Internet of Things (IoT) can be defined as the wireless network of devices which are connected to each other to share information and data in order to communicate and produce new information so as to record and analyze it for future use. In this paper, a review of IoT-based health monitoring system has been presented. It is observed that using IoT (Internet of Things) the health monitoring system is controlled, which indicates a reliable system. This system will enable users to improve health related issues and reduce healthcare costs. It will also save the time of patient to visit to doctor every time need to check Heart beat rate, temperature, Blood pressure, ECG.

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The study area comprises of Bhuj Formation, which is divided into two members that are Lower Member and Upper Member. Lower most bed of the Upper Member of the Bhuj Formation is characterised by highly bioturbated, coarse grained ferruginous sandstone, which marks the boundary between the Lower and Upper Member. Four facies are identified from the study area are Cross Bedded Sandstone Facies (CBSF), Intercalated Siltstone Shale Facies (ISSF), Bioturbated Ferruginous Sandstone Facies (BFSF) and Shale Facies (SF). Common trace fossils found in the study area are Skolithos and Diplocraterion associated with Pholeus and Planolites. Skolithos is most dominant and is represented by four species like S. annulatus, S. ingens, S. linearis and S. verticalis. The lithology, sedimentary structures and the associated trace fossils of the study area indicating the depositional environment ranges from foreshore to middle shoreface zone of shallow silici-clastic Kachchh basin.

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Purpose of this undertaking is guiding the learner at the test insides. Now a days 99% of the tests are took place mixing together system. In this process so many candidates facing problems in looking for rooms. Most of the students have a feeling tense before coming to test and they still touch tense in looking for their place for test. Our undertaking is able to help in these examples. Each and every learner will be gave out a RFID card as their Hall ticket. While they getting to the college in the building and by making clear their Hall ticket to the RFID reader and their finger-print. That will automatically put on view the room number of that person. Our undertaking will mainly but for the time in looking for the room in test insides. RFID loose ends are sorted as either action-bound or action less. Action -bound RFID loose ends are powered by an inside apparatus for producing electric current and are representatively read/write, i.e. tag's facts can be written again and/or made an adjustment. An action-bound tag's memory size becomes different according to attention to requirements some systems do medical operation with up to 1mb of memory.

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Notice Board is a primary thing in any institution or public utility places like bus stations, railway stations, colleges, malls, etc. But sticking various notices day to day is a difficult process. This project is about advanced wireless digital notice board. The project is built around ARM controller raspberry-pi which is heart of the system. A Wi-Fi is used for Data transmission. At any time we can add or remove the notices according to our requirement. . The document to be displayed on notice board can be of any format like .docx or .pdf file. The interesting part of our project is we can even display images and clips/videos on the screen as well as we can set timer for individual notice or video’s which can be enabled or disabled according to requirements of authorized user. At transmitter authorized PC or any smart devices are used for sending notices. At receiving end Wi-Fi is connected to raspberry pi. The receiver receives a notice from authorized user. Wireless is a popular technology that allows an electronic device to exchange data wirelessly over a computer network including high speed wireless connections. The notice is sent and received from authenticated user. Then it sends to raspberry pi and from raspberry pi notice is send to display monitor.

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The mobile ad-hoc network is the self configuring type of network in which mobile nodes can its location any time. Due to its decentralized nature, much type of active and passive attacks is possible in the network. Jamming is the active type of attack which degrades network performance in terms of throughput, Packetloss, Retransmission attempts, Energy and PDR. In this work, novel technique is been proposed which will detect and isolate malicious nodes from the network. The proposed technique will be based on monitor mode and threshold. The simulation is been performed in NS2 and it is been analyzed that proposed technique performs well in terms of throughput, Packetloss, Retransmission attempts, Energy and PDR.

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A growing attention has been paid to spatial data mining and knowledge discovery. Spatial clustering is the process of grouping a set of objects into classes or cluster that objects within a cluster have high similarity in comparison to one another, but are dissimilar to objects in other clusters. As to the data, several clustering algorithms assume that observations are represented as tuples of a single database relation. This “single table assumption” prevents the consideration of relationships between observations as well as the analysis of data which are logically modeled through several database tables. To overcome these limitations, many researchers have recently started investigating the Multi-Relational Data Mining (MRDM) approach to data analysis. In some sense, graph-based partitioning methods also represent a particular class of multi-relational clustering algorithms. Moving towards a structured concept of spatial object forces to arrange data in different tables, related each others, where each table describes either features corresponding to entire areas or primary units or relations between them.

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An attempt is made to determine the flow characteristics of synthetic high alumina blast furnace slag prepared in the laboratory in agreement with the compositional variations encountered in the industry using hot stage microscopy (German standard 51730). It is observed that additions of CaO, SiO2, MgO, the major constituents and TiO2, a minor constituent, influence the characteristic temperatures of the slag considerably. From the operational point of view, the combination of high C/S ratio, high MgO and high TiO2 contents in the slag, within the range of compositions investigated, seem to be more beneficial. Here the slag formed is a short slag with a small difference between the melting temperature and flow temperature while the softening temperature is relatively high. Such a slag would soften lower-down the furnace without much interference with the permeability of the furnace bed, yet trickle down soon after it is rendered molten without needing any considerable additional heat input, thus exposing fresh interfaces resulting in enhanced rates of slag-metal reactions/exchanges. Regression analysis equations developed in terms of C/S ratio, MgO contents and TiO2 contents at fixed high alumina content in the slag, using factorial design technique for predicting the characteristic temperatures, are validated through further experimentation with additional ten numbers of synthetic slags.

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Existing motion detection security system detects the motion by sensing a change in the held view of the camera that is connected with the system and as soon as change is detected the alarm starts ringing. The limitation of this system is that it is not intelligent enough. When the motion is detected it does not sense whether change in the held view of the camera is due to an intruder or due to an authorized person. Hence, there was a need of more intelligent system therefore we have designed MSBSS keeping in mind the limitation of existing system. The aim is to detect the motion and perform some intelligent operation before ringing the alarm.

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Monsoon is one of the oldest and most anticipated weather phenomena. The unique geographical features of the Indian Subcontinent along with associated atmospheric, oceanic and geographical factors influence the behavior of the monsoon. Monsoon season is crucial to India’s rain fed agricultural economy with its onset launching the sowing season for summer crops. But, this year’s monsoon is especially important as the country faced two back to back deficient monsoons in 2014, 2015. El Nino weather phenomena is showing signs of waning by the time India’s south west monsoon gathers steam around July and August. So, monsoon brings fury of floods in India. Despite of mountainous terrain in north east states, 35% deficiency in rainfall has been observed over North East Region. The present paper is an attempt to analyze the impact of south west monsoon over North East India and to examine the reason behind rainfall deficiency in these regions as compared to others parts of country and also to discuss rent less rain over North-West India.

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In this proposed system, we discuss the universal issues about energy management for renewable resource, Wind / Photovoltaic (PV) hybrid power system in order to improve energy efficiency with LED’s as the light source and placing the wind turbine in addition to solar. The use of LED allows energy saving, high luminous efficiency and high useful life to the proposed system. And in the same way the position of the turbine plays a major role, we had overcome that design for effective power production. By placing the short armed turbine in the horizontal path due to the too and fro motion of the vehicles air pressure is developed on the blades of the turbine. The pressure is developed from both the directions keeps the turbine in continuous motion of all the vehicles such as Trucks, Lorries and Buses, etc., Due to this, an uninterrupted power generation by solar at day time and whenever the vehicles crosses the path both at day and night the turbine rotates and energy is generated. This would put down the electricity bill and reduce the pollution rate to a certain limit.

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the real power required for machine equipment depends on the resistance to the movement of it. Even now, in our country 98% of the contemporary machines use the power by burning of fossil fuels to run IC engines or external combustion engines. This evident has led to widespread air, water and noise pollution and most importantly has led to a realistic energy crisis in the near future. Now the approach of this project is to develop the machine to minimize the working cost and also to reduce the time for digging and seed sowing operation by utilizing solar energy to run the robotic machine. In this machine solar panel is used to capture solar energy and then it is converted into electrical energy which in turn is used to charge 12V battery, which then gives the necessary power to a shunt wound DC motor. This power is then transmitted to the DC motor to drive the wheels. And to further reduction of labor dependency, IR sensors are used to maneuver robot in the field. Here 4 post sensors are used to define the territory and robot senses the track length and pitch for movement from line to line. Seed sowing and digging robot will move on different ground contours and performs digging, sow the seed and water the ground after closing.

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Agriculture is main job done by people of India for sustenance. Nowadays with growing population we need the productivity of the agriculture to be increased a lot to meet the demands. Increase in demand to increase in use of herbicides which led to damage to the environment. The weeds are detected from the site images using image processing and distinguished as per the area and aspect ratio classification. In this project our main aim is detection and removal of the weed using image processing. We are using methods of Inter row and Inter-plant weed detection to get the weed output.

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Main focus of our idea sharing corporate web portal is to integrate the manager with different employees in the organisation. Thus, our web portal will be a corporate web portal that would empower the bond required in an organization by allowing a wide array of employees ranging from newly recruited interns to the most experienced team leaders to share their ideas with the higher authority of the organization by creating an environment that is not only cohesive but also instils the ambition within the company to thrive.

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This paper attempts to unfold the possible areas and functions in an organization where Digital Manufacturing could have considerable effect on the overall efficacy of the sub-system and the system as a whole. With the introduction of Digital Manufacturing over the conventional setup, the Process Design, Workflow, Plant Layout, Resource Management and all other such functions are radically influenced and need to be reviewed in the light of the changed perspective for achieving production goals. The role of Information Technology and Communications or Network Engineering in the IT domain, form a backbone for this system. At a micro-level, the blending or the integration of the Mechanical Engineering aspects in the manufacturing setup with its counterparts in the Electronics and Communications domain is crucial to exploit the technology in realizing organizational objectives. The scope and the possible applications of Digital Manufacturing in Automotive Industry have been discussed in this treatise.

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Increased property and additionally the employment of cyberspace have exposed the subversion before of the organizations, there for there is a need to use of intrusion detection system to protect information system and communication network from malicious attacks and unauthorized access. Associate intrusion detection system (IDS) is also a security system that monitors portable computer systems and network traffic, analyze that traffic to identify getable security breaches and elevate alerts. Associate IDS triggers thousands of alerts per day that's powerful for human users to research them and take acceptable actions. It’s very important to chop back the warning alerts, intelligently integrate and correlate them therefore on gift a high level browse of the detected security issue to the administrator.

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In this time when the technology is merging with environmental awareness, consumers are looking for ways to contribute to the relief of their own carbon foot prints .Here we design a cost effective and efficient method for mowing lawns using solar based robotic lawn mower. The project is an autonomous lawn mower that will allow the user to the ability to cut their grass with minimal effort.

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Traditionally linear filters based on combinations of resistors (R), inductors (L) and capacitors (C) called passive filters & static capacitors were used to improve power quality (PQ) which has problems like fixed compensation. However, to mitigate power quality issues a FACTS controller termed as Distribution Static Compensator (DSTATCOM) was introduced in recent years. DSTATCOM addresses various issues like harmonic distortion, reactive power compensation, power factor corrections etc, by injecting or absorbing reactive and harmonic components of load currents. A high power rating voltage source converter (VSC) is used for DSTATCOM. The rating of VSC is based on DC link voltage. Conventional DSTATCOM employs L-type filter interface to reduce DC link voltage which reduces power rating of VSC. In improved DSTATCOM topology LCL-type filter is interface at front end. The comparative review is presented in this paper.

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Today Concrete is huge demanded construction material which consumes a very high amount of cement. One tone of cement produces almost one tone of CO2 (Carbon dioxide) which is a very series problem for the environment. So present condition requires alternate solution of cement in the proposed paper I will try to replace cementitious Material by Sugarcane Bagasse Ash. Which is Sugar industrial west material. Utilization of industrial and agricultural waste products in the industry has been the focus of research for economic, environmental, and technical reasons. Sugar-cane bagasse is a fibrous waste-product of the sugar refining industry. Huge quantity of ash which is a waste product, available at very negligible rate. In these Paper Sugarcane Baggase Ash Replacing with Cement Material. Generally Sugarcane Baggase Ash Replace With Cement at 5%, 10%, 15%, 20%, 25% and 30%.

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This paper gives an overview of recent research on new application of Electromagnetic Band-Gap (EBG) structure antenna to integrate circuits and antennas. An important part of EBG antenna is the control of electromagnetic wave propagation and surface wave distribution over EBG substrate or board with periodic structure. Many compact and small periodic EBG’s structures have been design to solve antenna design problems such as Mushroom like EBG’s, Hair pin like EBG’s etc. In simple Microstrip Patch Antenna (MPA) have low gain, efficiency and bandwidth. This resolved by using MPA with EBG structure antenna and this antenna properties is to reducing the back radiation for better performance of antennas.

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