A Review on LEACH & PEGASIS Routing Algorithms in Wireless Sensor Networks.

Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow Wireless Sensor Networks have energy constraints, low-data-rate of high redundant and data flow constraints, low-data-rate of high redundant and data flow