Case study on LinkedIn, a media for career development
Social media is becoming a necessity in today’s world, more than ever before. Social media is delivering everything we want to know about pretty much anything, in a split second, and at our fingertips. While some embrace it and use social media regularly, others still don’t for multiple reasons; finding it difficult or they don’t want it to be intrusive or a mainstay in their lives. There are also more contemporary methods of obtaining professional contacts, such as networking online. Social networking sites such as Facebook, Twitter and LinkedIn are ideal for contacting and becoming noticed by employers that you otherwise wouldn’t have been able to speak with in person. For instance, did you know that according to the Bullhorn Reach Report, 97% of users registered with LinkedIn use it to source candidates for jobs? LinkedIn has several groups that you can engage in to showcase your knowledge and allow you to meet new people. This paper attempts to Highlights to understand. To know the various application usages, To know the purpose of using the LinkedIn, To know the role of LinkedIn in networking professional. & To know various professionals using it for career development. The results revealed that 44% of the respondents used LinkedIn for getting knowledge, to maintain relationship with professionals and for developing their career, 44% viewed LinkedIn is ranked as excellent in application usage, 46% said that LinkedIn meet their needs very well, 50% of the respondents said somewhat agreed that LinkedIn has helped them in networking professionally& 70% responded that they use LinkedIn for their profession.
Published by: Dr. Veena C. Angadi
Author: Dr. Veena C. Angadi
Paper ID: V5I2-1277
Paper Status: published
Published: March 22, 2019
Gesture based car control with gyroscope sensor and IoT based controlling
With many new devices to control the daily life products, we have our smart phones, when connected to a network with suitable supporting software is capable of controlling many other objects or devices it is connected to via the network. These Devices use any one of the protocols available for Internet communication to communicate between them. A Web controlled vehicle system is presented in this project work. It highlights the idea to develop a remote-controlled car which can be driven from within the car using the Internet over a secured server. This car has Ultrasonic sensors to measure the safety distance between itself and any other vehicle or any other obstacle. The main goal here is to minimize the work done or needed to drive a car with ease of driving experience. At the same time, the car will assure comfort and convenience to the controller. A miniature car including the above features has been developed which showed optimum performance in a simulated environment.
Published by: Kalaichelvan M., S. Sathiyapriya, Ch. Sai Ravi Teja, Jinka Sumanth
Author: Kalaichelvan M.
Paper ID: V5I2-1321
Paper Status: published
Published: March 22, 2019
Brake pad wear detection using machine learning
Most of the vehicles use a brake disk and brake pad system to stop the vehicle. Brake pad wear is a very important parameter in this system it has a direct effect on the braking performance of the vehicle. A machine learning approach, without using any intrinsic properties like the coefficient of friction of the brake pad material or the area of the brake pads or the composition of the brake pad material, has been proposed. The braking performance of the vehicle is reflected in its stopping distance and hence it is essential to relate the stopping distance and the brake pad wear. The same has been proposed in this document.
Published by: Chetan C. Harlapur, Priyatamkumar Kadiyala, Ramakrishna S.
Author: Chetan C. Harlapur
Paper ID: V5I2-1376
Paper Status: published
Published: March 22, 2019
Experimental investigation of clayey sand with plastic gunny bag as reinforcement
The soil which is generally weak and possesses high deformation values in vast areas are covered with soil deposits having low shear strength and high compressibility. Clayey sands (SC) mostly tend to exhibit high liquid limit (LL) and plastic limit (PL). The technique of combining any two materials of different strengths to form a composite single material of greater strength is the frequent procedure followed in civil engineering practice. The soil is quite good in compression and weak in tension can’t bear the load alone. When a material of high tensile strength is introduced in the soil as a reinforcing material, the soil turns into a composite material and tends to possess relatively very high strength and attains the ability to carry loads of heavyweights. Reinforced earth is a technique primarily used to increase the ease of construction and cost-effectiveness. Keeping in view the research findings outlined about, in the present experimentation, it was carried out to investigate the efficacy of plastic gunny bags stabilizing the weak soil, thereby, improving the shear strength and bearing capacity of the soil. A systematic methodical process followed involving experimentations in the laboratory under controlled conditions. It was observed that 1cm thickness and 0.03mm thickness of plastic gunny bags with clayey sand effectively improved the shear strength and bearing capacity of the soil.
Published by: A. Harika, V. Jagadeesh, S. Navya Sri, P. Manikanta, Ch. Praveen Kumar
Author: A. Harika
Paper ID: V5I2-1382
Paper Status: published
Published: March 22, 2019
Review on haze removal technique using advanced dark channel prior filter
This paper reviews and correlates various haze removal techniques to improve the atmospheric light estimation because the intensity of the dark channel is a rough approximation of the thickness of the haze. Images of outdoor scenes are usually degraded by the turbid medium (e.g., particles, water-droplets) in the atmosphere. Haze, fog, and smoke are such phenomena due to atmospheric absorption and scattering. The irradiance received by the camera from the scene point is attenuated along the line of sight. Furthermore, the incoming light is blended with the air light. The degraded images lose the contrast and color fidelity. In poor weather condition, fog removal from an image is an unavoidable problem. Various methods of fog removal have been described in literature. Initially, methods using multiple images which included the use of polarization filter. This method suffers from high time complexity and requirement of multiple images, resulting in non-suitability to real-time applications. This leads to the development of single image fog removal technique such as Dark Channel Prior (DCP), Improved Dark Channel Prior (IDCP), Dark channel prior with Histogram Specification, Anisotropic Diffusion and Improved Dark Channel Prior using Guided Filter. In proposed method, the dark channel is used to improve the atmospheric light estimation because the intensity of the dark channel is a rough approximation of the thickness of the haze. This property is used to estimate the transmission and the atmospheric light. A number of techniques has been proposed by various researchers to improve the atmospheric light estimation and to calculate air-light. The main intent of this review paper is to study and compare the distinct techniques of haze removal along with its drawbacks
Published by: Rakesh Sharma, Maninder Kaur
Author: Rakesh Sharma
Paper ID: V5I2-1379
Paper Status: published
Published: March 22, 2019
Purification of Noyyal River by using phytoremediation technology
Noyyal River is one of the highest polluting rivers in India and heavy metals present in river water is out of standard level. The effluent water of textile industries and spinning mills present in Trippur district discharged into the Noyyal River which polluted the Noyyal river. Because of this contamination affects the crop yields and human health. But purification of River Noyyal by using physical and chemical methods are highly expensive and complicated. In this study phytoremediation technology used for the purification of Noyyal river. Lesser Indian reedmace (Typha angustifolia) serve as a phytoremediation plant which helps in the cleaning up of contamination from the polluted river. The test results show that after phytoremediation treatment COD, BOD, cadmium, chromium, lead, zinc, copper and mercury level gradually reduced within 0 to 15 days interval. Lesser Indian reed mace plant easily grows in the banks of the river. If plantation of Lesser Indian reedmace planted in banks of the river which helps on the removal of heavy metals present in the water gradually. From the result, it can be concluded that the phytoremediation technology is suited for purification of Noyyal river.
Published by: Abarna M., D. Roopa
Author: Abarna M.
Paper ID: V5I2-1393
Paper Status: published
Published: March 22, 2019
