Fig 1

Engagement scenario"

Fig 2

${{{{ \bar{{\boldsymbol{\sigma}}}}}}_{{\boldsymbol{t}}}}$ for different ${ {\bar {\boldsymbol{c}}_{\boldsymbol{1}}}}$ with respect to $\bar{\boldsymbol{ \lambda}}$ "

Fig 3

${{\boldsymbol{\varepsilon}}_{{\boldsymbol{M}}}}$ for different ${{\boldsymbol{\sigma _0}}/{{\boldsymbol{\lambda}} _{\boldsymbol{f}}}}$ with respect to $ \bar {\boldsymbol{\lambda}} $ "

Fig 4

${\boldsymbol{f}}\left({\bar{{\boldsymbol{\lambda}}}_{{\boldsymbol{a}}_{{\boldsymbol{\min}} }}}\right)$ for different ${{{\boldsymbol{\sigma}} _{\boldsymbol{0}}}}/{{\boldsymbol{\lambda}} _{\boldsymbol{f}}}$ with respect to ${{\bar{\boldsymbol{ \lambda}} _{{{\bar {\boldsymbol{\sigma}} }_{{\boldsymbol{\max }}}}}}}$ "

Fig 5

$ {\boldsymbol{\sigma}} $ for different ${ {{\boldsymbol{c}}_{\boldsymbol{1}}}}$ with respect to ${ \bar{\boldsymbol{ \lambda}}}$ "

Fig 6

Missile trajectories"

Fig 7

Flight path angle pro?les"

Fig 8

LOS angle pro?les"

Fig 9

Looking angle pro?les"

Fig 10

Lateral acceleration pro?les"

Fig 11

Adaptive guidance law coefficient pro?les"

Fig 12

Missile trajectories"

Fig 13

Flight path angle pro?les with respect to time"

Fig 14

LOS angle pro?les with respect to time"

Fig 15

Looking angle pro?les with respect to time"

Fig 16

Looking angle pro?les with respect to LOS angle"

Fig 17

Lateral acceleration pro?les with respect to LOS angle 1"

Fig 18

Lateral acceleration pro?les with respect to LOS angle 2 "

Fig 19

Missile trajectories with respect to time"

Fig 20

Flight path angle pro?les with respect to time"

Fig 21

Looking angle pro?les with respect to time"

Fig 22

Lateral acceleration pro?les with respect to time"

Fig 23

Speed pro?les with respect to time"