International Journal of Advanced Networking and Applications

2855-2861

Authors: Arshdeep kaur, Paramjit Singh

A wireless ad hoc network is a sovereign system in which users can communicate with each other freely. It can be deployed rapidly at a very low cost, and can be easily managed and extended. Topology management has main objective to maintain a topology connectivity that improves wireless network performance by minimizing energy consumption. Also Topology control with cooperative communication was recently research initiated. Cooperative Communication (CC) is a technique that allows no. of nodes to simultaneously transmit the same data. It can save power and extend transmission coverage. Topology management with cooperative communication is new research initiated in the field of Mobile Ad-hoc Network. In this paper, we analyze the effect of multi-traffic on the topology managed MANET. We implemented some applications on different mobility models that is OLSR move and random mobility. To simulate all scenario OPNET 14.5 software is used. OPNET is a comprehensive suite of tools for modelling large wired and wireless networks. It uses simulation and emulation to predict the behaviour and performance of networks to improve their design, operation and management. In the first part of paper, implemented the existed network on the OPNET simulator and evaluate the performance (Download Response Time, Traffic Send and Traffic Receive) of OLSR move based topology control network. In the second part of paper, evaluated the QoS performance(Delay, Download Response Time, Traffic Send and Receive Response) of Random Mobility based topology control network. From the simulation results we observed that compare with OLSR move models, the Random mobility model performance is good. We implemented different traffic pattern on two Topology managed MANET. In the third part of paper, implemented the dynamic traffic pattern like Email, FTP & Voice and video conferencing on the proposed network. Simulation results show that FTP and E-mail both have large download response time in case of OLSR move model rather than Random Mobility model. Traffic send and receive performance of email is good in OLSR-move model. Video Conferencing has good response of traffic send and receive in Random Mobility model.

2868-2875

Authors: Ranjan Kumar Mondal, Debabrata Sarddar

Like a Server Operating System (SOS) and a Cloud Operating System (COS) are responsible for computing resources. In a server the OS is responsible for managing the various hardware resources inside a server’s frame. A Web Operating System serves the same purpose like traditional server does. Instead of managing a single machine’s resources, a cloud Operating System is responsible for managing the cloud infrastructure. But unlike a traditional Operating System, a Web Operating System has to do everything at scale. In present paper we would discuss and study Web OS.

2882-2886

Authors: Binayak Panda, Dr. Satya Narayan Tripathy, Dr. Nilambar Sethi, Om Prakash Samantray

World Wide Web (WWW) is such a repository which serves every individuals need starting with the context of education to entertainment etc. But from users point of view getting relevant information with respect to one particular context is time consuming and also not so easy. It is because of the volume of data which is unstructured, distributed and dynamic in nature. There can be automation to extract relevant information with respect to one particular context, which is named as Web Content Mining. The efficiency of automation depends on validity of expected outcome as well as amount of processing time. The acceptability of outcome depends on user or user’s policy. But the amount of processing time depends on the methodology of Web Content Mining. In this work a study has been carried out between Serial Web Content Mining and Parallel Web Content Mining. This work also focuses on the frame work of implementation of parallelism in Web Content Mining.

2893-2898

Authors: Raghunandan.G.H, Akshata.A.K, Hemika.C.S

Development in Wireless Sensor Networks (WSNs) has been a boon to Precision Farming (PF) worldwide. Its immense potential has attracted the attention of researchers in recent years. The sensor nodes, forming the basic blocks of WSNs, along with advanced Wireless Technologies (WTs) help in collecting, storing and sharing various sensed agricultural parameters, thereby enabling control over inputs. It thus helps in resource conservation and is economical. This paper discusses some of the practical challenges facing the precise functioning and implementation of the WSNs. It attempts to give an overview of certain existing WSN systems that utilize different Wireless Technologies (Bluetooth (BT), Wi-Fi, Zigbee and RF) to monitor field parameters such as, irrigation, temperature variation, nutrient and moisture content and pH level of soil for wide and short ranges. The systems are then compared to arrive at an efficient and farmer-friendly system for implementation and also to look at specific areas in the systems that need research to enhance efficiency.