Ramesh C. Poonia

Bridging approaches to reduce the gap between classical and quantum computing

Abstract In this paper, we are discussing the comparison between classical and Quantum computing with Influence on different bridging approaches which are necessary to support the classical computing on Quantum chips or Quantum computing on classical chips. We have also tried to find the possibilities of Hardware level support for the classical computation and software level simplification and supportiveness of classical software on Quantum chips.

Viability Analysis of TwoRayGround and Nakagami Model for Vehicular Ad-Hoc Networks

VANETs are enhanced andupgradedversionsofmobile ad-hocnetworkswhich are fruitful for intercommunicationvehicles.Communicationcanbevehicle-to-vehicle andbetweenvehicles to side-fixedequipmentknownasroadsideequipment.Thisnetworkisself-organized,highlydynamic butseparatedwithoutanyinfrastructureorclientandservercommunication.Theobjectiveofthis research is toexamine thestudyofTwoRayGroundandNakagamiradiopropagationmodels for vehicularad-hocnetworksinIndianScenariosaswellastofindthebestefficientmodel,whichis moresuitableinvariousscenarios.Outputofthisresearchwillbebeneficialforapplyingefficient modelsontherealistichighwayscenario,especiallytrafficcausedbyfourwheelers.Thismodelwill alsobefruitfulforavoidingheavyroadcongestionandhighwayroadaccidentscausedbyahighand unbalancedspeedoftrafficaswellasothervariousroadconditions,likepotholesandroadbarriers,etc. KEywoRdS Congestion Passenger, NS-2.34, Propagation Model, Routing Protocol, VANET, VanetMobiSim

CDRA: Cluster-based dynamic routing approach as a development of the AODV in vehicular ad-hoc networks

Over the last few decades, the researchers have been fascinated towards vehicular networks. Vehicular ad-hoc network (VANET) is a highly dynamic wheeled network where the on road vehicles and road - side units considered as nodes to allow the wireless communication. Each node acts as the host in VANETs. Due to high dynamic nature of VANETs the mobility pattern and the network topologies change frequently, that make it differ from the other type of ad-hoc network The challenge of this research is a crucial designing for dynamic routing protocol in VANETs. This paper proposes a cluster-based approach for dynamic routing in VANETs. This new routing approach have an aim of increasing the overall network throughput, delivery ratio with less normalized routing load in comparison of AODV Extensive simulations are carried out in NS2 to appraise the efficiency of the proposed cluster-based routing approach.

Fuzzy keyword search and ranking frame work of DRS based file information management system using TF-RDF ranking strategy

Increasing of data now in these days are creating a big problem to manage in file information management system. For this we need a system which is scalable for data retrieval to get efficient results. To overcome this problem so many researchers were proposed the solution for data retrieval, but they were not so efficient with each others which may contain so many drawbacks. In this paper will introduce a frame work with fuzzy logic which retrieves the data multi- dimensionally ranked by TF*IDF. The above ranking is based on various dimensions like content, file structure and meta data etc., which may gives the accurate results. After generating the results individually the relevant scores can be merged which generates the meaningful unified score gives the top ranking. The keyword based on fuzzy with TF-IDF ranking strategy is reliable than the previous models.

A prototype model for decision support system of NPK fertilization

Abstract Soils naturally contain many nutrients like nitrogen, phosphorous and potassium. These nutrients allow plants to grow. When soil nutrients are missing or in short supply, plants suffer from nutrient deficiency and stop growing. When the nutrient level is too low, the plant cannot function properly and produce the food necessary to feed the worlds’ population. For testing the NPK a farmer has to approach the authorized laboratory, and need to wait for the results. The delay in the result may be harmful for the crop that can be huge economic loss to the farmer. In order to taking this problem in serious consideration we are proposing a wireless system that will sense the NPK from the soil and farmer can be able to know this information in his android mobile.

Optimum utilization of natural resources for home garden using wireless sensor networks

Abstract Adopting smart irrigation will be the future need we can it is the thirst due to many critical factors such as irregularity of monsoon, less availability of groundwater etc. Though we say sufficient water is available but need is arise to think about the utilization of water in an effective way. We must also think water which we are using is good for better yielding of the crops. Similarly temperature, humidity, and soil moisture these parameters will play important roles in better crop yielding. To be a best example of interdisciplinary application we are tying wireless sensor network (WSN) with this agriculture field. It is a challenging task to implement this wireless irrigation system (WSN-IS) as focus is on capturing the sensor values for humidity, temperature, moisture, pH level, conductivity of water etc. Our ultimate goal is to provide immediate water to the plant wherever required depending upon the moisture values. This proposed system works on the priority driven scheduling principle. Conductivity sensors, pH sensors, TDS of water, level of the storage tank, temperature sensors, soil moisture sensors, humidity sensors etc. these will be value added things acknowledge by the system to the end user.

Comparative study of cluster and tree based data aggregation techniques in Vehicular Ad-Hoc Networks

Vehicular Ad-hoc Networks (VANETs) allows nodes or vehicles to intercommunicate with each other on a particular path. Some of the examples of its applications include enhancing road safety and supporting drivers and offer information facility like junction collision warning and intelligent traffic administration. The purpose of this paper is to study the components of data aggregation, data flow model for Vehicular Ad-hoc Networks along with data aggregation techniques. Later, we find out the best technique for VANET.

Run-time performance analysis of non-agent based solution for Inter Process Synchronization problem

Inter Process Synchronization is aimed at providing interrupt free and deadlock free well-structured communication among processes. The approach used is generally non-agent oriented approach which may lead to deadlock situation. This paper analyzes the runtime performance of non-agent based solution to IPS Problem. In this paper the testing is carried out and the results are obtained under time intervals T1 to T10 for eleven different parameters. Further based upon the correlation among parameterized variables, only five dependent variables were selected during the test conducted. The analysis is based upon the testing conducted on Window 7, a GUI based operating system. The results motivate the need of agent oriented approach to resolve the IPS problem.

Review Study of Navigation Systems for Indian Regional Navigation Satellite System (IRNSS)

Indian Regional Navigation System (IRNSS) is an independent regional navigation system being developed by the Indian Space Research Organization (ISRO). IRNSS is known as (​NAVigation with Indian Constellation) NAVIK. IRNSS is helpful for navigation in space, land mass and ocean mass in Indian border and exceeding range 1500 km beyond Indian borders. It will be useful for precise timing, mapping, geodetic data capture, terrestrial navigation, visual and voice navigation for drivers. This paper proposes, why IRNSS can be useful for navigation in Indian subcontinent?

Simulation of BB84 and proposed protocol for quantum key distribution

Abstract Quantum key distribution is a secure way of transferring the keys among entities involved in communication. BB84 is the first protocol for QKD in year 1984. In this paper we are giving the simulation process of BB84 protocol in C++ and also the simulation of proposed protocol in C++ using object oriented approach. Proposed protocol uses a two-way quantum channel and also generates an additional initial bits sequence at another end for polarization.