Adjustment among adult deaf peers: A case of Dr. Shakuntala Misra National Rehabilitation University, Lucknow
In this study “Adjustment among Adult Deaf Peers: A Case Of Dr. Shakuntala Misra National Rehabilitation University, Lucknow” was conducted during study M.Ed.Spl.Ed.(HI) course work since 2014 to identify the factors that may influence adjustment among adult Deaf Peer the basis of locality, basis of severity, basis of age, the basis of qualification and gender. This study deals with a review of previous work done in the field of adjustment. Many references of some related studies conducted abroad and in India. Objectives of study the adjustment among adult deaf peers studying in DSMNRU as the basis of Locality, Severity, Age, Qualification, and Gender. The hypothesis of study there will be no significant adjustment among adult deaf peers studying in DSMNRU as the basis of locality, severity, age, qualification, and gender. Delimitation of the study Taking into consideration the time and resources on the disposal of the research, the present study was delimited in terms of sample and areas of study aspects as under The study was delimited to adult deaf peers studying, The study was delimited to adult deaf peers studying, confined to the graduate, postgraduate male and female adult deaf peers studying in DSMNRU only. Research is a systematic effort to gain new knowledge. It helps in studying the problem where solutions are to be derived fully or partly from the facts. Design of the study: Survey Method is only in the abstract as logical entities that we can distinguish between matter and methods in reality they form an organic whole determine method analogously as objective determines means and content and spirit determine style and form in literature. Descriptive design- it is the study designed to depict the participants in an accurate way. More simply put, descriptive research is all about describing people who take part in the study. The population of the study all the adult deaf students studying at a higher level at a University level. In this study total population 42 adult students of DSMNRU, Lucknow.
Published by: Danveer Gautam
Author: Danveer Gautam
Paper ID: V6I1-1223
Paper Status: published
Published: February 13, 2020
Geomorphological Studies in Yelimineti Vagu Watershed Area
Information on landforms is an important input for land management. The aspects of morphography, morphogenesis, morphochronology and morphometry are vital inputs in preparation of geomorphological maps.The relief, slope, depth of weathering type of weathered material, thickness of deposition, nature of the deposited material and the assemblage of different landforms play an important role in defining the groundwater regime, especially in the hard rocks and the unconsolidated sediments. Geomorphological studies have been carried out to identify the land forms in the study area. The specific geomorphic groups in the study area are Hills, Plateaus, Pediments and Pediplains. The major rock groups in the study area are Peninsular Gneissic complex, Deccan trap and basic intrusive rocks. Using satellite imagery geomorphic units are identified and mapped.
Published by: Dr. S. S. S. Muntaz Vali
Author: Dr. S. S. S. Muntaz Vali
Paper ID: V6I1-1231
Paper Status: published
Published: February 13, 2020
Performance analysis of hazed images using Laplacian weight fusion with saliency map
Submerged pictures are debased because of disperses and assimilation, bringing about low difference and shading mutilation. Right now, a novel self-comparability based strategy for de-dissipating and super goals (SR) of submerged pictures is proposed. The conventional methodology of preprocessing the picture utilizing a de-dispersing calculation, trailed by the use of an SR technique, has the constraint that the majority of the high-recurrence data is lost during de-dissipating. The super-settled pictures have a sensible clamor level after de-dispersing and exhibit outwardly more satisfying outcomes than traditional methodologies. Moreover, numerical measurements exhibit that the proposed calculation shows steady improvement and that edges are altogether upgraded. Submerged pictures are hard to process in light of low differentiation and shading bending. The in-water light spread model was proposed quite a while prior however is moderately convoluted to be utilized in actuality. A successful procedure to improve the pictures caught submerged and corrupted because of the medium dissipating and ingestion. Our technique is a solitary picture approach that doesn't require particular equipment or information about the submerged conditions or scene structure. It expands on the mixing of two pictures that are straightforwardly gotten from a shading redressed and white-adjusted form of the first debased picture. The two pictures to combination, just as their related weight maps, are characterized to advance the exchange of edges and shading difference to the yield picture. To keep away from that the sharp weight map changes make antiquities in the low recurrence segments of the remade picture, we likewise adjust a multiscale combination methodology. By applying shading minute and combination systems for improve nature of submerged pictures. The proposed strategy execute on MATLAB R2013a. The nature of the submerged pictures can be resolved on-premise of PCQI, UCIQE, and UIQM. The procedure Laplacian Weight Fusion with Saliency Map (LWFSM) empowers to investigate picture quality parameters for decreased murkiness levels of submerged pictures. The trail result shows that the normal estimation of PCQI, UCIQE, and UIQM is improved by 5.18%, 2.62%, and 6.17% separately.
Published by: Umesh Kumar, Dr. Avinash Sharma
Author: Umesh Kumar
Paper ID: V6I1-1232
Paper Status: published
Published: February 12, 2020
A review on energy and exergy analysis of single stage ammonia water absorption refrigeration system
In the field of HVAC engineering, electricity has been utilized to energize the air-conditioning and refrigeration systems since the last decades. Normally one-third to half of the annual total electricity consumption is used for air-conditioning and refrigeration in the metropolis worldwide as reported. The most commercially developed solar cooling technology is the absorption system. In an absorption cycle, a refrigerant and an absorbent are a pair of substances that work together. NH3-H20 and LiBr-H20 are the most common working pairs in refrigeration and air conditioning absorption refrigeration system. Although the NH3-H20 cycle is an older technology, it still remains essentially applied to large scale process plants, and LiBr-H20 absorption cycle concentrates most of the current research.
Published by: Anand Gautam, Brijendra Kumar Yadav
Author: Anand Gautam
Paper ID: V6I1-1225
Paper Status: published
Published: February 7, 2020
IoT enabled Smart Monitoring of Coronavirus empowered with Fuzzy Inference System
Almost 3,000 cases of respiratory disease due to a new coronavirus from Wuhan, China were registered between 1 December 2019 and 26 January 2020. The diagnosis of coronavirus in a human being on a wide scale was so hectic. This proposed research implements an Internet of Things (IoT) approach enabled by Fuzzy Inference System (FIS) to intelligently and efficiently predict the coronavirus known as ' IoT enabled Smart Monitoring of Coronavirus empowered with Fuzzy Inference System (IoTSMCFIS) ' which smartly monitors and predicts either human is the victim of Coronavirus or not. For simulations, the IoTSMCFIS proposed system uses MATLAB 2019a and the proposed system indicates promising results regarding the simulations.
Published by: Syyada Abeer Fatima, Naveed Hussain, Asma Balouch, Iqra Rustam, Muhammad Saleem, Muhammad Asif
Author: Syyada Abeer Fatima
Paper ID: V6I1-1218
Paper Status: published
Published: February 4, 2020
Experimental investigation of waste plastic bottles as partial replacement of aggregates in flexible pavements
Global plastic pollution reported that; 1 million plastic bottles bought every minute, 100,000 marine animals killed by plastic each year, 500 years to degrade in the environment, 90% of bottled water contain plastic particles. Ethiopia is facing rapid urbanization and industrialization leading to the packing of different industrial products with plastic bottles which finally becomes waste and on the other side, pavements are behaving different structural failures and surface defects before the end of the construction period and service year. In order to minimize the above serious problems, this research was initiated to do the experimental investigation of a waste plastic bottle as partial replacement of aggregate in the bituminous concrete mix through a dry process to enhance the desired performance of bitumen concrete mix and to reduce plastic bottles disposal problem. Before applying PET bottles as additives, optimum bitumen content was determined for conventional bitumen concrete mix which is selected as 5.33%; upon which the effect of PET bottles experimented. Waste plastic bottles are collected and cut into pieces using scissors. Then it was melted in an oven at 180⁰c for 30 minutes. Then after cooling down, it was pulverized. Finally weighing the required amount of pulverized plastic and replacing the aggregate by 0%, 4%, 6%, 8% and 10% by weight of aggregate, the marshal test was held and volumetric properties on each specimen were computed. Based on the laboratory result, the optimum plastic content was selected at the specimens that have high stability; high bulk density and minimum air void values are 20.66 KN, 2.59gm/cm3 and 3.25% respectively. The optimum plastic content is selected at 4% of plastic bottle by weight of aggregate. Lastly, this study concluded that partial replacement of aggregate by the waste plastic bottle can increase the overall performance of the bitumen concrete mix. Finally, this study recommends it is better to apply this new construction technology on the ground and to adopt it. It is better to know the cost benefit analysis on partial replacement of aggregate by waste plastic bottles in flexible pavements.
Published by: Yetmgeta Mekonnen, Esubalew Tariku, Saol Toyebo
Author: Yetmgeta Mekonnen
Paper ID: V6I1-1155
Paper Status: published
Published: February 3, 2020
