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Visit this site http://bowwowwaste.com/ for more information on Dog Waste Station. A Dog Waste Station is a free standing unit that can be placed anywhere to allow dog owners to clean up after their dogs. Dog waste stations are typically composed of a sign that directs owners to clean up after their pets, a bag dispenser that holds the dog waste bags, a waste can for the disposal of dog waste bags and a standard sign post that each piece is mounted on.
Besides the aesthetic and environmental issues, Dog Waste Stations can help communities, apartment complexes and individuals economically. A relatively small investment in dog waste stations means crews don't have to clean it off the streets and yards, saving hours of manpower. Click this site http://bowwowwaste.com/ for more information on Dog Waste Stations. And, for individuals, having a convenient place to throw away waste leaves them less susceptible to tickets and fines.
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In wireless sensor network nodes position estimation in space is known as localization. Node localization in wireless sensor network is important for many applications and to find the position with Received Signal Strength Indicator requires a number of anchor nodes. However the estimation of distance from signal strength decay in not very accurate especially in time varying environmental conditions and the estimation of exact direction required highly directive antenna but, may still affected by multipath fading. A Genetic Algorithm for wireless sensor network localization is proposed in this paper to solve the issue that the positioning accuracy is low with minimum anchor nodes. Hence in this paper we are presenting a Genetic algorithm for optimization approach which tries to find the optimal location by satisfying both the criteria with minimal error. The simulation results also shows effectively outperform both the techniques.
Micro Electric Discharge Machining is a nontraditional machining process which can be used for drilling micro holes in high strength to weight ratio materials. This present research study deals with the single optimization of micro EDM process using Genetic Algorithm. Mathematical models using Response Surface Methodology (RSM) is used to correlate the response and the parameters. The desired responses are minimum tool wear rate. The control parameters considered are pulse on time, peak current and flushing pressure on micro EDM of AISI stainless steel 304. The process control parameters of the machine have to be set at an optimal setting in order to achieve the desired responses.
Vehicle Sensor Networks (VSN) are emerging as a new tool for effectively monitoring the physical world, especially in urban areas where a high concentration of vehicles equipped with on board sensors is expected.A vehicle tracking system combines the installation of an electronic device in a vehicle, or fleet of vehicles, with purpose-designed computer software at least at one operational base to enable the owner or a third party to track the vehicle’s location, collecting data in the process from the field and deliver it to the base of operation.