Network Security in Embedded System Using TLS

Vivek Negi,Himanshu Verma,Ipsita Singh,Aditya Vikram,Kanika Malik,Archana Singh,Gaurav Verma 보안공학연구지원센터 2016 International Journal of Security and Its Applicat Vol.10 No.2

Security in terms of Networks have turn out to be more significant to Organizations, Military and personal computer user’s. Since various kinds of threats are for data from sending it from sender side over internet till it reaches to receiver. Here we will focus on SSL it is a technique used to give client and server authentication, data confidentiality and data integrity. It transform our data into unintelligible form, data which we will be sending can be text or no text form, by encrypting our data we can save it from attacks like eavesdropping, in which interception of communication by unauthorized person, he can either listen or can add malicious information in our data which can lead to catastrophic results. This technique of secure data transmission is very useful in securing the integrity of data sent by the Unmanned Aerial Vehicles in military application to commercially used Electricity meter. Since the above mentioned devices uses microcontroller to send data through internet hence this data is always going to be susceptible to above mentioned threats so it is important to ensure that it doesn’t fall in wrong hands, our objective is that our microcontroller sends the data to remote location has authenticity, confidentiality and integrity. First we will send some meaningful text already stored in controller of STM3240G Eval-board then that data will be sent to server. These encrypted packets will be sending to remote server through Ethernet. At the receiver end this data will be received and decrypted to get the original captured data.

Hample filter based Short term Solar Forecasting using Facebook Prophet Library in Energy Harvested Wireless Sensor Network (EHWSN)

Vivek Kumar Verma,Satya Sai Srikant 대한전자공학회 2022 IEIE Transactions on Smart Processing & Computing Vol.11 No.5

Energy harvesting prolongs the life of wireless sensor networks. Among all ambient sources of energy, solar energy is believed to be the most efficient in terms of energy density but fluctuates with time and location. The main objective of this study is to forecast solar energy for Energy Harvested Wireless Sensor Network (EHWSN) using the Facebook Prophet Library with and without a filter and to assess the model efficacy. The present study examined the models using National Renewal Energy Laboratory (NREL) one-minute sample data for June 2010 to 2016. The outliers were eliminated using a Hample filter with a standard deviation of 3 and a window size of 3. The forecast error was measured using the cross-validation feature of the Prophet Library. The Mean squared Error ( MSE), Mean Absolute Error (MAE), Mean Absolute Percentage Error (MAPE), and Root Mean Squared Error (RMSE ) values for the Prophet model were 292.81, 14.56, 19.37, and 17.11, respectively, while they were 92.56, 14.86, 14.86, and 17.10, respectively, for the Prophet model based on the Hample Filter. MAPE was reduced by 18.60 %, while the rest of the metrics changed significantly. The Prophet and Hample–Prophet give the best result regarding RMSE and accuracy compared with previous work based on the Ensemble Approach.

Classic Studies on the Interaction of Cocaine and the Dopamine Transporter

Vivek Verma 대한정신약물학회 2015 CLINICAL PSYCHOPHARMACOLOGY AND NEUROSCIENCE Vol.13 No.3

The dopamine transporter is responsible for recycling dopamine after release. Inhibitors of the dopamine transporter, such as cocaine, will stop the reuptake of dopamine and allow it to stay extracellularly, causing prominent changes at the molecular, cellular, and behavioral levels. There is much left to be known about the mechanism and site(s) of binding, as well as the effect that cocaine administration does to dopamine transporter-cocaine binding sites and gene expression which also plays a strong role in cocaine abusers and their behavioral characteristics. Thus, if more light is shed on the dopamine transporter-cocaine interaction, treatments for addiction and even other diseases of the dopaminergic system may not be too far ahead. As today’s ongoing research expands on the shoulders of classic research done in the 1990s and 2000s, the foundation of core research done in that time period will be reviewed, which forms the basis of today’s work and tomorrow’s therapies.

RECURSION FORMULAS FOR q-HYPERGEOMETRIC AND q-APPELL SERIES

Sahai, Vivek,Verma, Ashish Korean Mathematical Society 2018 대한수학회논문집 Vol.33 No.1

We obtain recursion formulas for q-hypergeometric and q-Appell series. We also find recursion formulas for the general double q-hypergeometric series. It is shown that these recursion relations can be expressed in terms of q-derivatives of the respective q-hypergeometric series.

Generalized Incomplete Pochhammer Symbols and Their Applications to Hypergeometric Functions

Sahai, Vivek,Verma, Ashish Department of Mathematics 2018 Kyungpook mathematical journal Vol.58 No.1

In this paper, we present new generalized incomplete Pochhammer symbols and using this we introduce the extended generalized incomplete hypergeometric functions. We derive certain properties, generating functions and reduction formulas of these extended generalized incomplete hypergeometric functions. Special cases of this extended generalized incomplete hypergeometric functions are also discussed.

End-effector Position Analysis of SCORBOT-ER Vplus Robot

Anurag Verma,Vivek A. Deshpande 보안공학연구지원센터 2011 International Journal of Smart Home Vol.5 No.1

nth-order q-derivatives of Srivastava's General Triple q-hypergeometric Series with Respect to Parameters

Sahai, Vivek,Verma, Ashish Department of Mathematics 2016 Kyungpook mathematical journal Vol.56 No.3

We obtain q-derivatives of Srivastava's general triple q-hypergeometric series with respect to its parameters. The particular cases leading to results for three Srivastava's triple q-hypergeometric series $H_{A,q}$, $H_{B,q}$ and $H_{C,q}$ are also considered.

Recursion Formulas for Exton's triple Hypergeometric Functions

Sahai, Vivek,Verma, Ashish Department of Mathematics 2016 Kyungpook mathematical journal Vol.56 No.2

This paper continues the study of recursion formulas of multivariable hypergeometric functions. Earlier, in [4], the authors have given the recursion formulas for three variable Lauricella functions, Srivastava's triple hypergeometric functions and k-variable Lauricella functions. Further, in [5], we have obtained recursion formulas for the general triple hypergeometric function. We present here the recursion formulas for Exton's triple hypergeometric functions.

BIN FREE CITY - MAKING IT A REALITY!

( Dr. Vivek Agrawal ),( Varsha Sagar ),( Yaminni Verma ) 한국폐기물자원순환학회 2011 ISWA Vol.2011 No.0

‘Bin Free Project’ is one of the most ambitious municipal solid waste management projects being implemented in the city of Nagpur, India. This project caters to around 5 lakhs households (population of roughly 30 lakhs) covering the entire city. The project is an ideal PPP project and aims to reduce the number of bins in the city to minimum by providing 100% door to door waste collection and efficient transportation of the city waste 365 days a year. Kanak Resources Management Ltd., a SPV formed to implement this project is a joint venture company promoted by IL & FS Waste Management and Urban Services Ltd., New Delhi and Centre for Development Communication, Jaipur. This paper describes in details the methodology adopted, tools, equipments and vehicles deployed success factors and limitations of the Bin Free project. Presentation and publication of this paper can contribute to an understanding of the current situation and drawing attention of additional stakeholders - especially key players in the region. The findings are expected to assist the decision making process in the formulation of interventions, including policies for improving PPP projects in the region.

A Simplified Approach for Estimating Settlement of Soft Clay under Vacuum Consolidation

Sandeep Bhosle,Devendra Kumar Verma,Vivek Balwantrao Deshmukh 대한토목학회 2019 KSCE Journal of Civil Engineering Vol.23 No.5

In general, the ground improvement by Prefabricated Vertical Drains (PVD) consolidation involves a high magnitude of settlement, which results in a change in the consolidation characteristic of the soil during the process of consolidation. Under such circumstances, the consolidation problem must be treated as a large strain problem. The large strain 3-Dimensional consolidation analysis requires a large number of parameters, making it difficult for practicing engineers to carry out such analysis for a practical application. This paper aims to provide a simplified method for estimation of settlement during 3D vacuum consolidation using a single parameter, the coefficient of horizontal Consolidation (Ch). For this, the variation in Ch during the 3D consolidation was backcalculated using Hansbo’s method from a series of large-scale 3D vacuum consolidation tests carried on reconstituted marine clay. As the varying Ch cannot be employed in available analytical models, a simplified finite element analysis is presented to employ varying Ch. The estimated settlement was further compared with settlement obtained utilizing constant Ch, by trial and error method. The paper also demonstrates a potential advantage of the proposed method that the variation in Ch can also be determined from 3D consolidation carried out previously for similar strata, as it requires only basic data, which are usually available.