Answer To: Task back to top WHAT TO DO: Tasks 1 and 2 below TASK 1 Annotated Bibliography 20% Write anAnnotated...
Kuldeep answered on Sep 03 2020
Annotated Bibliography
Annotated Bibliography
Annotated Bibliography
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Annotated Bibliography 3
Task 2 12
References 13
Annotated Bibliography
Adas, A. (2011). SCADA Wireless Wide Area Networks. Journal Of King Abdulaziz University-Engineering Sciences, 22(1), 61-39.
In this article, authors studied a digital and wireless network (DWWAN) for surveillance and data acquisition (SCADA) for electricity networks, designed to place 56 nodes (28 links) over the rough mountains. A radio network comprises of a set of the transceivers (stations) that share a communal radio channel and communicate with each other by utilizing the channel. Every transceiver has geographic area where it can converse with the other transceivers. In the multi-hop DWWAN, communications are sent to a designated node via series of middle transceivers. The authors found an overview of digital widescreen wide area network (DWWAN) outline for tires below ten GHz, because these frequencies have very little rainfall and extended propagation distances. The system is outlined to cover 4 GHz band, covering fifty-six nodes, with 28 links in rough mountains and a longest link of 53.44 Km. When integrated with a SCADA station, WWAN can act as the broadband wireless network. The SCADA network uses a remote terminal unit and a freight distribution centre (LDC) (a large number of processors or supercomputer groups) that provide window management features that cover intricate dynamic system management and data collection. The application of SCADA [12,13] in power system management is required to effect window management and control of intricate dynamic changes, for example, load changes, power switch protection relay, error isolation, generator retrieval, telemetryand remote video transmission. Cover all the parameters of distribution, power generation and safety. An overview of the wireless WAN connects power stations and substations that cover large, rugged mountains.
Article 2: Ma, X., & Yu, X. (2013). Improvement on LEACH Protocol of Wireless Sensor Network.Applied Mechanics And Materials, 347-350, 1738-1742.
In this paper, authors suggest using the two-hop stratification method in the sensor field to improve the efficacy of nodes that decrease quickly during LEACH transmission. By presenting a two-hop technique in data transfer, multi-hoptransmission and short-rangetransmission technique is proposed amid group heads for the remote transmission. By presenting partial multi-hop technique in data transfer, single-hop technique for short-distance transfer methods amid group heads for remote transfer is introduced. The authors found that DL-LEACH, the energy consumption of remote transmission grouping heads, reduced the energy efficacy of sensor nodes by lowering transmission distance as well as make simpler the short-distance transmission procedure. The authors conclude that it is suitable for a wider range of sensors than the general LEACH.
Article 3: Nakayama, Y., Maruta, K., Tsutsumi, T., & Sezaki, K. (2018). Wired and Wireless Network Cooperation for Wide-Area Quick Disaster Recovery. IEEE Access, 6, 2410-2424.
According to authors it is one big challenge for the telecom network operator to restore the communication service in the catastrophe area. To increase the telecommunications service in the affected area, this question paper provides wired as well as wireless networking systems. When wired contact with the optical tree network's wired contact obstructs, the remaining lead nodes leave data packets from the nodes via virus bypass routes. The advantage of this method is faster and higher efficiency, with single-hop wireless bypass routing backed up to the wired network. The best way to wireless links is to solve the binary integer programming problem and calculate it to increase expected throughput. They found that the cost of the holders who were strongly supported by the proposed system was effective because they could be deployed in the optical network's blinking nodes with minimal functionalities. To overcome the limitations of the proposed method, delivery of address nodes is done by extension of request, further recovery nodes might be used to advance the anticipated throughput. The authors have concluded that the numerical simulation of access control access controls, with multiple accesses to carrier sensors, with the avoidance of collision, indicates that proposed technique can attain a higher turnover than the existing bypass method of routing. Top of the wired network topology the deadly beat mode of interrupted wired interaction is an activated accelerator button resumed via Wireless network. Bypass way is set to increase the expected total PHY-level wireless link a throughput. Additionally, the extent of a proposed node extension depends completely on the requirements fixed by additional recovery-required execution.
Article 4: Yoon, J., Sen, S., Hare, J., & Banerjee, S. (2015). WiScape: A Framework for Measuring the Performance of Wide-Area Wireless Networks. IEEE Transactions On Mobile Computing,14(8), 1751-1764.
In this article, the author introduces WiScape, an outline for benchmarking as well as understanding the behaviour of the wide wireless networks, for example, by using a countrywide or nationwide cellular data network with active customer involvement. WiScape's goal is to offer a rough grain version of the wide wireless environment, enabling users and operators to understand the wide range of network performance features. The main finding of this paper is that in WiScape the central controller instructs the customer to collect the smallest measurement samples in an opportunistic manner on time and place. To bound the overall of this dimension framework, WiScape divides the world into regions, has a neighbouring region that is comparable to the user experience, and divides time into region-specific periods, with relatively stable network statistics. For every period in each region, WiScape takes a minimalist performance. It tries to gather small amount or number of the measurement sample to describe customer experience in a particular time zone. This limits the bandwidth and energy overhead that is used for...