We calculate misbehavior of energy consumption
during configuration nodes between neighborhood nodes with
specific investigation on secure environment with DYMP routing
Protocol. An experimental analysis of DYMO, M-DYMO
(misbehavior DYMO), S-DYMO (Secure-DYMO) has been
carried out using QualNet 5.1 simulator. The simulation results
have been derived using self-created network scenarios by
incorporating secure neighborhood in de-facto DYMO by varying
the network size as small, medium and large, Node Traversal
Time, ART, Buffer Size. From the experiment results, it has been
concluded that energy consumption increases as security is
incorporated in the existing routing protocol. From the results,
the variance of total energy consumed in all modes of energy
(transmit, receive and idle) for nodes in DYMO,M-DYMO and
S-DYMO under Random waypoint Mobility Model is maximum
for larger network size which is 3.380037 mj , 3.363414 mj and
3.612123 mj. For random waypoint mobility model the variance
of total energy consumed in all modes of energy is maximum at
0.2320866668 at 115 nodes. In this research paper, an effort has
been made to investigate the impact of secure neighborhood on
energy consumption and QoS metrics of Dynamic MANETs
On-Demand (routing protocol) (DYMO) in MANETS.