Volume 9 | Issue 6 |

 Abstract

ABSTRACT In business, engineering, science and technology, electronic goods of Low cost, low power consumption, high operating speed, and high integration density are economically requisite in the present era. Single Electron tunneling based threshold gate is one approach with which we are able to implement all logic gates, combinational and sequential circuits. Threshold Logic Gates (TLGs) and Single Electron tunneling devices (SEDs) bear the capabilities of controlling the transport of an electron through a tunnel junction at a particular time. A single electron containing the charge is sufficient to store an information in a SED. Power that is required in the single electron tunneling circuits is really low in comparison with the (CMOS) circuits. The processing delay is very low and speed of the processing of TLG based devices will be close to electronic speed. The single-electron transistor (SET) and TLG are attracting scientists, technologists and researchers to design and implement for the consuming of ultra-low power and their small sizes. All tunneling events in a TLG-based circuit happens when only a single electron tunnels from one conductor to other through the tunnel junction when the bias voltage and multiple input signal voltages are applied. For implementing logic gates, Full adder and a converter, TLG would be a best candidate to fulfill the necessities needed for their implementations. So far as an Ultra-low noise is concerned, TLG based circuit can be considered to be a best selection for implementing the desired tunneling circuits. Different TLGs like 2-input AND, 2-input OR, 3-input AND/NAND, 3-input OR/NOR, XOR/XNOR, Full adder, and a converter of BCD-to-Excess-3 have been implemented by using linear threshold logic gates or devices. Truth table or simulated results of them are given in parallel in due places.

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 Keywords

Key words: up-down Counter, Electron-tunneling, Coulomb-blockade, linear threshold gate

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 Abstract

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Loan Prediction, Machine Learning, Supervised Learn- ing, Banking, Traditional Methods, Credit Score

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This work presents a new method that combines image encryptionand watermarkingtechniquefor safe transmission purpose. This method is based on the combination of publicprivatekeys andsecret keyciphering, andwatermarking. The encryption algorithm with secret key is applied to the image. We encrypt the secret key with an encryption method based on public-private keys. Then, this secret key is embedded in the encryptedimage. We have applied and showed the results of our method to medical images.

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CRYPTO WATERMARKING METHOD FOR MEDICAL IMAGES

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Biometrics, Iris fibers, iris classification, K-SVD, Sparse representation, dictionary learning, atom decomposition., image segmentation, image resolution, optimization.

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Recently lung cancer has become a major problem as every year there is an increasing number of rising fatalities. A significant quantity of research is being carried out on dimensions of genetic and inherited approaches to diagnose lung malignancy. The research includes numerous image processing tools that have attained the requisite key objectives when integrated and implemented in succession. There are various levels in the segmentation method to eventually reach its objective, which is to segment the lung malignancy. Pre-processing of the image happens first where such enhancement methods are used to strengthen and improve noise reduction in images. The process involves automatic generation of threshold which ensures the correct picture is chosen since cancer involves the diverse intensity of gray level. Therefore another procedure was adopted to eliminate cancer form threshold image. Some other method was utilized to eliminate cancer from threshold image. Eventually, by removing the thresholds and the other image, the lung cancer is effectively separated.

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 Keywords

Lung Division Framework, Edge Detection, SNR, PSNR, Adaptive Thresholding

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Representing agony in the form of memoirs are quite a common genres that are prevalent since early times in literary space. Illness, as a fact and struggle to survive as a reality is being represented in fiction regularly. Experimenting literary genres have become a new method of representing the self. In recent days specialities in representing agony and pain through Graphic memoirs have become eye catching experience in literary scenario. To Cancer with Love, an Indian Graphic Illness Memoir by Neelam Kumar has created a land mark in presenting the gray sides of life into the most powerful and creative hues of existence. Meandering the shades of life of a cancer victim into the brightest colours of life has made the Memoir specific in creating a new perspective of reading experience, questioning the prevailing style of writing which triggers the emotions of dark realities.

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Gender Studies, Trauma Literature, Hope Theory, Performance theory, Disease Literature, Graphic Medicine

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This paper presents the qualitative study of the lead generation process. The finding suggests that the network issues and technical issues related to connecting with potential customer has bigger impact on the lead generation process. Similarly, the availability of potential software for the demonstration of the product on remote online basis is also affecting the acquisition of the customer. It is also found that there is inter and intra departmental communication gap in the organization which leads to possible misconception about the amount of information needed for generation of lead and acquiring the customer. The findings also provide foundation for the improvement of the lead filtration system of the organization.

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B2B Marketing, Lead Generation, Qualitative Research, Content Analysis

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Intervehicle communication (IVC) is gaining attention of research community and Automotive industry as it enables intelligent Transportation systems (ITS). Intervehicle communication enables , real-time delivery of safety related messages to drivers and passengers of vehicles. Wireless Vehicular Ad hoc Network known as VANET is now emerging as a new class of wireless ad hoc networks. Wireless Vehicular Ad hoc Networks (VANET) are spontaneous networks formed by moving vehicles provisioned with wireless network interfaces, these vehicles could have similar or different radio access technologies, short-range or medium range wireless communication system. These moving vehicles can communicate among themselves and with roadside infrastructure communication networks. Delivering communication services with consistent QoS and high degree of reliability in a wireless vehicular heterogeneous and high-speed network is extremely critical and is an ongoing research. Governmental and Standardization organizations are showing interest in VANET. Recent survey and statistics, indicated a significant reduction in deaths due to vehicular accidents, can be achieved by providing real-time safety messages to driver and passengers. Safety messages comprises of alerting drivers about road conditions ahead, proving real-time update through video images, real-time update on weather conditions on road ahead and early detection of traffic signals etc. This study evaluated the optimum routing for VANET wireless ad hoc networks with AODV as routing protocol. AODV (Ad-hoc On-demand Distance Vector) routing parameters were evaluated for variations in key parameters, RREQ_RETRIES and MAX_RREQ_TIMEOUT. Key parameter values were studied for various vehicular node mobility to ascertain optimum configuration to enable better performance for VANET. The performance metrics used to determine the performance data were Packet Delivery ratio (PDR), Throughput, Packet Loss, and routing overhead. The result demonstrates that the key Parameters of AODV, RREQ_RETRIES and MAX_RREQ_TIMEOUT changes with the node speed and produced the best results for the wireless ad-hoc network with AODV as routing protocol. As the vehicle speed in VANETT are typically extremely high, above demonstration of enhancement in performance in network for the high-speed wireless nodes provides vital input for the design of VANET for optimum network performance.

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 Keywords

AODV ,Optimization, VANET, Vehicular Ad-hoc networks

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 Abstract

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Gorbachev, glasnost, disarmament, arms control,nuclear weapons, ABM,START,INF

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Herbal medicines has achieved acceptance throughout the world in recent times. In different parts of India, ethnomedicinal plants are used to treat several ailments. In many clinical or research area, herbal medicines are considered for its less side effects than the synthetic medicines. Plants are better source of novel bioactive molecules with therapeutic effect. In the past few decades, the combination of nanoparticles from the plant sources have demonstrated to be an efficacious and alternative method for the innovative production of nanoparticles. In this article, the importance of nanoparticles as a drug carrier to the target site and incorporating the herbal drugs into novel drug delivery system are studied. The review also focused on to increase the adherence of topical application. Herbal drug with a great potential of wound healing activity especially in the diabetic complications is seems to be a challenging part. The herbal drugs imparting the activity to increase the growth factors and reducing the oxidative stress during wound healing part has studied.

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Wound healing, Diabetic wound, Ethnomedicinal plants, novel strategy, nanoparticulate drug delivery system.

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