Sarcasm is one of the sentiments which is being used to communicate a negative opinion utilizing positive words. The world is full of social media and many kinds of the web-based portal and this media stores a huge am...
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Fake News is one of the major concerns for the world and it could cause many problems like misleading people, the potential to influence people39;s opinions, etc. Hence distinguishing fake news is very crucial. Fake...
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Real world data is more complex in nature and requires proper handling to use with machine learning techniques. Handling large volumes of data is the key aspect in deep learning (DL). As new attacks are evolving, trad...
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The all-embracing use of digital images has revamped the quality of life and security to a great extent. Right from finding an item on online shopping websites through a clicked picture, to CCTV cameras being used for...
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The Iot devices (IoT) and cryptocurrencies may be combined to create a platform that promotes improved and sustainable and credibility. The resulting innovations have been used in a number of industries, most notably ...
The Iot devices (IoT) and cryptocurrencies may be combined to create a platform that promotes improved and sustainable and credibility. The resulting innovations have been used in a number of industries, most notably in the monitoring of farm products. Particularly Ai devices (such as RFID, GIS, Geolocation, and others) have the capacity to streamline the collection of data pertaining to crucial traceable features. To handle, store, and search for information, data is acquired and put into the public ledger. The data security that enters the system may be ensured via a dispersed, randomized, and noninflatable cryptocurrency. Nonetheless, IoT devices could produce aberrant data as they gather *** study evaluates the entire beverage distribution network from sowing to sales, develops the network topology and each operate effectively, and patterns and enforces a computervision (Fluid ounces) proof - of - stake tea reputable monitoring system, which considers literally the entire record keeping chain of food goods (MBITTS). This article presents a unique approach based on Internet of Things (IoT) technologies, such as RFID sensors, for enhancing the precision of cryptocurrency source data.
SDN networks are different from the classic networks in terms of features. Different from SDN, in classic networks, networking tool stake decision regarding the handling of an arriving packet just on the address of it...
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integrating smart contracts into the Internet of Factors (Iota) networks powered by using block chain technology presents a unique set of challenges and possibilities. Smart contracts offer an automatic technique to f...
integrating smart contracts into the Internet of Factors (Iota) networks powered by using block chain technology presents a unique set of challenges and possibilities. Smart contracts offer an automatic technique to facilitate transaction processing and facilitate cozy and reliable statistics sharing across the dispensed Iota community. At the same time, understanding the safety implications of this technology, techniques for addressing such implications, and sensible answers for integration remains an ongoing region of research. Block chain technology is revolutionizing the structure of the Iota. By utilizing clever contracts, block chain can enable trustless, relaxed verbal exchange channels and automatic validation of transactions. It presents a unique method for safely storing, authorizing, and sharing information throughout numerous distributed nodes. Smart contracts also allow the cost-powerful and cozy execution of multiple clever contracts at the identical Iota network. The security of any Iota gadget is substantially impacted by using the integration of clever contracts. This integration calls for the addressing of troubles related to scaling, failure control, and machine integrity. It additionally calls for the robust encryption of records and the authentication of requests through virtual signatures.
Networked control systems (NCS) have been used widely in many practical fields. The communication connection in NCS allows agents to communicate with each other quickly, which can quickly respond to abrupt changes in ...
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With a growing appearance of enormous cases of COVID-19 in people, computational solutions founded on deep learning can play a huge role in performing automated prediction of the corona virus disease. In this article ...
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Direct transmission between devices is now possible due to the emergence of device-to-device D2D technology. The D2D communication underlay cellular network intends to take advantage of device proximity and hence, boo...
Direct transmission between devices is now possible due to the emergence of device-to-device D2D technology. The D2D communication underlay cellular network intends to take advantage of device proximity and hence, boost consumer bitrates, as well as offer the ability to improve system capacity and energy efficiency while decreasing end-to-end latency. However, D2D devices that underlay cellular networks are vulnerable to co-channel interference, which negatively impacting network performance. Another factor that could also affect network performance and reduce the quality of service is inter-carrier interference in the orthogonal division multiple access (OFDMA) system. Most research has concentrated on co-channel interference only. This study aims to optimize network performance in the presence of both co-channel interference and OFDMA inter-carrier interference (ICI)-based multicast D2D underlay cellular networks. In comparison to different optimization techniques, the simulation results show that the proposed genetic algorithm (GA) achieves a cumulative distribution function of 0.5 at a capacity of 70 Mbps, compared to 5.5 and 6.5 for the greedy search algorithm (GSA) and binary power control (BPC), respectively. It shows the capability of successfully maintaining high network performance.
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