EEDLABA: Energy-Efficient Distance- and Link-Aware Body Area Routing Protocol Based on Clustering Mechanism for Wireless Body Sensor Network

In medical environments, a wireless body sensor network (WBSN) is used to operate remotely, and nodes are employed. It consists of installed on human monitor patient’s condition, such as heartbeat, temperature, blood sugar level, functionalized controlled by remote devices. A WBSN that actually sensors in nature operated with short range communication. These fixed limited computation power the main concern energy consumption path loss. this paper, we propose new protocol named energy-efficient distance- link-aware area (EEDLABA) clustering mechanism compare it current (LAEEBA) distance-aware relaying (DARE) routing protocols WBSN. The proposed an extended type LAEEBA DARE which positive features have been deployed. has presented deployed EEDLABA for better performance. To solve these issues DARE, overcome these. Path loss major concerns network. For purpose, distance models cluster head (CH) node, coordinator (C) other nodes, total nine body. results derived from MATLAB simulations performance suggested observed assessment DARE. From results, concluded can perform well considered situations WBSNs.