Dr. Nitya Nand Dwivedi | SWAMI VIVEKANAND SUBHARTI UNIVERSITY (original) (raw)

Uploads

Papers by Dr. Nitya Nand Dwivedi

International Journal of Research and Review

The Ricinus communis is very valuable plant for the human beings. Ricinus communis also known as ... more The Ricinus communis is very valuable plant for the human beings. Ricinus communis also known as castor plant. It has high medicinal value as well as pharmacological value for disease cure activity as well as much more traditional value. In a Castor plant, oil seed with rich oil content shows its high phytochemical compound of monounsaturated fatty acid and bioactive compounds. The predominant triglyceride component in the oil is triricinolein. Minor biological compounds including carotenoid, tocopherol, tocotrienol, phytosterol, phospholipid, phytochemical, and phenolic compounds are present in castor oil. R. communis harbours phytochemicals which have been shown the many receptor activate like peroxisome proliferator activated receptor these are receptor are responsible for the transcription factors regulating the expression of genes., nuclear factor NF-k-B responsible for the a regulator of innate immunity, cytochrome P450 function is hemeprotein that plays a key role in the meta...

Revista del Pie y Tobillo, 2018

RESUMEN La rotura crónica del tibial anterior tiene una incidencia baja y en muchas ocasiones pas... more RESUMEN La rotura crónica del tibial anterior tiene una incidencia baja y en muchas ocasiones pasa desapercibida. Se asocia a una importante retracción tendinosa que dificulta en la gran mayoría de los casos su inserción primaria. Se recomienda el tratamiento mediante plastia tendinosa con auto-o aloinjerto a través de una fijación transósea. Se describe la técnica quirúrgica. Palabras clave: Rotura crónica tibial anterior. Plastia ligamentosa tibial anterior.

ArXiv, 2017

Nowadays distributed computing approach has become very popular due to several advantages over th... more Nowadays distributed computing approach has become very popular due to several advantages over the centralized computing approach as it also offers high performance computing at a very low cost. Each router implements some queuing mechanism for resources allocation in a best possible optimize manner and governs with packet transmission and buffer mechanism. In this paper, different types of queuing disciplines have been implemented for packet transmission when the bandwidth is allocated as well as packet dropping occurs due to buffer overflow. This gives result in latency in packet transmission, as the packet has to wait in a queue which is to be transmitted again. Some common queuing mechanisms are first in first out, priority queue and weighted fair queuing, etc. This targets simulation in heterogeneous environment through simulator tool to improve the quality of services by evaluating the performance of said queuing disciplines. This is demonstrated by interconnecting heterogeneo...

Webology, 2021

These days, botnets are being considered as the most vital security dangers in the web and it is ... more These days, botnets are being considered as the most vital security dangers in the web
and it is vital to discover new routes for their recognition. Shared (P2P) botnets are the most
imperative sorts of botnets that utilization P2P correspondence conventions to control their bots
remotely. Along these lines, their recognition is more troublesome than different botnets. In this
paper, we propose another way to deal with distinguish P2P botnets in the direction and control
(C&C) period of life cycle dependent on the examination of activity conduct. The proposed
methodology can distinguish C&C activity of P2P botnets by utilizing stream based highlights and
order techniques. The execution of the proposed approach is assessed dependent on various
parameters. The aftereffects of the assessment demonstrate that the proposed approach can
recognize P2P botnet from ordinary system activity with high identification rate.

Intellectual Property India, 2022

This invention analyzes the Blockchain and Artificial Intelligence based IoT environment for 6G ... more This invention analyzes the Blockchain and Artificial Intelligence based IoT
environment for 6G Wireless Networks. Interrnet of-things (IoT) are new age
technology that provided a system to incorporated processing gadgets with
sensors, cell phones, and distributed computing stages for association between
gadgets. In control and a coordinated keen multi-specialist framework, the
innovation can work with the geriatric control of the home.The Blockchain and
Artificial Intelligence based IoT environment for 6G Wireless Networks of
communication system, which will be faster, secure and more efficient than
current networks, are currently being developed by researchers during this time
period.

2018 IEEE 3rd International Conference on Computing, Communication and Security (ICCCS)

VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support ... more VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support of existing network infrastructure at low cost. Various simulations have been done and it is observed that by increasing the VoIP client, packet length and traffic arrival rate the performance of step network affected. In the current work packet dropped, packet received, voice traffic sent and end-to-end delay is estimated for various queuing disciplines like PQ, FIFO and WFQ. It is depicted that queuing disciplines effects the applications performance and utilization of resources.

VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support ... more VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support of existing network infrastructure at low cost. Various simulations have been done and it is observed that by increasing the VoIP client, packet length and traffic arrival rate the performance of step network affected. In the current work packet dropped, packet received, voice traffic sent and end-to-end delay is estimated for various queuing disciplines like PQ, FIFO and WFQ. It is depicted that queuing disciplines effects the applications performance and utilization of resources.

International Journal of Computer Sciences and Engineering

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

International Journal of Computer Sciences and Engineering

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

International Journal of Computer Sciences and Engineering

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support ... more VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support of existing network infrastructure at low cost. Various simulations have been done and it is observed that by increasing the VoIP client, packet length and traffic arrival rate the performance of step network affected. In the current work packet dropped, packet received, voice traffic sent and end-to-end delay is estimated for various queuing disciplines like PQ, FIFO and WFQ. It is depicted that queuing disciplines effects the applications performance and utilization of resources.

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

Nowadays distributed computing approach has become very popular due to several advantages over th... more Nowadays distributed computing approach has become very popular due to several advantages over the centralized computing approach as it also offers high performance computing at a very low cost. Each router implements some queuing mechanism for resources allocation in a best possible optimize manner and governs with packet transmission and buffer mechanism. In this paper, different types of queuing disciplines have been implemented for packet transmission when the bandwidth is allocated as well as packet dropping occurs due to buffer overflow. This gives result in latency in packet transmission, as the packet has to wait in a queue which is to be transmitted again. Some common queuing mechanisms are first in first out, priority queue and weighted fair queuing, etc. This targets simulation in heterogeneous environment through simulator tool to improve the quality of services by evaluating the performance of said queuing disciplines. This is demonstrated by interconnecting heterogeneous devices through step topology. In this paper, authors compared data packet, voice and video traffic by analyzing the performance based on packet dropped rate, delay variation, end to end delay and queuing delay and how the different queuing discipline effects the applications and utilization of network resources at the routers. Before evaluating the performance of the connected devices, a Unified Modeling Language class diagram is designed to represent the static model for evaluating the performance of step topology. Results are described by taking the various case studies.

International Journal of Advanced Science and Technology, 2020

Networks become more and more complex whether it is wired and wireless. Protocols play important ... more Networks become more and more complex whether it is wired and wireless. Protocols play important role in estimating the performance of a network to govern data communication process. The performance of network is calculated based on bandwidth, throughput, latency etc. The performance of network may be measured by collecting packet transmission statistics across a network using simulation tools. In this paper we analyzed the performance of step network with bus network. The major parameters for estimating the network performance is (i) throughput (ii) delay (iii) jitter (iv) packet received on NS3 network simulation tool. We have compared step network and bus network scenario and simulation results were represented in the form of tables and graphs. The performance is also analyzed through error model for both networks. It is depicted that step network performs is better than bus network in case of node failure.

International Journal of Research and Review

The Ricinus communis is very valuable plant for the human beings. Ricinus communis also known as ... more The Ricinus communis is very valuable plant for the human beings. Ricinus communis also known as castor plant. It has high medicinal value as well as pharmacological value for disease cure activity as well as much more traditional value. In a Castor plant, oil seed with rich oil content shows its high phytochemical compound of monounsaturated fatty acid and bioactive compounds. The predominant triglyceride component in the oil is triricinolein. Minor biological compounds including carotenoid, tocopherol, tocotrienol, phytosterol, phospholipid, phytochemical, and phenolic compounds are present in castor oil. R. communis harbours phytochemicals which have been shown the many receptor activate like peroxisome proliferator activated receptor these are receptor are responsible for the transcription factors regulating the expression of genes., nuclear factor NF-k-B responsible for the a regulator of innate immunity, cytochrome P450 function is hemeprotein that plays a key role in the meta...

Revista del Pie y Tobillo, 2018

RESUMEN La rotura crónica del tibial anterior tiene una incidencia baja y en muchas ocasiones pas... more RESUMEN La rotura crónica del tibial anterior tiene una incidencia baja y en muchas ocasiones pasa desapercibida. Se asocia a una importante retracción tendinosa que dificulta en la gran mayoría de los casos su inserción primaria. Se recomienda el tratamiento mediante plastia tendinosa con auto-o aloinjerto a través de una fijación transósea. Se describe la técnica quirúrgica. Palabras clave: Rotura crónica tibial anterior. Plastia ligamentosa tibial anterior.

ArXiv, 2017

Nowadays distributed computing approach has become very popular due to several advantages over th... more Nowadays distributed computing approach has become very popular due to several advantages over the centralized computing approach as it also offers high performance computing at a very low cost. Each router implements some queuing mechanism for resources allocation in a best possible optimize manner and governs with packet transmission and buffer mechanism. In this paper, different types of queuing disciplines have been implemented for packet transmission when the bandwidth is allocated as well as packet dropping occurs due to buffer overflow. This gives result in latency in packet transmission, as the packet has to wait in a queue which is to be transmitted again. Some common queuing mechanisms are first in first out, priority queue and weighted fair queuing, etc. This targets simulation in heterogeneous environment through simulator tool to improve the quality of services by evaluating the performance of said queuing disciplines. This is demonstrated by interconnecting heterogeneo...

Webology, 2021

These days, botnets are being considered as the most vital security dangers in the web and it is ... more These days, botnets are being considered as the most vital security dangers in the web
and it is vital to discover new routes for their recognition. Shared (P2P) botnets are the most
imperative sorts of botnets that utilization P2P correspondence conventions to control their bots
remotely. Along these lines, their recognition is more troublesome than different botnets. In this
paper, we propose another way to deal with distinguish P2P botnets in the direction and control
(C&C) period of life cycle dependent on the examination of activity conduct. The proposed
methodology can distinguish C&C activity of P2P botnets by utilizing stream based highlights and
order techniques. The execution of the proposed approach is assessed dependent on various
parameters. The aftereffects of the assessment demonstrate that the proposed approach can
recognize P2P botnet from ordinary system activity with high identification rate.

Intellectual Property India, 2022

This invention analyzes the Blockchain and Artificial Intelligence based IoT environment for 6G ... more This invention analyzes the Blockchain and Artificial Intelligence based IoT
environment for 6G Wireless Networks. Interrnet of-things (IoT) are new age
technology that provided a system to incorporated processing gadgets with
sensors, cell phones, and distributed computing stages for association between
gadgets. In control and a coordinated keen multi-specialist framework, the
innovation can work with the geriatric control of the home.The Blockchain and
Artificial Intelligence based IoT environment for 6G Wireless Networks of
communication system, which will be faster, secure and more efficient than
current networks, are currently being developed by researchers during this time
period.

2018 IEEE 3rd International Conference on Computing, Communication and Security (ICCCS)

VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support ... more VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support of existing network infrastructure at low cost. Various simulations have been done and it is observed that by increasing the VoIP client, packet length and traffic arrival rate the performance of step network affected. In the current work packet dropped, packet received, voice traffic sent and end-to-end delay is estimated for various queuing disciplines like PQ, FIFO and WFQ. It is depicted that queuing disciplines effects the applications performance and utilization of resources.

VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support ... more VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support of existing network infrastructure at low cost. Various simulations have been done and it is observed that by increasing the VoIP client, packet length and traffic arrival rate the performance of step network affected. In the current work packet dropped, packet received, voice traffic sent and end-to-end delay is estimated for various queuing disciplines like PQ, FIFO and WFQ. It is depicted that queuing disciplines effects the applications performance and utilization of resources.

International Journal of Computer Sciences and Engineering

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

International Journal of Computer Sciences and Engineering

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

International Journal of Computer Sciences and Engineering

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support ... more VoIP transfer voice over networks such as LAN. This technology is growing rapidly due to support of existing network infrastructure at low cost. Various simulations have been done and it is observed that by increasing the VoIP client, packet length and traffic arrival rate the performance of step network affected. In the current work packet dropped, packet received, voice traffic sent and end-to-end delay is estimated for various queuing disciplines like PQ, FIFO and WFQ. It is depicted that queuing disciplines effects the applications performance and utilization of resources.

TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Servi... more TXOP is the transmission opportunity scheme given by IEEE 802.11e to enhance the Quality of Service(QoS).This paper observed the TXOP service differentiation for the devices/nodes connected in step network and metrics like throughput is derived. In the current work the simulation is carried out using NS3 and performance of four networks with QoS were estimated by enabling and disabling TXOP and it was observed throughput rate will be increased when TXOP is enabled and decreased when TXOP is disabled.

Nowadays distributed computing approach has become very popular due to several advantages over th... more Nowadays distributed computing approach has become very popular due to several advantages over the centralized computing approach as it also offers high performance computing at a very low cost. Each router implements some queuing mechanism for resources allocation in a best possible optimize manner and governs with packet transmission and buffer mechanism. In this paper, different types of queuing disciplines have been implemented for packet transmission when the bandwidth is allocated as well as packet dropping occurs due to buffer overflow. This gives result in latency in packet transmission, as the packet has to wait in a queue which is to be transmitted again. Some common queuing mechanisms are first in first out, priority queue and weighted fair queuing, etc. This targets simulation in heterogeneous environment through simulator tool to improve the quality of services by evaluating the performance of said queuing disciplines. This is demonstrated by interconnecting heterogeneous devices through step topology. In this paper, authors compared data packet, voice and video traffic by analyzing the performance based on packet dropped rate, delay variation, end to end delay and queuing delay and how the different queuing discipline effects the applications and utilization of network resources at the routers. Before evaluating the performance of the connected devices, a Unified Modeling Language class diagram is designed to represent the static model for evaluating the performance of step topology. Results are described by taking the various case studies.

International Journal of Advanced Science and Technology, 2020

Networks become more and more complex whether it is wired and wireless. Protocols play important ... more Networks become more and more complex whether it is wired and wireless. Protocols play important role in estimating the performance of a network to govern data communication process. The performance of network is calculated based on bandwidth, throughput, latency etc. The performance of network may be measured by collecting packet transmission statistics across a network using simulation tools. In this paper we analyzed the performance of step network with bus network. The major parameters for estimating the network performance is (i) throughput (ii) delay (iii) jitter (iv) packet received on NS3 network simulation tool. We have compared step network and bus network scenario and simulation results were represented in the form of tables and graphs. The performance is also analyzed through error model for both networks. It is depicted that step network performs is better than bus network in case of node failure.