What if your OS automatically mounts your flash drive prior to creating your forensic duplicate?.
Digital forensic images
For the first step in this project, prepare a memo (2 pages in length) that summarizes possible locations of valuable digital forensic information, as well as collection and storage options in laymen’s language. For each location described, include a short description of the following:
Types of data that can be found there
Reasons why the data has potential value to an investigation in general, and for this case in particular
The locations to be addressed are: USB sticks, RAM and swap space, and operating system hard disks.
Also describe possible digital evidence storage formats (raw, E01 (ewf), and AFF), the advantages and disadvantages of each, and how digital forensic images are collected (local and remote, memory and disk) and verified. Your memo will be included in the final forensic imaging lab report.
The legal team has been involved in cybercrime cases before, but they want to make sure they are prepared for possible legal challenges. They have requested very specific information about your imaging procedures.
Questions from the legal team:
Assuming that this is a criminal case that will be heard in a court of law, which hashing algorithm will you use and why?
What if the hash of your original does not match your forensic copy? What kinds of issues could that create? What could cause this situation?
What if your OS automatically mounts your flash drive prior to creating your forensic duplicate? What kinds of problems could that create?
How will you be able to prove that your OS did not automatically mount your flash drive and change its contents prior to the creation of the forensic copy?
The legal team would like you to respond in the form of a brief memo (2 pages) written in plain, simple English.
You are hoping that you will be able to access the suspect’s local computer next!
What is the AMDR for fat in the diet:What was your perception of dietary fat before reading this week’s resources?.
What is the AMDR for fat in the diet?
Respond to the following questions in complete sentences and paragraphs. This section should be at least 200 words.
What is the AMDR for fat in the diet?
What was your perception of dietary fat before reading this week’s resources?
How has your perception changed?
Below is a sample one-day menu for Mrs. Smith. Her doctor just told her she is at risk for developing heart disease since her cholesterol is a little high. The doctor has asked her to meet with a registered dietitian to learn more about heart-healthy fats to include and which unhealthy fats to avoid. She hopes to meet with a dietitian next week, but in the meantime, she needs help making these changes.
List five suggestions for Mrs. Smith’s diet to replace the unhealthy fats source. Tell her which food she should omit and with what you would replace it. You may also change portion sizes. Highlight (yellow only please) or bold the item you are changing and then write the change next to that. You may make more than five changes, but if you do, you will only receive full credit when all changes correctly match the assigned directions.
8 oz. whole milk
1 fresh orange
2 fried eggs (fried in butter)
2 slices sourdough toast with 1 tablespoon butter
1/2 peanut butter and jelly sandwich: 1 slice white bread, 1 tablespoon Skippy peanut butter, 1 tablespoon grape jelly
8 oz. cream of tomato soup
1 oz. potato chips
1 sandwich: 2 oz. turkey, 1 oz. salami, 2 slices white bread, 1 tablespoon mayonnaise
6 oz. fruited yogurt, sweetened, whole milk
5 oz. dark meat chicken, fried
1 medium baked potato with 1 tablespoon butter, 1 tablespoon sour cream, and 1 tablespoon bacon, chopped
1/2 cup cooked broccoli with 1 tablespoon butter
8 oz. cola
4 oz. whole milk
1/2 cup chocolate ice cream
Student has responded to all parts of the question. Uses complete sentences/paragraphs. Demonstrates strong English skills. Uses supporting evidence from appropriate academic references. Meets length requirement. References in APA format.
Student has provided 5 appropriate suggestions. These eliminate the targeted food/nutrient while increasing the desired food/nutrient.
Students that have provided more than 5 changes and some of those chan
Are You Ready For The Cyborg Technology Coming In 2018?
March 30, 2018
The term cyborg became popular after the release of the movie The Terminator in 1984. “The 600-series had rubber skin. We spotted them easy, but these are new. They look human… sweat, bad breath, everything. Very hard to spot.”
One of the main characters of the film, Kyle Reese, a soldier from the future, described the Terminators as cyborgs – machines with a metal endoskeleton inside, living tissue on the outside.
But that was in 1984…and featured Arnold. Are we anywhere close to that now?
Where is cyborg technology in 2018? Are cyborgs a part of our immediate future?
And though it was science fiction at the time, today approximately 20,000 people have RFID chips under their skin that can unlock doors. These people are, in a sense, cyborgs.
A cyborg is a person who is, in some way, also physically connected to some form of technology.
For example, Neil Harbisson is a blind artist who can only perceive the world through an implant in his head. He foresees a new and improved future with enhanced senses through the use of technology. “Night vision,” he says, “would give us the ability to adapt to the environment: design ourselves instead of the planet. Designing the planet is harming it.”
“It probably won’t be a mechanical body,” Maly told Gizmodo. “It will probably be some bio-grown body, and it won’t be recognizably to us as Robocop, because it’ll already be part of a long line of small improvements.”
Amazing Examples Of Cyborg Technology
Today, humans are being melded with technology that didn’t exist even a decade ago. Enhanced dexterity, increased strength, and heightened senses are not science-fiction — they are here.
Currently, cyborg tech is most useful as support for people who live with a disability. Cyborg tech can replace missing limbs, damaged organs, and limited senses.
Here are six examples of the present day cyborg in action.
As noted earlier, activist and artist Neil Harbisson was born without the ability to see color. In 2004, he mounted an electronic antenna to the lower back of his skull that modulates frequencies of light into vibrations his brain recognizes as sound, allowing him to “hear color,” including infrared and ultraviolet.
“There is no difference between the software and my brain, or my antenna and any other body part. Being united to cybernetics makes me feel that I am technology,” he said in a National Geographic interview.
The LUKE Arm
The LUKE Arm (named after Star Wars character Luke Skywalker) is a prosthetic that goes beyond everyday functionality and helps the wearer regain the sense of touch. It also contains all the basic functions of an arm and hand. Electronic sensors extrapolate signals from the wearer’s muscles and translates them into physical movement. The arm was made available to military amputees in 2016.
Seeing the Light
In 2002, at the age of 37, Jans Naumann, who was blinded in his 20s, participated in a clinical trial at the Lisbon-based Dobelle Institute. A television camera was connected to his brain, circumventing his damaged eyes.
The system allowed Naumann to see Christmas lights at his home that year. Tragically, the system failed two weeks later. Upon William Dobelle’s passing (the inventor of the technology), no notes or documents were found so there were no instructions to repair Naumann’s system.
Getting A Leg Up
In 2012, years after his leg was amputated above the knee in 2009, Zac Vawter became the first recipient of the mind-controlled bionic leg. The technology translates brain signals into movement. Prior to Vawter’s bionic leg, the software that translates the brain signals was only used in upper limbs.
Give Us A Hand
Prosthetics tech giant Bebionic has created some of the most intricate prosthetic hand designs as of 2017. Every joint along every digit is independently controlled by dedicated motors. The bebionic hand has fourteen pre-programmed grip patterns. The highly sensitive motors fluctuate the force and speed of the grip— it can gently hold an egg, or easily manage 99 pounds of weight.
The Eye Has It
Rob Spence, a filmmaker, decided to replace his missing right eye with a prosthetic, wirelessly-transmitting video camera. Spence worked with RF Wireless Design to create a prosthetic eye shell that could hold the necessary electronics in such a small space. His cyborg eye camera can record up to 30 minutes of footage before depleting the battery.
A Quiet Revolution
There are still more cybernetic options available today. Neurobridge is designed to reconnect brain and body, and has actually enabled paraplegics to move again. It’s likely the most advanced linking of man and machine so far achieved.
These enhancements are coming quickly, but quietly. Artificial retinas restore sight to the blind, and cochlear implants offer hearing to the deaf. Deep-brain implants, also called “brain pacemakers”, assuage the symptoms of 30,000 Parkinson’s sufferers around the globe.
Innovators are continuing to take things further, with replacement organs, robotic prosthetics, and implants used to alter or enhance bodily functions. “This is the frontline of the Human Enhancement Revolution,” wrote the technology author and philosopher Patrick Lin last year. “We now know enough about biology, neuroscience, computing, robotics, and materials to hack the human body.”
This technology can improve, augment, or replace every part of the human body, from vital organs to amputated limbs. A remake of the movie RoboCop, released in 2014, showed a distant future where technology and humans become one – but many experts say the age of the cyborg is already upon us.
From smart contact lenses used to improve vision to military exoskeletons that give wearers superhuman strength, cyborgs are a part of our immediate future. Google is currently developing smart contact lenses to monitor glucose levels of diabetics – and other developers are experimenting with smart lenses that could enhance vision capabilities.
Many innovators claim we will soon be able to send information directly into our vision nerves, using technology designed to help the blind see. We also already have basic exoskeletons that allow the elderly and disabled to walk.
Where Things Are Headed
Clearly, we are already in the age of cyborgs. So where are things headed? What sorts of technologies will we continue to see develop? Here are five.
#1 – Neural Implants
Connecting your mind with a computer has been science fiction for decades, but it is closer to becoming reality than ever before. Today’s neural implants are cochlear implants to restore hearing and retinal implants to repair failing vision. These are basic neural implants, but they are already being advanced.
#2 – Computer Controlled Smart Limbs
Touch Bionics, a prosthetic tech company, has created a hand that can be controlled using a smartphone app. Though most of us would never consider adding a limb, many believe that the future is about improving our own limbs with smart, computer-controlled prosthetics.
Current prosthetics are an enormous help to those who have lost limbs, and these prosthetics are getting smarter every day. “Touch Bionics’ i-limb prosthetic hand also features a rotating thumb, five individually powered fingers, a rotatable wrist and aluminum chassis.” Touch Bionics claims this is the most advanced prosthetic hand ever made, and that it comes with 24 different grips.
This hand can also be controlled using an app, but it was originally designed to interpret muscle signals
#3 – Nanomedicine
Nanotech, a medical miracle, delivers tiny ‘smart’ particles wherever needed in the body. One experimental lung cancer treatment has the patient inhale nano-particles by aerosol; the particles settle in diseased areas of the lungs. An external magnet, superheats the particles, which kills diseased cells.
One Texas team has created super-strong, artificial muscles made from nanotech fibers and filled with paraffin wax. The muscles can “lift more than 100,000 times their own weight and generate 85 times more power than the same size human muscle.”
#4 – Uploading The Brain
Ray Kurzweil, the well-known futurist, believes that by 2040 to 2045, any human will be able to upload his or her consciousness into a computer. Though it seems like a sci-fi movie story, one Russian billionaire has revealed that he plans to upload his own brain, thus becoming immortal, no later than 2045. Dmitry Itskov, 32, believes that technology will let him live indefinitely in a hologram body.
According to Itskov, “The new human being will receive a huge range of abilities and will be capable of withstanding extreme external conditions easily: high temperatures, pressure, radiation, lack of oxygen, etc. Using a neural-interface, humans will be able to operate several bodies of various forms and sizes remotely.”
#5 – Invisibility Technology
Technology experts say a real-life Harry Potter invisibility cloak is coming soon. It is true: Researchers already have working invisibility cloaks, though they are far from optimal operation. Most recently, engineers encircled an object with small antennas that collectively radiated an EM field, cancelling out visible light waves.
Would You Be A Cyborg?
It is amazing the amount of cybernetic technology that already exists to help people with disabilities and to enhance the basic functions of our bodies.
While these tools are reserved for those with amputations or other disabilities, it does seem that commercially available bionic enhancements are not that far away.
Be on the lookout for options that could enhance your human experience.
Decreasing Soda Intake Using Operant Conditioning.
Decreasing Soda Intake Using Operant Conditioning
In life, we are faced with the tough decision to quit or fight an addiction. Dealing with withdrawal effects of a certain behavior can be discouraging to a point whereby we often decide to go back to our old behaviors. With determination, one can change their behaviors successfully using the operant conditioning. Coke soda contains caffeine, which is a stimulant that has an addictive effect on individuals who consume it. Reducing intake of coke has many withdrawal symptoms, which can be managed in many ways.
The world’s most popular psychoactive drug is caffeine. About 80% of Americans consume caffeine either in soda or in tea or coffee or in any other form. Coke soda contains caffeine, and almost half of the American population consumes it daily. 11% of the coke consumers consumed 16oz or more. Soda contains many ingredients, which have negative effects on the health of individuals. It is advisable to reduce the amount of coke soda we consume daily to ensure that we remain healthy and reduce the risk of suffering many non-communicable chronic diseases such as cancer, diabetes or cardiovascular diseases.
Reduced intake of coke soda has many health benefits. Coke soda contains a high fructose corn syrup that increases the risk of developing type2 diabetes and heart disease. With the reduction or cessation of consumption reduces the risk of metabolic syndrome that leads to heart disease. Preservatives used in soda contain sodium benzoate, which also increases the occurrence of asthma in individuals. Many people suffer from renal problems such as kidney stones and kidney failure, yet they consume gallons of soda every day without the knowledge that it is the root of their problems as it contains phosphoric acid. The acid also increases the risk of osteoporosis as the body tries to eliminate it eats into the calcium stores thus weakening the bone structure. These effects can be only reduced by cessation of intake of coke. Every dentist advises their clients to limit the amount of sugars they take; this is because sugars affect the teeth causing dental caries and other dental problems. Sugar and acid present in coke erode the enamel of the tooth (“What is in Soda”).
Each addictive behavior has its stimulators and motivators. One of the most motivators of drinking a coke soda is to quench thirst. That refreshing feeling when you drink a cold coke to quench thirst will keep an individual hooked to drinking coke soda. Many pizza outlets increase their sales by giving out free coke sodas wit every purchase you make. So many consumers of pizza tend to drink coke more often as it is a free giveaway every time they purchase pizza. Hard liquors consumers such as whiskey and vodka tend to use soda as a chaser for their drinks. Many prefer to use coke and thus increase their intake of coke.
In life, we always have alternatives in every situation. Dealing with caffeine withdrawal symptoms is not easy so to ensure that rectifying the addictive behavior of drinking coke is not so hard it is recommended to substitute coke with another drink. Iced tea can be one of the perfect replacements of coke. Although it contains caffeine, it does not contain other chemicals that are harmful to our health. Every time that craving of having a coke hits you grabs a cup of iced tea that will give you the same effects of feeling energized as coke does. To quench thirst, another alternative would be a glass of cold sparkling water. Drinking water has many benefits to our body and health professionals often recommend it. When an individual feels thirsty other than grabbing a cold coke to quench their thirst, they can have sparkling water as a replacement. In the case of consumers of alcohol, they can use lime juice and ice cube to chase their drinks other than coke, and this will reduce their intake of coke eventually.
Commitment is crucial in every behavior change process. To ensure that the operant conditioning works one has to stick to the rules of it. Being consistent will also help a great deal in ensuring the reduction of coke intake. Having an alternative will work perfectly since when the craving of having a coke comes by the drink you have chosen to replace it is available and having it every time will make it a routine. The body will adjust itself; an individual will psychologically adapt to the new drink, and thus the addictive behavior of drinking coke soda will reduce or even better become extinct.
Often we are faced with a tough decision to either walk away or try harder. Quitting an addictive behavior is hard, but we always have to stop at some point in favor of our health or the people around us. Coke producers will stop at nothing in ensuring they enjoy maximum profits from their product hence we ought to make our choices right by living a healthy life.
What is in Soda and why it is so addictive? (n.d). Retrieved from http://www.healthambition.com/what-is-in-soda-why-so-addictive/
Research may be defined as a careful and a systematic method that is used to study materials and sources to enhance knowledge by revealing new facts. Social change, on the other hand, is viewed as the alterations that occur in human dealings and interrelations. It may involve a change in the social structure and other cultural patterns with respect to time (Community Strengths, 2016). Therefore, research has been employed as a tool for establishing significant changes in the social sphere and interaction in the society. The relationship between research and social change is thus positive since for there to be a significant change; there must be evidence of new social structures that are identified through time. In this regard, researcher plays a major role in identifying and studying any changes that offer powerful possibilities for transformation of our relation to the community. Thus, for there to be a positive social change, the researcher has to incorporate organizations and communities for a collaborative and participatory inquiry.
To become a brilliant researcher, it entails more than formulating new ideas and implementing them, rather, it entails continuance review of technical papers so as to familiarize with many fields and stay updated (Des Jardins, 1994). The plan for the next step is to formulate and keep a journal of the research activities and ideas. This will entail highlighting speculations, intriguing problems, random ideas, consultation with peers, possible solutions, and references to refer to. Moreover, learning how to listen and incorporate respondents is necessary for finding new facts, which continually replenish the knowledge of the researcher.
Des Jardins, M. (1994). How to Be a Good Graduate Student. Retrieved from http://www.cs.indiana.edu/how.2b/how.2b.html
Community Strengths (2016). Action Research. Retrieved from http://communitystrengths.org/engaging-strengths/action-research/
Discuss current or future applications of nanotechnology in fields such as medicine, engineering, space exploration, fuel cell development, air and water purification, and agriculture..
Applications of Nanotechnology
Nanotechnology (also called nanotech) is a branch of materials science that deals with manipulating matter on the atomic scale. It is so called because this field deals with engineering on the scale of a billionth of a meter, also known as a nanometer. Nanotechnology seeks to solve a wide range of problems from the construction of atomic scale machines to changing material properties at the atomic level.
Use the Internet, Argosy University library resources, and your textbook to research the field of nanotechnology.
Write a paper discussing some of the basic scientific and technical concepts of nanotechnology. Do the following in your paper:
Discuss current or future applications of nanotechnology in fields such as medicine, engineering, space exploration, fuel cell development, air and water purification, and agriculture.
Provide at least three examples of real-world applications in use or in development with reliable references.
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