Figure 9-46 : The “Figure 9-46 ” contains: Two phones. A Wi-Fi home router. Two network bridges. A Wi-Fi thermostat. Bluetooth door lock. Two smart light bulbs. A web server. Given consideration: A phone with internet access is connected to the manufacturer’s website, through cloud and a Wi-Fi router. The Wi-Fi router is connected to the Wi-Fi thermostat, a phone with Bluetooth and Wi-Fi, and two network bridges. The phone is connected with the Bluetooth door lock. The Bluetooth door lock is also connected through Bluetooth to the Wi-Fi Bridge. The ZigBee to Wi-Fi Bridge is connected with the two smart light bulbs.

Question

Q4) For the network in Figure 3, repeat drawing the network on your answering paper and answer the following: 1. How many different networks? 2. How many different network addresses do you need? 3. Assign IP addresses of your choice to all assignable interfaces, with considering it must be class B private IP address. Write them close to the interface. 4. How many IP addresses are wasted (not used) on each network? Router 2 2960-24TT Switcho 2960-24TT Switch1 819HG-4G-IOX PC-PT PCO 819HG-4G-IOX Router0 PC-PT PC1 Router 1 Figure (3).

Answer 1

Question

Chapter 9, Problem 17TC

Program Plan Intro

Figure 9-46 :

The “Figure 9-46 ” contains:

Two phones.

A Wi-Fi home router.

Two network bridges.

A Wi-Fi thermostat.

Bluetooth door lock.

Two smart light bulbs.

A web server.

Given consideration:

A phone with internet access is connected to the manufacturer’s website, through cloud and a Wi-Fi router. The Wi-Fi router is connected to the Wi-Fi thermostat, a phone with Bluetooth and Wi-Fi, and two network bridges. The phone is connected with the Bluetooth door lock. The Bluetooth door lock is also connected through Bluetooth to the Wi-Fi Bridge. The ZigBee to Wi-Fi Bridge is connected with the two smart light bulbs.

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Q4) For the network in Figure 3, repeat drawing the network on your answering paper and answer the following: 1. How many different networks? 2. How many different network addresses do you need? 3. Assign IP addresses of your choice to all assignable interfaces, with considering it must be class B private IP address. Write them close to the interface. 4. How many IP addresses are wasted (not used) on each network? Router 2 2960-24TT Switcho 2960-24TT Switch1 819HG-4G-IOX PC-PT PCO 819HG-4G-IOX Router0 PC-PT PC1 Router 1 Figure (3).

Lab Procedure 1. Consider the network shown below 1841 1841 Routero Router1 PC-PT PC-PT PCO PC1 2. Choose a private IP block and assign a suitable IP address to every PC/interface in the above diagram. Write the IP addresses in the figure above. Add a photo of the network after you write down the IP addresses to it. 3. Build the network shown in step 1. 4. Configure the IP address of the first computer with IP address and gateway as per your chosen IP addresses in step 2.

Question 2: Based on the work for Q1, design the IP scheme for a company network with 100 PCs. • Suggest an acceptable way to show the network diagram. • Suggest an acceptable way to implement the network using Packet Tracer • Suggest an acceptable way to implement the network using real PCs, switches, and routers. Submit your answer to Question 2 as .pdf (At least show the instructions on how to complete.)