Linux

Each processor is running completely independent governed by a certain schedulin

Each processor is running completely independent governed by a certain scheduling algorithm (Priority Scheduling = 4, Shortest Job First = 3, Round Robin = 2, FCFS = 1). provide load balancing when such operation is necessary. Hi here are the test files needed. And on the pdf it says 3 extra points for Load balancing …

Each processor is running completely independent governed by a certain schedulin Read More »

Each processor is running completely independent governed by a certain schedulin

Each processor is running completely independent governed by a certain scheduling algorithm (Priority Scheduling = 4, Shortest Job First = 3, Round Robin = 2, FCFS = 1). provide load balancing when such operation is necessary. Hi here are the test files needed. And on the pdf it says 3 extra points for Load balancing …

Each processor is running completely independent governed by a certain schedulin Read More »

Now that you’ve wrapped up the memo, you’ll kick off work on the final stage of

Now that you’ve wrapped up the memo, you’ll kick off work on the final stage of your project with Faster Computing, which will require you to demonstrate a Linux installation and run some sample commands. You’ll continue to build your Linux skills this week as you dig into more advanced topics. Networking and Security Getting …

Now that you’ve wrapped up the memo, you’ll kick off work on the final stage of Read More »

Identify the a) the number of bytes received by your workstation as video data, b) the port numbers used by client and server, c) the protocol(s) used between client and server, d) the timestamps of the start and end of the transmission of data.

Estimating the rate of data streaming Step 1. Connect your workstation to the Internet and start a Wireshark capture on the connected port. Step 2. Visit YouTube on your browser and activate the transmission (viewing) of a 5-8 min video. Step 3. Stop your Wireshark capture at the end of the video and save it. …

Identify the a) the number of bytes received by your workstation as video data, b) the port numbers used by client and server, c) the protocol(s) used between client and server, d) the timestamps of the start and end of the transmission of data. Read More »

Using packet tracer implement the large network with five routers figure 1 shows using static routing.

Step 1. Using Packet tracer implement the large network with five routers Figure 1 shows using static routing. Step 2. Design the network (determine subnets, masks, and IP addresses) Step 3. Connect three hosts (PC-1, PC-2, and PC-3) on the edges of the network (as shown by the Figure) and show that all hosts can …

Using packet tracer implement the large network with five routers figure 1 shows using static routing. Read More »

Using packet tracer implement the large network with five routers figure 1 shows using static routing.

Step 1. Using Packet tracer implement the large network with five routers Figure 1 shows using static routing. Step 2. Design the network (determine subnets, masks, and IP addresses) Step 3. Connect three hosts (PC-1, PC-2, and PC-3) on the edges of the network (as shown by the Figure) and show that all hosts can …

Using packet tracer implement the large network with five routers figure 1 shows using static routing. Read More »