on this issue properly and helps to people and society for cleanness. The Municipal Board Nawabganj, Barabanki, was the first to be constituted in the district and came in to existence on July 16, 1884. Nagar Palika Parishad, Nawabganj, Barabanki has been put under catergory of first class board, covering and area of 12 sq. Km. Comprising population of (75,741) according to census 2001. Rapidly increasing population levels, rapid economic growth and rise in community living standard accelerates the generation rate of municipal solid waste (MSW) in Barabanki. Various studies reveal that about 65% of MSW is disposal of unscientifically in open dumps and landfills, creating problem to public health and the environment. The main point of this paper is Direction, Decision and Regulation in relation to waste management and producing electric power. A solid waste management defined as the discipline associated with the control of generation, storage, collection, transfer, transport processing and disposal of solid waste in a manner that is in accord with the best principles of public health, economic, engineering, conservation and other environmental consideration that is also responsible for public attitude.
Barabanki District population constituted 1.63 percent of total Maharashtra population. In 2001 census, this figure for Barabanki District was at 1.61 percent of Maharashtra population. Read More...
|
Civil Engineering |
India |
70-75 |
18 |
Comparative Performance Evaluation of Serrated Friction Liner Band in Band Brakes
-Prof. P. D. Kulkarni ; Vinay V. Patil
This paper is mainly consist the performance evaluation of serrated brake liner. Heat generated during repetitive braking in applications like hoist, conveyors, lifting cranes, and crabs etc., problem of brake band glazing is really massive and because of which coefficient of friction is not uniform nor stable. This results into miss behaving of brakes and to overcome this problem different geometries of band liner with gaps on its surface that helps in dissipation of heat were developed and tested on test rig. Two different geometries of same material were tested and their comparative performance evaluation is presented here in this paper. Read More...
|
M.E MECHANICAL ENGINEERING (DESIGN) |
India |
76-79 |
19 |
A Brief Survey on Traffic Protection Mechanism for Efficient Rerouting in MPLS
-Sandhya T J ; A. Venugopal
When there is a failure in any system or link then the network must be capable enough to maintain all the actions and tasks that are to be implemented. This category of perfect network is said to be network pliability. The network pliability is the concept of automatic network recovery from various failures by rerouting the traffic from any sort of traffic from the failure and they can be converted back to the vigorous part of another network. The rerouting technique is quicker and the service intervening caused by the failure of the node is imperceptible to other network and the process tends to be very small. The fast rerouting is the procedure for path calculation and it is performed through tunnel to create vast routing area before the occurrence of failure. At present, Multi-protocol Label Switching (MPLS) turns out to be the innovative method for Internet service providers. MPLS is comprised of various attributes like traffic engineering performance and initiating quality of service. Multiprotocol Label Switching (MPLS) fast reroute (FRR) is based on one-to-one or many-to-one backup methods. The Fast Reroute technique is the steganographic method for delineating the different MPLS traffic protection mechanisms. In this survey various techniques are projected for the fast rerouting in MPLS networks. Read More...
|
Computer Science |
India |
80-84 |
20 |
Finite Element Analysis of Slab and Box Culvert under Heavy Traffic Loading using SAP-2000
-Nauraj Alam ; Rakesh Patel
Ducts are required to be given under earth dike to intersection of water course like streams, Nallas and so forth over the bank, as street dike can't be permitted to block the normal conduit. The courses are likewise required to adjust the surge water on the two sides of earth bank to diminish the surge level on one side of street along these lines diminishing the water head therefore lessening the surge threat. This Study manages consider the correlation of two distinctive kind of courses under substantial activity stream and water powered stream according to site. This examination work will help in future working conditions where we can execute the one which will be steadier similarly and practical in correlation. Read More...
|
Civil Engineering |
India |
85-87 |
21 |
A Critical Review on Residual Stresses in Welded Joints
-Renuka Nethi ; V. Ramalingeswara Rao; Naresh Mamidi; Addetla Girish Kumar
Residual stresses are secondary stresses exist after all loads are removed. Residual stresses can be favorable or detrimental to some components, depending on the type of material. Usually, tensile residual stress can cause harm to components while compressive residual stress can improve the component quality. Residual stresses, either tensile or compressive are present in almost all manufactured components. Residual stresses, either tensile or compressive can be found in welding components. Many researchers agreed that tensile residual stress can be found in the weld metal area, but the compressive residual stress distribution is complex. The distribution of welding residual stress varies in different locations depending on welding parameters, types, sequence, component type, component materials and component sizes. Residual stress in weldments is one of the major concerns in manufacturing industries. They occur, sometimes during the initial processing of metals and sometimes during rolling, forging, casting etc. In welding these stresses develop due to non-uniform cooling of the welded zone. Tensile stresses are primarily responsible for crack initiation and product failure. Residual stress may also lead to premature failure of the welded joints when subjected to hazardous conditions. There are various physical methods of detection of residual stress in weldments such as x-ray diffraction and deep- hole- drilling. Nevertheless, numerical, is also one of the most popular methods among researchers to solve various complex engineering problems. The current review aims at discussing the types, causes and effects of residual stresses in welded joints. The scope of the review also includes discussing different residual stress measuring methods. Read More...
|
M-Tech in Mechanical CAD-CAM |
India |
88-93 |
22 |
Evaluation of Fatigue Factor of Safety of a Jeep Chassis using FE
-Waseem Akram A ; Manjunath T V; Naveen Kumar A
The automobile industries R&D team are continuously working on design optimization to improve the performance of the components, to reduce the cost of the product, improves its accessibility etc. without compromising in the safety, strength and its desired performance. The major sub systems of automobiles are Body in White (BIW), Chassis, power train, Seating assembly, Suspension systems, Hood, Doors and closures. For the commercial pickup trucks, the chassis are the main system on which body, closures, power train, suspension system and braking system etc. are mounted. In our project work we considered chassis system for the strength assessment. Under the light of performance assessment and weight optimization, the current thesis is concentrated on strength evaluation and weight optimization of chassis system. From the analysis it is clear that, baseline design doesn't meet the design specifications for one durability load case and does meet for rest all load cases and also indicates that there is a scope for weight optimization to reduce the weight. Design iteration is carried out to make the design pass for all durability load cases and also weight reduction of ~ 6% is achieved with the design iteration model. Read More...
|
M.Tech in Machine Design |
India |
94-97 |
23 |
Interlocking of Bricks
-Adnan Bin Abdul Lateef ; Syed Muqeed Ashmi; Mohd Fasahat Ali Mannan; Mir Abrar Ali; Sohaib Abdullah Hussaini
The use of interlocking bricks masonry has gained rapid popularity in many foreign countries as an alternative to conventional bricks for sustainable housing. It has been challenging always for researchers to make interlocking brick light weight, low cost and improve the performance against aggressive environment. An experimental effort has been made in this concern. This paper gives the results of an experimental investigation in which the compressive strength, water absorption and density were investigated by using varying percentage of fly ash, stone dust, and sand with different mix proportion. A manmade fibre, glass fibre reinforce polymer (GFRC) /Steel / Bamboo utilize as reinforcing material to produce the interlocking blocks which gives appreciable results discuss in detail. The experimental results compared with that ordinary burnt clay brick and interlocking brick found durable in aggressive environments and have sufficient strength for their use in sustainable building construction. The basic idea was to build a wall without cement and to bind the bricks together by their interlocking properties attained by the reinforcement (GFRC Bar, Steel bar, and Bamboo).The dimensions of the brick were 12x8x4mm. The composition of the bricks was 75% of fly ash, 20% of cement , 3% of gypsum and 2% of lime. Two rods penetrate inside the standard fly ash bricks from the top and two holes are made adjacent to the rods at the bottom forming a wall with the rods of one brick interconnecting with the holes of the other brick. The bricks can be juxtaposed one over the other. The wall can be assembled and dissembled at any point of time leading to simple and plain sailing construction. The bond used for the wall was stretcher/running bond. Compressive strength of interlock bricks are having ranges between 1.2 N/mm^2 to 2.0 N/mm^2. Read More...
|
Civil Engineering |
India |
98-102 |
24 |
Web Caching and Web Prefetching Integration
-A. Nalini
Two important techniques used to reduce the response time are web caching and web prefetching. By integrating Web caching and Web prefetching, these two techniques can complement each other since the Web caching technique exploits the temporal locality, whereas Web prefetching technique utilizes the spatial locality of Web objects. However, without proper design, the integration of these two techniques might cause significant performance degradation to each other. In view of this, an innovative cache replacement algorithm is proposed, which not only considers the caching effect. Read More...
|
Computer Engineering |
India |
103-106 |
25 |
Automatic Blister Tablet Removing Machine
-Pravin Sahebrao Shewale ; Kishor Dattu Mundhe; Nilesh Gokul Chaudhari; Jayant Satish Nhavi; Prof. Tushar V Gujrathi
Blister packages for pharmaceuticals consist of two basic packaging components leading material and forming films. The leading material consist of a cover material made by aluminum that has a heat seal lacquer on own side to acts as a sealing agent, and another side coated with the sealing agent faces products and forming films with plastic material. At the time of packing lower cover not match with the upper cover & printing mistake on the cover. So reject all tablets in the cover that tablets can be remove by blister defoiling machine reduce the time and effort. In pharmaceutical industry different product having different size and shape, according to that the pack size of blister is varying. Some strip are rejected while printing mistake and packing mistake, so this strips are not through it must defoiled and come to back in line. For this defoiling purpose the manual defoiling is not corrects solution. So we are going to make Defoiling Machine is used for defoiled the tablets and capsules from the blister. Read More...
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M.E MECHANICAL ENGINEERING (DESIGN) |
India |
107-108 |
26 |
Fire Risk FMEA & Recommendations for New Warehouse to Store Flammable Goods
-Swapnil Ashok Thakare ; Dr. S. P. Trikal
The Research Work discuss about the systematic approach for FMEA to stringent implementation of Law of Land for storing the Flammable goods like Aerosol. The Fire Risk involved in Warehouse storing Flammable goods such as Goods containing Alcohol, LPG, Perfume, etc. All potential failures could be considered as risk. It becomes important for the company to identify the risks that potentially threat their products. Failure Mode and Effects Analysis (FMEA) is a robust methodology that can be used to identify, classify, and analyse potential risk. This research aims to utilize FMEA methodology to analyse the Fire risk in storing flammable products and recommends some solutions to overcome the predicted risk. During the complete study process at each stage efforts has been taken to maintain the safety standard above or at least equivalent to what the law of land is saying. Read More...
|
Mechanical Engineering |
India |
109-112 |
27 |
Suspension Operated Air Conditioning System
-Avhad Ganesh Ranganath ; Mahale Akshay Satish; Vairal Yogesh Rajabhau; Pachpute Avinash Dinesh; Shinde Rahul H
Now a day we have required fuel efficient car. But the engine of the car is not efficient when the load on car is high. For this purpose we have reduce the load on engine that to run the AC and compressor. Instead of Engine power we are used the suspension systems for producing compressed air and AC effect Vice-Versa. Current air conditioning systems can reduce the fuel economy vehicles. By using this compress air we can run AC system in the car and save fuel economy. The conventional vehicle suspension dissipates the mechanical energy i.e. potential and kinetic energy. In spring potential energy is stored and kinetic energy is wasted. The aim of project is this wasted energy is compressed by using single acting cylinder by proper arrangement. The main aim of this project is this compressed air producing using vehicle suspension is given to the air conditioning system. The pushing power is converted into compressed air energy by proper arrangement. The pneumatic single acting cylinder is used for this project compress air. After this research we conclude in car there is a lot of fuel burn only for only for working of AC .while driving the car. If A.C. will run on other system rather than fuel then there is lot of fuel saves in car hence the efficiency of car will also increases. Read More...
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mechanical engineering |
India |
113-115 |
28 |
Generation of Power using Vortex Windmill
-Vipul Pranami
The bladeless windmills use a completely new tactic for apprehending both intermittent wind energy pulses and persistent wind flow under specified wind pressure and velocity. The windmill employs the energy of vorticity, an aerodynamic effect i.e. vortex shedding. As wind strikes a fixed structure, its flow variates and a cyclical pattern of eddies i.e. vortices are formed in the vicinity of the structure. As these forces go strong, the structure starts pulsating or vibrating. Subsequently, these aerodynamic instabilities can be utilized to run a linear alternator or a crankshaft. The natural frequency of the structure should not match with the vibration frequency. The design shown in this paper is entirely different from an old-style windmill. Instead of the gigantic tower, nacelle and blades, this device has a conical frustum mast made up of fiber-glass which is pivoted at one-third length from bottom, a crank, a crankshaft, a hinge joint, a connecting rod. The hollow as well as light weight mast makes this device portable and user-friendly. Also, this low-cost element opens a means for low cost renewable energy source. Read More...
|
M.E ( THERMAL ENGINEERING) |
India |
116-118 |
29 |
Fuelwood Stress in Nigeria: Myth or Reality
-Ali Bulama ; Hassan Dauda; Yakubu Ibrahim
Reports on forest degradation from increasing fuelwood collection and consumption as energy source by both households and large fuelwood consuming businesses across Nigeria is enough to have attracted the attention of major stakeholders in the forest and fuelwood sector in taking decisive plan and implement appropriate intervention measures towards solving the menace. This paper provides information on the current situation of fuelwood consumption and extend of forest degradation due to trees' harvesting for fuel in Nigeria. The review analysed different literatures on households' energy consumption and types of behavioral responses display during fuelwood stress across different regions in Nigeria. Thus, the review aim at attracting the attention of energy planners in the country to understand the level of fuelwood consumption and the pressure on forested areas in the country. We therefore first, present current situation of fuelwood consumption and its determinants, and secondly, we discuss the results and show a wide range of similar behavioral responses of households in coping with reduced supply of across regions in Nigeria. The review findings among others include the loss of vegetational cover of up to 96% mainly attributed to fuelwood collection and consumption as fuel, with more than 87% of Nigeria's households relying on fuelwood irrespective of geopolitical region, income, occupation, and educational level. Furthermore, increase fuelwood market, increase cost of fuelwood bundles, diversification in the means of transporting fuelwood from sources to marketing are among the scarcity indicators. Therefore, this review conclude that there is continuing increase in fuelwood stress based on the revealed household'’ behavioral responses across all regions in Nigeria. The reviewers therefore, recommended the urgent need of interventions as community involvement in the management of natural forest and introduce tree growers' incentive to motivate farmers growing trees in both farms and homestead so as to reduce relying on natural forest for fuelwood. Read More...
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Energy |
Nigeria |
119-127 |
30 |
Optimize Process Parameter in Resistance Spot Welding for Unequal Thickness Sheet using Taguchi Method and Grey Relational Analysis
-Mr. Bhushan Subhashrao Deshmukh ; Prof. Poonam S. Talmale
The optimization of parameters considering multiple performance characteristics to minimize power consumption in Resistance spot welding (RSW) process for GI sheet using the Grey relational analysis (GRA) is presented. Performance characteristics including Current, Weld time, Electrode force and Thickness are chosen to evaluate the machining effects. This all the process parameters are closely correlated with the selected performance characteristics in this study are the hold time, squeeze time, and electrode tip diameter. Experiments based on the appropriate L27 OA are conducted first. The coefficient and grades according to GRA are evaluated using normalized experimental results of the performance characteristics. The Analyses Of Variance (ANOVA) are conducted to identify the most significant factor affecting the spot welding performance. Process parameters after optimization are simultaneously leading to maximum tensile-strength and minimum Nugget diameter will be then verified by confirmation experiment. Read More...
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M.E. IN MACHINE DESIGN |
India |
128-133 |
31 |
Effect of Meta-Kaolin, Fly-Ash and Rice-Husk Ash on Flexural Strength of Concrete
-Shibin Nambiar
Supplementary binder materials are used in concrete for economical, technical and environmental reasons. OPC Grade 53 cement was replaced with Meta-Kaolin (MK), Fly-Ash (FA) and Rice-Husk Ash (RHA) to study the effect of pozzolanic variations .Cement was replaced with MK by 10%, 12%, 14% and 16%, FA by 7.5%, 10% and 15% and RHA by 2%, 4% and 6% it was concluded that a controlled replacement of cement by 14% of MK, 15% of FA and 2% of RHA improvement of properties of concrete such as Flexural strength and durability. Read More...
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Civil Engineering |
India |
134-137 |
32 |
Partially Replacement of Cement with Kota Stone (Green) Powder in Concrete
-Vinod Makwana ; Mr. Suhail Ahmed Qureshi
At present time concrete having more used in civil construction such as building construction, Bridge construction & Dam construction etc. For these purpose huge quantity of concrete consume in civil construction work. Concrete is made up of in gradients such as Cement, Sand, Aggregate, Water etc. Kota stone’s powder or dust is easily available in stone industries because kota stones having used in various types of civil construction in huge quantity like-exteriors, pathway, corridors, driveways, balconies etc. During the process of cutting stone 25% dust formed. The generated stone dust from stone cutting factory prohibited from being discharge to public sanitory system and as well as agricultural land because of land fertility decreases through stone dust. Engineering application can solve the problem of disposing stone waste with the help of using replacement of cement in concrete. The in gradients of concrete, cement is more expensive material as compare to others in gradients of concrte In these study cement is partially replaced with different percentages as 0%,10%,20% & 30% of kota stone (green) powder .In this study tested compressive strength, flexural strength , split tensile strength and workability of concrete. For these purpose total 88 specimens of concrete made like cubes. The use of kota stone (green) powder as replacement of cement offer cost reduction, increase strength, supiers products. Read More...
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Structural Engineering |
India |
138-140 |
33 |
Smart Irrigation System
-C. Lekha ; V. Naga Sumanth; K. Vivek Reddy; V. Kireeti
This project is a general solution to deal with the problems faced in agriculture. Water is main source for Agriculture. Irrigation is one method to supply water but in some situations there will be lot of water wastage. It can be reduced using automatic watering system. In this proposed system, we are using various sensors like temperature, humidity, soil moisture, sensors the sense various parameters of the soil. This helps the farmers to have control over the farm remotely from any part of world. Automation allows us to control appliance automatic control. Finally, the message is sent to the user through Gmail or by a message. Read More...
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Computer Science and Engineering |
India |
141-144 |
34 |
A Brief Comparative Study of Visual Servoing System
-Sikander Hans
This paper presents an overview of visual servoing systems. The basic structure of a visual servoing system, various controller techniques used and the comparison of the techniques being used is a matter of concerned of the paper. The paper concentrates on different visual servoing techniques like: image based, position based and hybrid visual servo control, for different issues concerning both hardware and software requirements. Read More...
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Robotics |
India |
145-155 |
35 |
Optimal Design of Steel Chimney
-Pradip Ramchandra Choudhari ; Dr. M. R. Wakchaure; Mrs. S. M. Kale
In this paper the structural behavior of the steel chimney in seismic zone III has been investigated as per IS codes. Steel chimneys are economical for height upto 45m. There are many standards available for designing self-supporting industrial steel chimneys: Indian Standard IS 6533: 1989 (Part-1 and Part-2), Standards of International Committee on Industrial Chimneys CICIND 1999 (rev 1), etc. Geometry of a self-supporting steel chimney plays an important role in its structural behaviour under lateral dynamic loading. There is a need to develop a cost effective construction technique either by up gradation of conventional technique or by applying new technique. Therefore we optimize the cost of chimney by using software The MATLAB programming which is use for the optimization purposes. Follows the simulation methodology at the particular software package and finally are presented the results of the analysis. The results will be obtained from the above cases are compared. Finally, the Optimization Cost obtained for 4 segments, 8segments are then compared with Conventional Cost for deciding the Construction cost. Read More...
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structural engineering |
India |
156-159 |
36 |
Optimization of Riser Dimensions for Sand Casting of Column using Constraint Optimization Technique
-Sawyasachi Awasthi ; Manoj Kumar Pal
Riser design plays an important role in the casting of the components. The component taken for casting is the "column". This column is used to support various parts of blast furnace. Increasing the casting yield by optimizing the volume of riser for the casting of column such that the shrinkage defect and the hot spots is eliminated is the main objective of this project. Geometric modeling of column is done in catia v5r20 through which volume and surface area of the column for different sections was obtained and section with higher modulus is calculated. Formulation for riser using cylindrical neck is done and has been given to the constrained optimization technique in MATLAB R2017a and the optimum dimensions of riser is obtained which has been compared with the ongoing manufacturing of column in industry and 18.5 % reduction of riser volume is obtained which increases casting yield. Read More...
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M.Tech Production Engg. |
India |
160-163 |
37 |
Transient Stability Analysis of IEEE-10 Bus System using Mi-Power
-Mr. Amar Ramesh Bandekar
It is widely accepted that transient stability is an important aspect for- designing and upgrading electric power system. The main objective of this paper was to study the performance of the system under pre-fault condition and as well as in three phase balance fault condition. In this paper, transient stability analysis of IEEE 10 bus system was performed using Mi-POWER. The power flow studies were performed to check pre-fault conditions in the system using Newton-Raphson method. With the help of three-phase balanced fault, the variations in power angle of the system were studied. For three-phase balanced fault, fast fault clearing time was analyzed to bring back the system to the stability. Read More...
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Electrical Power System |
India |
164-167 |
38 |
Image Light Enhancement Methods and Problems: A Review
-Anand Dev Barman ; Prof. Amit Chouksey
From last few years, there has been substantial work on image processing and wide improvements being carried out in image processing including resolutions and sensitivity. Despite these improvements, still there is a problem to capture a high dynamic range images and images in low-light conditions especially when light is very low. If the intensity of noise is higher than the signal then the conventional denoising techniques cannot work properly. For the said problem there are many approaches being developed for low-light image enhancement but still Low contrast and noise remains a barrier to visually pleasing images in low light conditions. To capturing images in concerts, parties, social gatherings, and in security monitoring situations are still an unanswered problem. In such conditions the image enhancement of low quality image is a really tedious job. This paper is elaborating a survey of different type of methods and technologies that have been used and implemented in the area of image enhancement. The study is further going on to find a technique so that more accuracy can obtained in image enhancement. Read More...
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Image processing |
India |
168-172 |
39 |
Optimization of Process Parameters in Electrical Discharge Machining of OHNS by using RSM's Response Optimizer
-Rahul D. Shelke ; Siddiqui Mohd Imran
Electric discharge machining (EDM) is a non-traditional machining process; it is a well-established machining option in many manufacturing industries throughout the world. There are no physical cutting forces between the tool and work piece while removing the material, it only uses thermal energy to machine electrically conductive parts regardless of hardness has been its distinctive advantage in the manufacturing industries. (OHNS) Oil Hardening Non Shrinking Die Steel is an ideal type of oil hardened steel economical for manufacturing Industries. It is generally used for Blanking and Stamping dies, Gauging tools, Wood working tools etc. This paper reports the results of an experimental investigation carried out to study the effects of machining parameters such as current, voltage and pulse on time on material removal rate and tool wear rate in electrical discharge machining of OHNS by using copper electrode. The process has been successfully carried by Response surface methodology (RSM) and model adequacy is carried out by using Minitab software. While RSM's D-Optimal Method is used to solve the multi-response optimization. To validate the optimum levels of the parameter, confirmation run was performed by setting the parameters at optimum levels. It is observed that voltage is most significant parameter for material removal rate and tool wear rate followed by pulse on time and current. Read More...
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M.E.MANUFACTURING ENGINEERING |
India |
173-176 |
40 |
Evaluation of UAE PPP from Developers Perceptions with Global PPP Comparisons
-Emran Alotaibi ; Mohamed Refaie; Anas Naqawa
The projects between the private and public sectors is becoming more important nowadays. The regulations that controls such partnership called Private-Public-Partnership or PPP, each country has its own regulations in that interest. However, some of them are considered the best among the world PPPs, and some are less preferable. This paper will illustrate, an evaluation of the public private partnership in UAE guidelines by stakeholders who have experience in that regard, and then will introduce the Plus-Delta method, to compare between the best practices of PPP in the near regions (in Asia it is Australia, and South Africa), and discuss their negative and positive points. Moreover, analysis was made also to find what and how countries’ characteristics, affects the ranking or evaluation of PPP around the world. Read More...
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INFRASTRUCTURE ENGINEERING |
United Arab Emirates |
177-184 |
41 |
Automatic Handbrake Engage and Release
-Mayuresh Sanjay Kulkarni ; Suraj Rajendra Patil; Raviraj Sanjay Patil; Prasad Arjun Tambe; Prof. Kumavat Mukesh Manilal
Safety in automobile is most important parameter on which every car user concentrate. Researchers also put efforts to increase safety in car. Handbrake (or parking brake) is one of the system in vehicle, which incorporated for safety when the car is parked or stopped on hill road, to stop the car. It is also essential in this system is that, when the car moves hand brake system must disengage? Conventional handbrake system has a hand lever for control which works manually. In this system due to manual errors, it is observed that the system may remain engaged when car is moving. And it is harmful to system components and for safety also. Our aim is to increase the safety by using modified parking brake system named as Automatic Handbrake engagement and release system. In this modified system, we are going to control Handbrake automatically without manual interfere. This system works on the input by ignition key position. As when the ignition switch turned ON, handbrake must disengage and vice versa when ignition switch is OFF, handbrake must engage. System may work electro-pneumatically using solenoid and pneumatic circuits. Read More...
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Mechanical Engineering |
India |
185-186 |
42 |
Heat Transfer and Friction Factor Characteristics Roughened Channels - A Review
-Md. Jasim Alam ; Dr. Rashmi Dwivedi
Various Techniques have been used for warmth transfer enhancement in various engineering applications. In recent years, the excessive price of energy and material has resulted in an elevated effort aimed at finding more environment friendly warmness change technique. Providing a synthetic roughness on a warmth transferring surface is an effective passive heat switch method to decorate the rate of heat switch to fluid flow. Several research have been carried out to determine the impact of specific roughness aspect geometries on heat transfer and friction in roughened duct. Various investigations appropriate to awesome roughness geometries suggests that the enhancement in heat switch is accompanied by using considerable rise in pumping strength and therefore the thermo-hydraulic overall performance is an important parameter to figure out the quality applicable rib geometry for advantageous warmness transfer. It has concluded that many broken/discrete rib geometries make warmth transfer higher than the continuous ribs. The goal of this paper is to review quite a number studies, in which distinctive artificial discrete rib roughness elements are used to beautify the heat transfer price with little penalty of friction. The results of a number of rib parameters on warmth transfer and fluid flow processes are additionally discussed so that it can be helpful for other researchers to advocate a new graph of rib geometry which may additionally produce more heat switch with best viable thermo-hydraulic performance. Read More...
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M. Tech Mechanical Engineering Design |
India |
187-192 |
43 |
Multiple Crack Detection in Cantilever Beam by Vibrational Analysis - A Review
-Heera Lal Choudhary ; Jayant Koshta; Anshul Choudhary
Beam type structures are being commonly used in steel construction and machinery industries, in structures and machines, and fatigue cracks are the main cause of beams failure. Crack occurs in beams to change its dynamic behavior of structure and examining these changes in crack location and crack size are identified. The NDT methods are used for crack detection and which are costly and time consuming. In this paper the beam consider to open transverse cracks. Currently research has focused on using modal parameters i.e. natural frequency used for crack detection. In this paper the modal analysis was performed on cracked beams and a healthy beam, to calculate natural frequency. The first five natural frequencies wear considered for crack detection. To locate the crack i.e. crack depth and crack locations are plotted. The intersection of these contours indicates crack location and crack depth, hence to detect multiple cracks. The experimental results are obtained by using FFT analyzer. Finally the ANSYS result compare with experimental result. Read More...
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M. Tech in Mechanical Engineering Design |
India |
193-196 |
44 |
H_IECR:HBO Based Improved Energy Efficient Chain Based Routing Protocol in WSN
-Shahista Akhter ; Er. Vandna; Er. Rupali
Recent enhancement in remote innovation has prompted enormous development in organization of Wireless Sensor Networks (WSNs). WSNs are contained sensors and actuators hubs, thickly conveyed over some geographic area to detect, gather, process and send information remotely to focal information gatherer. The correspondence among various remote sensor hubs is regulated by steering conventions; consequently the execution of WSN exceptionally relies upon embraced directing method. Numerous such vitality productive and quality directing conventions have been composed throughout the years to expand the execution of correspondence in WSNs. In this paper, a thorough survey and scientific classification of directing conventions is talked about based on system structures and information transmission methods. This investigation will help WSN framework planners to choose proper directing convention for specific application. Read More...
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Computer Science and Engineering |
India |
197-201 |
45 |
Development and Validation of UV Spectrophotometric Method for the Estimation of Some Hepatitis-C Drugs in Bulk and in Formulations
-N. Anuradha ; Dr. Syed Azhar Nizami
The present work is to develop a simple, efficient, and reproducible UV spectrophotometeric method for the estimation of some hepatitis-C drugs Boceprevir and Simeprevir in bulk and in tablet dosage form. The developed method is based on measurement of absorption at a wavelength maximum (λmax) of 235 nm for Boceprevir and 225 nm for Simeprevir using methanol as solvent. Linearity was observed in the concentration range 2-12 μg/ml for both the drugs. The results of analysis have been validated statistically for linearity, precision, accuracy, LOD and LOQ as per ICH guidelines. The % assay for the pure sample was found to be 100.33% for Boceprevir and 100.50% for Simeprevir. Recovery studies for the method was found to be 101.02%, 101.35% and 100.18% for Boceprevir and 102.03%, 101.45% and 101.18% for Simeprevir. The developed method was found to be accurate, precise, selective and rapid for spectrophotometeric analysis of Boceprevir and Simeprevir in bulk and in dosage forms. Read More...
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Pharmaceutical |
India |
202-205 |
46 |
Analysis of Bending Strength of Involute Spur Gears with Asymmetric Profile
-Bendale Tushar Satish ; Dr. Rashmi Dwivedi
Analysis estimating the variation of maximum bending stress and contact ratio depending on tooth number and pressure angle of the drive side has been developed for asymmetric drives. The bending stress analyses have been performed with the aid of FEM for asymmetric and symmetric tooth. The stress results obtained by FEM analyses and estimated by the developed program have been compared. It has been proved that asymmetric teeth have better performance than both symmetric teeth it has been confirmed that, as the pressure angle on the drive side increases, the bending stress decreases and the bending load capacity increases. It has been seen that, while the value of maximum bending stress is changing, the location of maximum bending stress remains the same in finite element analysis. Read More...
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M.Tech in Machine Design |
India |
206-210 |
47 |
Newton Rapson Regression (NRR) Based Image Interpolation Methods: A Review
-Shubhra Pal ; Prof. Neeta Nathani
As the size of an image is enlarged, the pixels that form the image become increasingly visible, making the image appear "soft" if pixels are averaged, or jagged if not. Image interpolation methods however, often suffer from high computational costs and unnatural texture interpolation. The proposed work proposes a unique edge-adaptive image interpolation method using an edge-directed smoothness filter. Many image interpolation techniques are already been developed and designed we are proposing a new method is been used for edge-adaptive image interpolation which uses Newton forward difference. This difference provides very good grouping of pixels ones we consider target pixel for interpolation Proposed approach estimates the enlarged image from the original image based on an observation model. Simulation results for the work will can get by MATLAB and expecting that for the proposal method it will produces images with higher visual quality, higher PSNRs and faster computational times than the conventional methods. Read More...
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Image processing |
India |
211-213 |
48 |
Design of Self-Energizing Operated System for Vehicle
-Jadhav Amol Ekanath ; Gunjal Samadhan Narayan; Deshmukh Jayashri Sanjay; Jagtap Nitin Raghu; Prof. Santosh Dharam A.
This paper describe the Design of self-energizing system for vehicle with new technology effective than traditional one. Electrified transportation will diminish ozone depleting substance outflows and expanding petroleum costs. Zapped transportation requests that a wide assortment of energizing systems be set, in an easy to understand condition, to support appropriation. Remote electric vehicle charging frameworks (WEVCS) can be a potential elective innovation to charge the electric vehicles (EVs) with no module issues. This paper plots the as of now accessible remote power exchange innovation for EVs. WEVCS are related with wellbeing and security issues, which have been talked about with the present advancement in worldwide guidelines. Two noteworthy applications, static and dynamic WEVCS, are clarified, and breakthrough advance with highlights from research labs, colleges, and businesses are recorded. Also, future up and coming ideas based WEVCS, for example, "vehicle-to-framework (V2G)" and "in-wheel" remote charging frameworks (WCS) are looked into and inspected, with subjective correlations with other existing innovation. Read More...
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Mechanical Engineering |
India |
214-215 |
49 |
Review on Thermoelectricity Generation
-Vishal Jaiprakash Halwai ; Dube Kapil Gautam; Gursal Manoj Bajirao; Kapse Nikhil Balasaheb
Most of the current thermal power-generation technologies must first convert thermal energy to mechanical work before producing electricity. Thermo electricity generation technology, as one entirely solid-state energy conversion method, can directly transform thermal energy into electricity by using thermoelectric transformation materials. A thermoelectric power converter has no moving parts, and compact, quite, highly reliable and environmentally friendly. Therefore, the whole system can be simplified and operated over an extended period of time with minimum maintenance. In addition, it has a wider choice of thermal sources. It can utilize both the high and low quality heat to generate electricity. The low quality may not be utilized effectively by conventional methods such as piezoelectric technology. Read More...
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Mechanical Engineering |
India |
216-218 |
50 |
Dynamic Task Balancing Scheduling Method for Heterogeneous, Multi-Core Systems
-Dr. S. N Sheshappa
Heterogeneous system creates unlimited opportunities and challenges in the field of parallel processing or parallel computing for design of algorithms, partitioning and mapping of parallel tasks where scheduling plays an important role. In the other hand multi core processors /multi core technologies is offering a great potentials for computational power for scientific and industrial applications, however another challenge for software developers. In this work, we provide a survey on current multi core technology and threaded building blocks. The goal of scheduling is to utilize all the processors with minimum execution time by proper allocation of tasks to the processors. Scheduling of task gives higher performance in heterogeneous systems. We motivate the necessity of dynamic scheduling and summarize the challenges arising from high performance heterogeneous computing. Because of two main factors such as performance and power consumption, Heterogeneous multi core processors (HMP) are better to schedule the job as compare to homogeneous multi core processors. Read More...
|
Computer Engineering |
India |
219-221 |