Vol 6 Issue 4 October 2018-December 2018

Abstract: To solve the current research problem for dynamic WBAN communications, we proposed novel opportunistic communication protocol for WBANs with aim to solve the research challenges not only the energy efficiency and network management cost reduction but also solves the problem non-reliable nodes data dissemination. First we proposed a novel energy-efficient and distributed network management cost minimization framework for dynamic connectivity and data dissemination in opportunistic WBANs. Then proposed the pricing based approach for reliable node data dissemination. We introduced a pricing based approach to optimize the network management cost for opportunistic WBANs. Concurrently, the behaviours of WBANs are taken into the consideration (i.e., critical and normal condition) to provide reliable services. We proposed algorithms: (1) energy efficient prioritized opportunistic communications algorithm, (2) optimal network cost reduction algorithm.

Keywords: Cost Management, Energy Management, reliable data dissemination, WBAN.

Title: Incentive Based Energy and QoS Efficient Algorithm for Wireless Body Area Networks

Author: Niraj Korde, Urmila Deshmukh

International Journal of Engineering Research and Reviews

ISSN 2348-697X (Online)

Research Publish Journals

Abstract: The purpose of this work is to make use of the Coefficient Diagram Method (CDM) to design PID control systems with better performance in the control of time-delayed systems with first-order unstable transfer function. The PID controller designed with CDM and the standard PID controllers were designed and the results were compared. Designed with CDM, the PID controller has the advantages over the classic PID controller by providing the shortest settling time and the most robust behavior against variation in parameters.

Keywords: Coefficient Diagram Method, Time Delay, Unstable Systems.

Title: PID Controller Design for Time Delayed Unstable Systems Using CDM

Author: Mehmet ÇINAR

International Journal of Engineering Research and Reviews

ISSN 2348-697X (Online)

Research Publish Journals

Abstract: The substantial challenge on behalf of engineers specifically civil engineers are the scraping of industrial waste output and their storage. Currently most of the industries to use the wastes in various areas like civil constructions, treatment of materials and others. To prevent the environment from the dangerous effect the scraps material should be uses again and again in the essential way to overcome from the wastes on environment. The only industrial scrap is Fly Ash which is produced throughout the country in every year. Fly ash is a dusty powder acquired from burning of coal through the production of electricity. Dumping of Fly ash is a big issue, to minimize the dumping of Fly ash into big area, it was habituated as a construction material in civil engineering works like building materials embankments, and bricks making etc. Presently, an experimental survey was carried out to find out the strengthening properties of Fly ash with lime and Sodium silicate. Particularly some parameters like grain size distribution, liquid limit, OMC, MDD, Specific gravity and angle of internal friction of Fly ash were find out and then Fly ash was mixed with various percentages of lime (0-15%) and sodium silicate (1-4%). All the different proportions were tested to acquire optimum percentage of lime and sodium silicate. The difference in shear parameters like cohesion and angle of shearing resistance were practiced by conducting direct shear test. All the tests were completed afterwards a time period of 3hours from starting to the completion of preparation of sample. Every test should be performed under the normal stresses of 0.5kg/cm2, 1kg/cm2, 1.5kg/cm2, 2kg/cm2 and 2.5 kg/cm2. The results are collected in a graphical manner to observe the trends for shear parameters. The conclusions show remarkable enhancement in strength characteristics for greater percentages of lime and sodium silicate.

Keywords: Coefficient of curvature, Optimum Moisture Content, Maximum Dry Density, Cohesion, Internal friction.

Title: STABILIZATION OF FLY ASH BY USING LIME AND SODIUM SILICATE WITH SOIL SAMPLES

Author: KIRTI SAHU, ANSHUL JAIN

International Journal of Engineering Research and Reviews

ISSN 2348-697X (Online)

Research Publish Journals