Biosensors: A device to detect diseases
Nowadays, due to technology development, people are getting modernised. But as they get modernised, they also develop new diseases. The more we get modernised, the more we are diseased. Hence nowadays it has become difficult for doctors to distinguish the disease caused by bacteria and the disease caused by the virus. For example, if a person is having the symptoms of TB and coughs up blood and another person has the symptoms of cancer and coughs up blood.so in both the cases the diseases are different but the symptom is same. Is this case the doctor will probably ask the patients to take a blood test or a chest x-ray. This process may take a day or two for the reports to come by which cancer may reach its last stage (though the cancer is already noticed only at the last stage). Thus though the technology in medicine has developed to the 8th generation level, still we haven’t achieved a halt in delayed diagnosis. According to WHO, in 1968, we had a situation of human beings going almost extinct due to the outbreak of deadly disease “swine flu”. This flu is actually caused by the type A influenza virus in pigs which gets transmitted to human beings through direct contact. So doctors took time to find whether it is a bacterial disease or a viral one. But due to early precaution and prevention, we survived to overcome this flu. Also now certain diseases like smallpox have been eradicated from India due to repeated vaccination of all newborn babies. This stage has been achieved only due to precautions.
Published by: Chetana Krishanan
Author: Chetana Krishanan
Paper ID: V4I5-1153
Paper Status: published
Published: September 6, 2018
Experimental studies on the strength of cement concrete with partial replacement of coarse aggregate with ceramic tiles and cement with silica fume
Analysis of incorporated concrete was done in fresh state as well in hardened state to evaluate different properties of concrete I.e. testing and comparing the results of various mixes for workability,compressive strength,tensile strength and flexural strength and analyzing for the best mix composition,to mix design concrete of grade M25,to find out the different composition of mixes by partial replacing cement with silica fume and coarse aggregate with ceramic tiles. 5%,10% & 15% (M25) incorporation was used as partial replacement of coarse aggregate with ceramic tiles and cement with silica fumes,from all the results and experimental approach it is concluded that concrete formed with over silica fumes and ceramic tiles aggregate and cement showed benefit performance as compared with the concrete made up of natural aggregate and cement obtained from local resources.it reduces the cost of concrete by reduces the cost of concrete by reducing the aggregate cost and produces economical infrastructure system.it has been observed that use of waste materials results in the formation of lightweight concrete uses of such waste material will not only cut down the not only cut down the cost of construction but will also contribute in safe disposal of waste materials. Apart from the environmental benefits, the addition of such wastes also improves certain properties of resultant concrete.cubes of concrete were prepared and tested to study the compressive strength, tensile strength flexual strength, and analyzing for the best mix composition. As it takes a lot more money to make new ceramic tiles,than the cost incurred in the process of recycling it but in this process,we are using there ceramic tiles for the beneficial use of the concrete as well as in the construction site,as we all know that ceramic tiles are widely used in the household and other construction site,it has considered as it is very economical in nature.
Published by: Rashidul Islam, Anshul Garg
Author: Rashidul Islam
Paper ID: V4I5-1150
Paper Status: published
Published: September 6, 2018
Artificial intelligence in word prediction systems
Artificial Intelligence is the process of performing tasks that generally requires human intelligence by artificially emulating it in a computational background. Implementation of this concept in predicting the next suitable word efficiently such that it does not deviate from its original meaning. It is observed that most word prediction algorithms involve comparison of a word with a dictionary or a collection of words that shows resemblance and follow a fixed linear path by recognizing patterns. In most cases, this linear analysis solves the problem of maintaining the sentence structure and its meaning. However, in complex cases, it is found to be inaccurate as minor details of a language are ignored. This can be corrected with the help of machine learning along with pattern recognition by analyzing the frequency of the words, addition of new words into a local dictionary, identifying the difference between official and unofficial text sentences or words. It becomes more complex as the neural network keeps increasing but it improves and provides accurate results over time and can be improved with comparison using a cloud-based dictionary. The concept being implemented is universal and is useful in any kind of language and provides a restriction free communication and understanding.
Published by: N. Ajithesh
Author: N. Ajithesh
Paper ID: V4I5-1170
Paper Status: published
Published: September 6, 2018
User conventional root detection of indoor mall
Indoor navigation systems help people navigate inside large buildings such as shopping malls. In this paper, a smart location-based mobile shopping application for Android devices is proposed. The flow of the application is that user searches a product, and then INOP (Indoor Navigation and Online Payment) identifies the location and searches the product inside the shopping mall. To make the navigation system, this paper proposes a Shortest Path Algorithm. To add a product to the cart, the user should scan the barcode of the product with their android phone. Once the shopping is done by the user, the user can make payment online.
Published by: Sara Shaikh, Sneha Sondkar, Chetana Shete, Neha Pol
Author: Sara Shaikh
Paper ID: V4I5-1159
Paper Status: published
Published: September 5, 2018
A study on investment options available in the modern era
In today’s scenario, the people are more concern about their future than the present. Everyone wants financial independence and financial security. For this purpose, it is necessary for them to take investment decisions. Awareness and knowledge of different investment avenues are extremely important to make the right investment decision. Investment is the best way to attain financial security. The aim of Investment is to maximize the earning potential of the investors. This study provides an overview of investment options available in the modern era and a brief description of the investment avenues related to short, medium and long tenure. The objective of the study is to explain the investment avenues and its related benefits. The study will be conducted in a descriptive style by using the secondary data. An attempt is made to study the different investment avenues available in the Indian market for investment. Investment can be made in both financial and non-financial products.
Published by: Madan Singh Panwar, Dr. Kavita Aggarwal
Author: Madan Singh Panwar
Paper ID: V4I5-1169
Paper Status: published
Published: September 5, 2018
Design of 2-4 decoders and 4-16 decoders using GDI technique
This paper introduces a mixed-logic design method for line decoders, combining transmission gate logic, pass transistor dual-value logic and static CMOS. Two new topologies for the 2-4 decoder are 14-transistor topology and 15-transistor topology. 14-transistor topology based on the small size of the transistor, transistor count and power dissipation, 15-transistor topology based on high power-delay performance. Both non-inverting and inverting decoder are designed in every case thereby yielding a total of four new designs. Moreover, four new 4-16 decoders are designed, by using mixed-logic by cascading of 2-4 pre-decoders with static CMOS post-decoder. All proposed decoders which reduce transistor count and has the full swinging capability compared to conventional CMOS. GDI gate diffusion input analyses to design low power combinational circuits where we can overcome the disadvantages of CMOS, low power techniques.GDI technique helps to reduce power, propagation delay, transistor count, maintains the low complexity of designs. All proposed decoders are designed in Gate diffusion input (GDI)—a new technique of low-power digital combinatorial circuit design thereby results in reducing power consumption, propagation delay, and area of digital circuits while maintaining the low complexity of the logic design.
Published by: Gundaboina Shravani, V. Shankar
Author: Gundaboina Shravani
Paper ID: V4I5-1156
Paper Status: published
Published: September 5, 2018
