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International Conference on Emerging Trends in engineering and technology, ICETET

作者： Zulfa Shaikh Dinesh Bhati D. M. Puntambekar Pushpa Pathak D. K. Mishra Master of Computer Application Acropolis Institute of Technology and Research Indore Madhya Pradesh India Department of Electronics Engineering Acropolis Institute of Technology and Research Indore Madhya Pradesh India Department of Computer Engineering Acropolis Institute of Technology and Research Indore Madhya Pradesh India

In this paper, we propose the methodology and design an algorithm to control congestion during Secure Multiparty Computation (SMC). As per our literature serve a lot of work has been done in SMC but they have worked only the main part of the SMC, privacy and correctness. Congestion control is one of the important components for the performance of the network and also is the most challenging one. This paper deals with the way of shaping the traffic to improve quality of service (QoS) in SMC. Under the congestion situation, the queue length may become very large in a short time, resulting in buffer overflow and packet loss. So congestion control is necessary to ensure that users get the negotiated QoS. The objectives of traffic control and congestion control for SMC are: Support a set of QoS parameters and minimize network and end-system complexity while maximizing network utilization. In our paper we carried out experiments for computing the FIFO length that ensures zero packet loss for different clock rate of the router.

关键词： Data privacy Quality of service Switches Sliding mode control computer applications Traffic control Buffer overflow Delay Data engineering Design methodology

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Analysis of Data in Secure Multiparty Computation

Analysis of Data in Secure Multiparty Computation

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IEEE International Advance Computing Conference, IACC

作者： Zulfa Shaikh D.M. Puntambekar Pushpa Pathak Dinesh Bhati Master of Computer Application Acropolis Institute of Technology and Research Indore Madhya Pradesh India Department of Electronic Engineering Acropolis Institute of Technology and Research Indore Madhya Pradesh India

A protocol is secure if the parties who want to compute their inputs hands it to the trusted parties. Trusted parties in turn compute the inputs using the function f and give the result to the respective parties after computation in such a way that no party can identify other's party data. During computation of inputs, we had considered the factor, what if trusted third parties are malicious? Considering different probabilities for the malicious users, we have tried to find out the correctness of the result and percentage of system acceptability. We then tried to increase the number of TTP's in order to get the accuracy of the result. The aim of our proposed work is to identify what probability of malicious users will lead to the system in an unacceptable state.

关键词： Data analysis computer applications Sliding mode control Data security Protocols Data privacy Cryptography MATLAB

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Control architecture of mechatronic system for automated manual clutch

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Journal of the Institution of Engineers (India): Mechanical engineering Division 2009年第JULY期90卷 9-16页

作者： Tripathi, K. Agrawal, M.D. Mechanical Engineering Department Shri G S Institute of Technology and Science Indore 452 003 India Acropolis-Institute of Technology and Research Mangliya Indore 453 771 India

Optimum engagement of automotive clutch not only effects driving comfort, but also the life of vehicle's bodyline and fuel economy. Operation of an automotive clutch in a vehicle with manual transmission calls for high-level skills. Such skills can be imparted to a driver only through adequate training and experience. Based upon the skills and experience acquired, and acclimatization with the vehicle, the driver is able to exercise adequate control over the clutch release operation during the engagement phase so as to achieve a ierk-free and smooth gear-shift operation or vehicle launch, without killing the engine. However, even for a skilled driver, it is difficult to achieve consistently good engagement quality. Therefore, the automation of the clutch in a vehicle with conventional transmission, is gaining increasing interest among the automotive manufacturers. The control architecture of such automated manual clutch is presented in this work, integrating system's dynamic and control logic elements.

关键词： Automation

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Multi Scale modeling and intricate study of MEMS based elements in RFID systems

Multi Scale modeling and intricate study of MEMS based eleme...

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IEEE Conference on Innovative Technologies in Intelligent Systems and Industrial Applications (CITISIA)

作者： Rohit Pathak Satyadhar Joshi Pawan Kotak Computer Science Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India Electronics & Electricals Department Shri Vaishnav Institute of Technology and Science Indore Madhya Pradesh India Electronics & Communication Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India

In this paper we have implemented some of the complex modeling aspects such as multi scale modeling, Matlab, sugar based modeling and have shown the complexities involved in the device modeling of nano RFID systems taking example of MEMS models. We have shown the modeling and simulation and demonstrated some novel ideas and library development for nano RFID and its extension for MEMS devices. Reliability and packaging still remains one the major hindrances in practical implementation of nano RFID based devices and multi scale analysis also can be used in that area. Therefore to work on it by modeling and simulation will play a very important role. Thus incorporating this we can design a nano-RFID which can be used in areas like human implantation and complex banking applications. We have proposed modeling of RFID using the concept of multi scale modeling to accurately predict its properties for MEMS specific applications. Also we give the modeling of MEMS devices that are proposed recently that can see possible application in RFID. RF MEMS has been matured and its devices are being successfully commercialized but taking it to limits of nano domains and integration with singly chip RFID needs a practical modeling approach which is being proposed. We have modeled 2 MEMS based transponder and shown the distribution for multiscale modeling for nano RFID.

关键词： Micromechanical devices Radiofrequency identification Mathematical model Microelectromechanical devices Predictive models Libraries Packaging Humans Banking Radiofrequency microelectromechanical systems

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Multi-scale Modeling for Nano Scale Phenomenon Using CUDA Based Framework

Multi-scale Modeling for Nano Scale Phenomenon Using CUDA Ba...

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International Conference on Advances in Computing, Control, & Telecommunication Technologies (ACT)

作者： Rohit Pathak Satyadhar Joshi Computer Science Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India Electrical & Electronics Department Shri Vaishnav Institute of Technology and Science Indore Madhya Pradesh India

The essence of high performance computing (HPC) in the field of computation nanotechnology and problems encountered by HPC arrangement in applying HPC to Nano-enabled calculations have been presented in the paper. A proposal to optimize computations in an HPC setup has been formulated to make nanotechnology computations more effective and realistic on a CUDA based framework. Results and findings in the expected setup and the computation complexities that will be needed in its implementation have been suggested with an algorithm to take advantage of inbuilt powerful parallelization capabilities of GPU making large scale simulation possible. Implementation of CUDA in certain complex techniques in nanotechnology is presented with a significant improvement in performance as compared to the last work which was implemented using distributive computing toolbox in MATLAB. We have discussed about the problems that exist and how we can optimize the computations in a HPC setup and how we can make use of computational power of GPU to make nanotechnology computations more effective and realistic. A description of the progress in this area of research, future works and an extended approach in the same field is shown.

关键词： Nanotechnology High performance computing Mathematical model Micromechanical devices Computational modeling Reliability engineering MATLAB Telecommunication computing Paper technology Nanoscale devices

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Reliability modeling and optimization of MEMS elements in various devices using multi-scale concepts

Reliability modeling and optimization of MEMS elements in va...

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IEEE Conference on Innovative Technologies in Intelligent Systems and Industrial Applications (CITISIA)

作者： Rohit Pathak Satyadhar Joshi Computer Science Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India Electronics & Electrical Department Shri Vaishnav Institute of Technology and Science Indore Madhya Pradesh India

Diverse computational methods have brought powerful techniques to calculate reliability by multi scale modeling supported by experimental and theoretical methods. These approaches play an important role in micro electro mechanical systems (MEMS) technology where the analysis is based on abstraction level theories and no comprehensive explanation of nano scale phenomenon are proposed. It is proposed that high performance computing (HPC) if used with multi scale optimization library then the reliability calculation can be accelerated and also research in reliability of MEMS. In this work we have developed library where we can select the various physics at different level and then calculated reliability for better accuracy. In the proposed work, modeling and computation is performed using MATLAB distributed computing toolbox and Sugar MEMS simulation library. It is an extension to SUGAR package for MEMS.

关键词： Micromechanical devices Mathematical model Libraries Power system reliability Power system modeling Computational modeling Distributed computing Reliability theory Mechanical systems High performance computing

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Intricate modeling of HDD and reliability analysis in light of advances in Nanotechnology and MEMS

Intricate modeling of HDD and reliability analysis in light ...

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IEEE Conference on Innovative Technologies in Intelligent Systems and Industrial Applications (CITISIA)

作者： Rohit Pathak Salman Ahmed Satyadhar Joshi Computer Science Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India Electronics & Electrical Department Shri Vaishnav Institute of Technology and Science Indore Madhya Pradesh India

We have demonstrated the impact of developments in nanotechnology to hard disk drive (HDD) technology. We have put forth a proposition to enhance the modeling of future storage devices based on innovations in the field of Nanotechnology and MEMS. We have elucidated the influence of recent advances of nano-composites, MEMS (micro electro mechanical systems) etc. and their implications towards the development of storage devices in the future. We have discussed about reliability modeling, nano-physics modeling and thin-film polymer modeling of HDD technology on computer-aided engineering tools such as Matlab. We have also devised a design of Nanotechnology and MEMS enabled future HDD. We have given a small model for array based MEMS cantilevers for HDD and have used SUGAR MEMS simulation library in Matlab to model it. We have included the parameters to be kept in mind while modeling a HDD in light of the innovations in Nanotechnology and MEMS. Finally we have stated the working of a MEMS-based actuator and presented its reliability modeling.

关键词： Nanotechnology Micromechanical devices Mathematical model Technological innovation Hard disks Nanoscale devices Mechanical systems Polymer films Reliability engineering Computational modeling

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Implementation of parallelization and nano simulation using multi-scale modeling on various HPC setups

Implementation of parallelization and nano simulation using ...

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IEEE Conference on Innovative Technologies in Intelligent Systems and Industrial Applications (CITISIA)

作者： Rohit Pathak Satyadhar Joshi Computer Science Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India Electronics & Electricals Department Shri Vaishnav Institute of Technology and Science Indore Madhya Pradesh India

We have implemented multifarious aspects of nano simulation using multi scale modeling on various HPC (High Performance Computing) setups. Distribution of jobs from macro to nano scale has been shown which holds the essence of simulation at nano scale. This distribution is substantiated on MPI (Message Passing Interface) and PVM (Parallel Virtual Machine) on MATLAB, Linux and WCCS (Windows Compute Cluster Server) environments. In this paper we have shown the connections and a novel way of implementing multi scale computations on an HPC setup. We have also compared the implementation of MPI and PVM based HPC setup for MATLAB, Linux and WCCS environments. The selection criteria for identification and proposition of the tool, protocol and environment for an HPC setup plays an important role in deciding the tool to be used. Comparison of the advantages and disadvantages of each of the methodologies being put forward. *** was used under WCCS where C# was used. The latest versions were used for PVM Linux based setup where Open SUSE Linux was used as the operating system. The main two criteria user friendly and performance were compared and the recommendations are made for making the right balance between them.

关键词： Linux Computational modeling Mathematical model MATLAB High performance computing Message passing Virtual machining computer interfaces Concurrent computing Distributed computing

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Java based software framework and its integration in Mobile Phones using RFID technologies

Java based software framework and its integration in Mobile ...

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International Conference on Internet Multimedia Services Architecture and Applications, IMSAA

ISBN: (纸本)9781424447923;9781424447930

This paper portrays recent trends in Radio Frequency Identification (RFID) systems and its commercial relevance. RFID is one of the most researched and rapidly emerging technologies. With the recent technological advancements at International level, it is finding its application in various areas and has a bright future scope. We have proposed a software framework for RFID integrated mobile phones. We have proposed some of the software changes required in the system. We have shown how the OS of mobile phone can be installed with a driver to run RFID reader. We propose that a Java Platform ME package should be added to support programming for RFID reader. A system service will continuously watch over the RFID hardware for events. Standalone application made in Java can use and control the reader. Exemplary future applications and systems based on RFID and other technologies integrated with RFID mobile phones are proposed in this paper. We have discussed about applications, problems being faced by such RFID systems & their limitations in other fields in the current era. The commercial scope in the field of RFID manufacturing and research has been discussed with its integration with current technologies. We have discussed about the hardware and software limitations that may be restricting or preventing its usage or feasibility in some fields like Mobile Phones based RFID technologies. We tried to depict some of the future enhancements that may be possible in this area.

关键词： Java Mobile handsets Radiofrequency identification RFID tags Consumer electronics Libraries Application software Hardware Manufacturing Sun

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Modeling Nano enabled elements of solar and fuel cell

Modeling Nano enabled elements of solar and fuel cell

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IEEE Conference on Innovative Technologies in Intelligent Systems and Industrial Applications (CITISIA)

作者： Rohit Pathak Satyadhar Joshi Pawan Kotak Salman Ahmed Virendra Verma Computer Science Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India Electronics & Electrical Department Shri Vaishnav Institute of Technology and Science Indore Madhya Pradesh India Electronics & Communication Department Acropolis Institute of Technology and Research Indore Madhya Pradesh India Electronics & Communication Department Shri Venkateshwara Institute of Technology Indore Madhya Pradesh India

We have proposed a unified approach to the modeling and study of developments in the field of nanotechnology and its application in futuristic nano-enabled cells. The necessity of a nonporous membrane has been eminent in recent fuel cells. The need for MEMS based models for porous silicon based membranes based on nano imprints technology has been met by modeling it in SUGAR in MATLAB environment. We have identified and categorized the domains of Nano enabled solar cells and have put forth a proposition for multi scale modeling of solar cells. Multi scale modeling on HPC (high performance computing) of a nano enabled solar cell is shown under MCCS (Microsoft compute cluster environment) environment using extreme optimization numerical library is implemented. Distribution and performance analysis of four levels of computation in a multi scale model is implemented with the distribution being carried out from classical semi-conductor to quantum levels as to accurately predict the behavior and properties of the solar cell as per the needs of the engineering of devices.

关键词： Fuel cells Mathematical model Photovoltaic cells Biomembranes High performance computing Quantum computing Nanotechnology Micromechanical devices Silicon MATLAB

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