Condition Monitoring of Ball Bearings
Condition monitoring is gaining importance because of its advantages over conventional maintenance methods. Even though it is little costly, It is feasible especially in continuous process industries, where process costs are very High. In this paper, an attempt is made to monitor bearing faults. In condition monitoring through vibration analysis, it is possible to predict different defects of different characteristics and would reveal the details of defects and inaccuracies so that it could be minimized, which leads to increase the plant efficiency. Condition monitoring through vibration analysis is an online technique, where we need not stop the machine for diagnosing the fault.
Published by: G. Venkata Kishore Rakshit Raju, M. Sree Veena, M. C. S. Reddy
Author: G. Venkata Kishore Rakshit Raju
Paper ID: V4I2-1167
Paper Status: published
Published: March 6, 2018
APDA with Data Collective: Prevent Attacks in VANET
Vehicular ad hoc networks (VANETs) are usually a future engineering science that is certainly getting impetus in recent years. Which can be why the actual community attracts increasingly more interest from both equally manufacture and academe. Due to the minimal data transfer rate of cellular connection method, scalability is often a significant problem. Facts corporate is usually a solution to this kind of. The goal of data collection is to join the particular messages as well as disseminate this specific inwards much larger area. Although performing group integrity from the information is not easily approved along with assaults might be doable. Consequently collective has to be risk-free. However are several studies addressing VANETs, they just don’t focus on security troubles especially in the data group.
Published by: Shweta Gupta, Arpit Gupta
Author: Shweta Gupta
Paper ID: V4I2-1166
Paper Status: published
Published: March 6, 2018
SeriNutrid- A Balanced Nutrient Diet for Silkworm (Bombyx mori L) Chawki Rearing
Silkworm Bombyx mori L is a highly sensitive lepidopteron insect and responds sharply to changes in the feed quality. In Silkworm rearing, Chawki is considered as one of the important stages from which a successful cocoon crop is ensured. Rearing of silkworm on SeriNutrid Semi-synthetic diet) containing balanced nutrition, during the chawki stage ensures a successful and economically viable cocoon crop. Chawki rearing with SeriNutrid also means hygienic rearing, avoiding loss of crop due to missing larvae & minimizing disease outbreak and reduction in feeding frequency. This hypothesis is tested by extensive trial in the field by promoting chawki (Cake- Mari) obtained by feeding larvae on SeriNutrid cake. Weight of cocoon per 100DFL recorded 3-5% more than leaf chawki rearing and showed better quality of the cocoon, bringing in 5-10% higher price compared to cocoon obtained from leaf fed chawki.
Published by: Dr. Mousumi Mondal, Bharat Tandon, Radhakrishna P. M
Author: Dr. Mousumi Mondal
Paper ID: V4I2-1143
Paper Status: published
Published: March 6, 2018
The Vellore Mutiny- 1806
Vellore Mutiny, outbreak against the British on July 10, 1806, by sepoys (Indian troops employed by the British) at Vellore (now in Tamil Nadu state, southern India). The incident began when the sepoys broke into the fort where the many sons and daughters of Tippu Sultan of Mysore and their families had been lodged since their surrender at Seringapatam (now Shrirangapattana) in 1799 during the fourth Mysore War. The July 10 outbreak, though encouraged by the Mysore princes, was basically caused by resentment at new British regulations that ordered changes in headgear and shaving style and the prohibition of ornaments and caste marks for the Indian troops. Little effort was made by the British to reassure the men or listen to their grievances, which included the belief that the regulations were determined to the religious practices of both Hindus and Muslims. There were also complaints about the sepoys’ pay. About 130 British troops were killed in the initial assault, but the fort was recovered within hours by a relief force of British soldiers and sepoys under Colonel Robert Gillespie from nearby Arcot. Hundreds of mutineers were killed, either in the fighting or in subsequent executions by the British. The affair alarmed the British because of its connection with the Mysore princes, who were thereupon removed to Calcutta (now Kolkata). Lord William Bentinck, the governor of Madras (now Chennai), and Sir John Cradock (later John Caradock, 1st Baron Howden), the commander in chief at Madras, were both recalled. It is believed, however, that the severity of punishments meted out by the British—which included tying some of those convicted of mutiny to the barrels of cannons and then firing them— deterred sepoys in southern India from joining the Indian Mutiny of 1857–58.
Published by: Dr. S. Jayavelu
Author: Dr. S. Jayavelu
Paper ID: V4I2-1153
Paper Status: published
Published: March 6, 2018
A Novel Scheme for Separable and Reversible Data Hiding in Encrypted JPEG Image using Forward Correction Code
Among various digital image formats used in daily life, JPEG is the most popular .Therefore, reversible data hiding (RDH) in JPEG images is important and useful for many application such as archive management and image authentication. Reversible data hiding in encrypted images (RDH-EI) are developed most techniques for uncompressed images, this paper provides a separable reversible data hiding protocol for encrypted JPEG bitstreams. Here a JPEG encryption algorithm is first proposed, which enciphers an image to a smaller size and keeps the format compliant to JPEG decoder. After a content owner uploads the encrypted JPEG bitstream to a remote server, a data hider embeds an additional message into the encrypted JPEG bitstream without changing the bitstream size. On the recipient side, the original bitstream can be reconstructed losslessly using an iterative recovery algorithm based on the blockingartifact. Though message extraction and image recovery are separable, anyone who has the embedding key can extract the message from the marked encrypted copy. A random error is introduced to obtain the PSNR and error values of different JPEG images and make a comparative study. A forward error correction technique is used for controlling errors. Experimental results show that the proposed method outperforms a previous work in terms of separation capability, embedding capacity and security.
Published by: Bushra MP, Naseeda P
Author: Bushra MP
Paper ID: V4I2-1152
Paper Status: published
Published: March 6, 2018
Optimization of Surface Roughness, Material Removal Rate and Tool Wear Rate in EDM using Taguchi Method
In the present manufacturing scenario, EDM is the widely used non-traditional machining process which is used to machine hard materials such as alloys or composites. In the last few decades, there are lots of advancements in EDM which makes EDM more popular. There is a wide range of application of EDM in the aerospace, die-making and some other manufacturing sectors which require high precision. EDM is also called as high precision machining which can be used in the batch production where the traditional machining processes fail. In the last few years the developments in the new tool material, optimization techniques, and conductive ceramics have made some new research scopes in EDM. The aim of present study is to investigate the effect of input parameters like current, voltage and pulse-on-time on the Al-SiC (reinforced with 10% wt. of SiC). The output parameters for the process are MRR, TWR and surface roughness. It is found that the selection of input parameters plays an important role in the performance of the EDM.
Published by: Khushboo Kakkar, Neha Rawat, Anbesh Jamwal, Ankur Aggarwal
Author: Khushboo Kakkar
Paper ID: V4I2-1140
Paper Status: published
Published: March 6, 2018
