The interest for reasonable Energy age and utilization is expanding step by step as the human populace is relying more upon electronic gadgets for their everyday life. Hence, the need of a full-evidence and monetarily practical power age and circulation framework requests a specific attention. This task proposes usage of human loco motion energy, which albeit extractible goes principally to squander. This demo offers a model that utilizes human strolling, hopping and running as a wellspring of energy and stores it for fundamental use. Such a model is able in a demography that of a nation like India which has such a colossal walker populace. This framework represents a technique for collecting this human headway energy with the utilization of piezoelectric sensor and exhibits a request with the put away energy i.e., to charge a cell phone safely utilizing RFID. The ground response force (GRF) applied from the foot, when switched over completely to voltage by piezoelectric sensors is sufficiently able to control up a gadget. Advanced effort prompts aperiodic voltage develop which with legitimate hardware can be utilized to charge a capacity battery. The power delivered by this method can likewise be used in fundamental application, for example, road lighting, notice sheets, rec centres and different areas of public space. It likewise advances efficient power energy and climate cordial methodology towards energy age. In this undertaking we will give the essential idea and configuration restraints of this model and a fundamental execution of the equal.

Footsteps Based Sustainable Energy Generation and Consumption System

Performance analysis of precise energy consumption algorithm for smart home using hybrid renewable energy

A network should be highly scalable i.e. high data rates, high throughput, and low errors. Usage of Wireless LAN’s using IEEE 802.11n-2009 standard has increased in the number of stations. As the number of stations increases the path becomes congested and will lead to collisions. The IEEE 802.11n-2009 standard provides a high data rate of 100 Mbps at the physical layer but not that data speed at MAC layer. The techniques like the frame aggregation and block-ACK frames does increase the efficiency at MAC layer but none reduce the collision. Hence collision control is much necessary for achieving high data rates to serve large number of stations. We propose Grouping scheme to reduce the collision rate. Here the stations are grouped and a leader is elected. Only the leaders of respective group contend; which decrease the collision. We compare our simulation results with the DCF with frame aggregation and without frame aggregation.

M G Jayanthi

Papers

Footsteps Based Sustainable Energy Generation and Consumption System

Performance analysis of precise energy consumption algorithm for smart home using hybrid renewable energy

Grouping in Wireless LANS to Increase Throughput by Collision Control