Maharaja Institute of Technology
Maharaja Institute of Technology
Bharadwaj V.P.,Maharaja Institute of Technology |
Rao M.,Maharaja Institute of Technology
2016 IEEE International Conference on Distributed Computing, VLSI, Electrical Circuits and Robotics, DISCOVER 2016 - Proceedings | Year: 2016
The exploitation of parallelism at both the multiprocessor or multicore level and at the instruction level is the means to achieve high-performance. The compiler for VLIW and superscalar processors must expose sufficient parallelism to effectively utilize the parallel hardware. The amount of instruction level parallelism available to VLIW processors or superscalar processors can be limited. This will limit the performance of these processors to a certain extent. However, with compiler optimization techniques, its performance can be increased to greater extent. This evaluation shows that utilizing the existing resources of the processor with certain programmer constraints and an efficient scheduling of independent and dependent blocks of instructions, we can increase the performance of the processors. As compiler optimization interact with the micro-architecture in complex ways, certain programmer constraints can be added to reduce the complexity and help the compiler to structure the Assembly code in a manner which can be used for out-of-order execution of the code. This paper provides new methods and improvements for the structure of the Assembly code for execution on superscalar processors. © 2016 IEEE.
Rakshith K.,Maharaja Institute of Technology |
Rao M.,Maharaja Institute of Technology
Smart Innovation, Systems and Technologies | Year: 2018
Device to Device Communication (D2D) refers to a communication where devices communicate with each other directly without the need of cellular infrastructure. D2D is a new concept introduced under 3GPP; several researchers are working on providing solutions for D2D communication for the future network evolution such as IoT (Internet of Things) and IoE (Internet of Everything). Challenges associated with the D2D communication are security, interference management and resource allocation. Besides technical challenges, there are practical problems of incentivizing users to lend their devices to serve as relays for the traffic of others. To overcome these problems we have proposed a routing protocol for data packets of device communication called tree-based intelligent routing protocol based on SOFNET platform which results in support of IoT and IoE for the heterogeneous network. In this paper, we propose the architecture for routing in D2D communication. Simulation results on the proposed algorithm based on throughput are presented. © Springer International Publishing AG 2018.
Ghanaraja S.,P.A. College |
Kumar K.L.V.,Government Polytechnic |
Ravikumar K.S.,Maharaja Institute of Technology |
Materials Today: Proceedings | Year: 2017
The Synthesis of aluminium matrix composites is receiving considerable emphasis in meeting the requirements of various industries. Due to the desired properties such as low weight, high specific strength, good corrosion resistance and excellent wear resistance, they have received a great interest in the recent years. Metal-matrix composites (MMCs) based on aluminium and magnesium has emerged as an important class of materials and Al2O3 can be considered as ideal reinforcements, due to their high strength, high aspect ratio and thermo-mechanical properties. The objective of this work is to reinforce Al 1100-Mg alloy with different wt% of Al2O3 (0, 3, 6, 9 and 12) was added by melt stirring method and Extrusion is carried out (extrusion ratio of 12.25) for the same alloy and composites. Mechanical property like hardness and tensile properties have been investigated for cast and extruded of base alloy and composites. © 2017 Elsevier Ltd. All rights reserved.
Pandian P.S.,DARE Inc |
Srinivasa M.G.,Maharaja Institute of Technology
2016 International Conference on Signal Processing and Communication, ICSC 2016 | Year: 2016
Wearable health monitoring systems use integrated sensors to monitor vital physiological parameters of the wearer. The paper discusses the preliminary results of a prototype wearable physiological monitoring system to monitor physiological parameters such as Electrocardiogram (ECG), Heart Rate (HR), Electroencephalogram (EEG) and Body Temperature. The ECG and EEG signals are acquired using a textile electrodes integrated into the fabric of the wearer. The acquired ECG and EEG signals are processed to remove noises and the parameters are extracted and trend analysis is carried out. The physiological parameters are monitored at the remote monitoring station using a ZigBee wireless communication. © 2016 IEEE.
Subudhi P.K.,Maharaja Institute of Technology |
Palo S.,Kalam Institute of Technology |
Sahu T.,Berhampur University
Superlattices and Microstructures | Year: 2012
We analyze the strain induced changes in the low temperature multisubband electron mobility mediated through the intersubband interactions in a pseudomorphic GaAs/In xGa 1-xAs coupled double quantum well structure. We consider the non-phonon scattering mechanisms and study the effect of strain on them. We show that strain reduces the mobility due to ionized impurity (imp-) scattering μ imp but enhances the mobility due to interface roughness (IR-) scattering μ IR. For alloy disorder (AL-) scattering as long as the lowest subband is occupied, the effect of strain enhances the mobility μ AL. However, once the second subband is occupied, there is almost no change, rather decrease in μ AL for larger well widths. It is gratifying to note that for single subband occupancy, the effect of strain enhances the total mobility μ. On the other hand, for double subband occupancy, initially there is almost no change, but with increase in well width the total mobility reduces. We vary the In composition x from 0.15 to 0.2 and 0.25 and the barrier width between the two wells to analyze their effects on the mobility which shows interesting results. Our study of multisubband mobility can be utilized for the low temperature device applications. © 2012 Elsevier Ltd. All rights reserved.
Dayal V.,Maharaja Institute of Technology |
Kumar P.V.,Maharaja Institute of Technology
Solid State Communications | Year: 2013
The electrical conductivity and magnetoresistance property of the bulk sample La0.67 Ca0.33Mn0.99Fe0.01O3 has been reported, between the magnetic fields 0 and 5 T and in temperature range 10-300 K. Ferromagnetic metallic resistivity ρFM(T)= ρ0+ρ1Tn is observed well below the metal insulator (MI) transition temperature T
Sharath Kumar Y.H.,Maharaja Institute of Technology |
Pavithra N.,Maharaja Institute of Technology
Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics) | Year: 2015
In this work, we developed a model for representation and indexing of objects for given input query sketch. In some applications, where the database is supposed to be very large, the retrieval process typically has an unacceptably long response time. A solution to speed up the retrieval process is to design an indexing model prior to retrieval. In this work, we study the suitability of Kd-tree indexing mechanism for sketch based retrieval system based on shape descriptors like Scale invariant feature transform(SIFT), Histogram of Gradients (HOG), Edge orientation histograms (EOH) and Shape context (SC). To corroborate the efficacy of the proposed method, an experiment was conducted on Caltech-101 dataset. And we collected about 200 sketches from 20 users. Experimental results reveal that indexing prior to identification is faster than conventional identification method. © Springer International Publishing Switzerland 2015.
Srinivasa A.H.,Maharaja Institute of Technology |
Eswara A.T.,P.A. College
International Journal of Heat and Mass Transfer | Year: 2013
This paper deals with unsteady free convection flow of an incompressible fluid about an isothermal truncated cone with variable viscosity and Prandtl number. The non-linear coupled partial differential equations governing the flow and heat transfer have been solved numerically, by using an efficient implicit finite-difference scheme along with quasilinearization technique. The nonsimilar solutions have been obtained for the problem, overcoming numerical difficulties near the leading edge and in the downstream regime for the whole transient from the initial unsteady-state flow to the final steady state flow, for different Prandtl number fluids. Also, an analytical solution is obtained for transient heat transfer at the leading edge of the truncated cone, valid for small times and found to be in good agreement with numerical solution. Numerical results indicate that skin friction as well as heat transfer are strongly affected by the viscosity-variation parameter and temperature dependent Prandtl number. Further, skin friction is found to decrease along the surface of the cone whereas heat transfer rate increases due to unsteadiness in the flow. It is observed that there is a smooth transition from the small time solution (initial unsteady flow) to the large time solution (final steady-state flow). The time taken to reach steady state is found to increase with increasing of Prandtl number. © 2012 Elsevier Ltd. All rights reserved.
Dayal V.,Maharaja Institute of Technology |
Punith Kumar V.,Maharaja Institute of Technology
Journal of Magnetism and Magnetic Materials | Year: 2014
We present here the results of a comprehensive study of the DC magnetization, linear and nonlinear AC susceptibility, DC resistivity and Magnetotransport behavior of the La0.8Bi0.2MnO3 polycrystalline manganite to understand its complex magnetic nature. The sample under study is synthesized by a conventional solid state route and is found to crystallize in rhombohedral structure having R3̄c group. A significant irreversibility between zero-field-cooled and field-cooled magnetization data with a broad peak in ZFC is clearly observed. Temperature variation of first and third order AC susceptibilities is in good agreement with Wohlfarth×. ©2014 Elsevier B.V. All rights reserved.
Geetha Kiran A.,Malnad College of Engineering |
Murali S.,Maharaja Institute of Technology
21st International Conference in Central Europe on Computer Graphics, Visualization and Computer Vision, WSCG 2013 - Poster Proceedings | Year: 2013
Image based video generation paradigms have recently emerged as an interesting problem in the field of robotics. This paper focuses on the problem of automatic video generation of indoor scenes that mainly consist of orthogonal planes. The algorithm infers frontier information directly from the images using a geometric context-based segmentation scheme that uses the natural scene structure in indoor environments. The presence of floor is a major cue for obtaining the termination point for the video generation. First, we perform floor segmentation using dilation and erosion methods. Second, compute the length of the floor using distance method which is used as the termination point for video generation. Finally, video is generated by cropping the image. Our approach needs no human interventions, hence it is fully automatic. We demonstrate the technique to a variety of applications, including virtual walk through ancient time images, in forensics and in architectural sites. The algorithm is tested on nearly 100 images obtained from different buildings, all of them are fairly different in interior decoration themes from each other.