based on the information provided constuct a detailed network ip address for each of the device. main ip address is $192\mathrm{.}168\mathrm{.}0\mathrm{.}0$

network$\_$outline $="""$

$1.**$Core Layer:$**$

$-**$Devices:$**$

$-2$x Core Routers $($Cisco $1941$ or $2911)$

$-2$x Core Switches $($Cisco $2960$ or $3650)$

$-**$Connections:$**$

$-$ Connect the two core routers to each other.

$-$ Connect each core router to both core switches.

$-**$Configuration:$**$

$-$ Implement OSPF or EIGRP routing between core routers.

$-$ Configure redundant links between core routers and switches $($EtherChannel$).$

$-$ Set up VLANs on core switches for segmentation.

$2.**$Distribution Layer:$**$

$-**$Devices:$**$

$-4$x Distribution Switches $($Cisco $2960$ or $3560)$

$-**$Connections:$**$

$-$ Connect each distribution switch to both core switches.

$-**$Configuration:$**$

$-$ Extend VLANs from core switches to distribution switches.

$-$ Implement Spanning Tree Protocol $($STP$)$ to avoid loops.

$-$ Configure inter$-$VLAN routing on distribution switches if necessary.

$3.**$Access Layer:$**$

$-**$Devices:$**$

$-10$x Access Switches $($Cisco $2960$ or $3560$ with PoE$)$

$-10$x Wireless Access Points $($Cisco Aironet $1700)$

$-**$Connections:$**$

$-$ Connect each access switch to two distribution switches.

$-$ Connect each wireless AP to the nearest access switch.

$-**$Configuration:$**$

$-$ Configure VLANs for different user groups $($students$,$ faculty, staff, etc.$).$

$-$ Set up PoE on access switches to power APs.

$-$ Configure APs with WPA$3$ encryption, SSIDs, and channel settings.

$4.**$Security Implementation:$**$

$-**$Devices:$**$

$-2$x Firewalls $($Cisco ASA $5506-$X$)$

$-1$x RADIUS Server $($for authentication$)$

$-**$Connections:$**$

$-$ Place firewalls between core routers and external network $($internet$).$

$-$ Connect the RADIUS server to core switches.

$-**$Configuration:$**$

$-$ Set up firewall rules to control incoming and outgoing traffic.

$-$ Implement NAT$/$PAT on firewalls for external access.

$-$ Configure RADIUS server for centralized authentication $(802\mathrm{.}1$X$).$

$5.**$External Communication $($Outdoor Network$)$:$**$

$-**$Devices:$**$

$-2$x Outdoor Access Points $($Cisco Aironet $1572)$

$-1$x Communication Tower

$-**$Connections:$**$

$-$ Connect outdoor APs to access switches or directly to distribution switches.

$-**$Configuration:$**$

$-$ Configure outdoor APs with directional antennas for long$-$range communication.

$-$ Ensure outdoor APs are part of the same WLAN with WPA$3$ encryption.

$6.**$QoS and Network Monitoring:$**$

$-**$QoS Implementation:$**$

$-$ Set up QoS policies on core and distribution switches to prioritize critical traffic.

$-$ Implement traffic shaping and policing as needed.

$-**$Network Monitoring:$**$

$-$ Use network monitoring tools like Cisco Prime or SolarWinds for real$-$time monitoring.

$-$ Implement SNMP on all network devices for alerts and logs$.$

$7.**$Testing:$**$

$-**$Ping Tests:$**$

$-$ Ensure all devices across VLANs can ping each other.

$-$ Test wireless connectivity from indoor and outdoor locations.

$-$ Verify that the network meets the confidentiality, integrity, and availability requirements.

$"""$

network$\_$outline