All-in-One Computer Security Systems

Across the board Computer Security Systems CIS/105 Some of the various projects that I decide to use as across the board security that has all out assurance are Norton Internet Security and McAfee has a select dynamic insurance innovation that examines and squares dangers in milliseconds. McAfee can quickly recognize and expel infections, even root units, adware, spyware, and squares. McAfee has a two-way firewall which squares pariahs from hacking into your PC. The program likewise contains different highlights including approaches to better the strength of your PC.Norton Internet Security in addition to 360 renditions 4. 0 cautions you of hazardous downloads before you introduce and run them on your PC. Norton Internet Security has an additional layer of insurance that distinguishes infections, spyware, Trojans and different dangers. Moreover Norton 360 4. 0 distinguishes applications that are affecting the presentation of your PC. Utilizing an across the board PC security shields your CPU from robbers, wholesale fraud, spyware, and infection. Moreover utilizing a security across the board place for the most part ensures the client PC on its own.This keeps your framework and all your data safe from others. There are some security programs which ensure also, for example, Anti-Virus, Anti-Spyware, Anti-Spam, Anti-Root unit, Identity Protection, Link Scanner Active Surf, Link Scanner Search, Web Protection and Firewall, and Sophisticated danger location. Utilizing an across the board security framework is viable in light of the fact that the projects are not clashing with one another; rather they all work together inside one framework. An across the board security framework will utilize less running memory than a few security frameworks running corresponding to each other.All-in-one security framework is viable in numerous components such genuinely made sure about security apparatus, content segregation, snappy recuperation from disappointment, exceptionally con figurable logging and notice, straightforwardness, high uptime, economy secure associations, effectively thought out security framework strategies, adaptability, appropriated design, of IP addresses, secure remote administration and correspondence, validation, virtual private systems administration, and sum up and report organize movement. What the across the board PC security frameworks ensure against is with spyware, infection, data fraud, and hijackers.The across the board PC security frameworks hinder the dangers from getting onto your PC as long as it is running consistently. References McAfee. McAfee Total Protection 2010. Recovered from. http://download. mcafee. com/items/manuals/en-us/mtp_datasheet_2010. pdf Norton by Symantec. Top-positioned Protection. Norton 360â„ ¢ Version 6. 0. Recovered from. http://us. norton. com/360 Internet Security Handbook. What Makes a Good Network Security System and viable security framework. Recovered from. http://www. watchguard. com/help /lss/41/handbook/need_fo3. htm

Application of Carbon Nanotubes

Use of Carbon Nanotubes I will inspect and talking about carbon nanotubes and the application inside industry, I will take a gander at the History and assembling of carbon nanotubes. I will Examine and talk about their substance and physical properties and how these properties make them helpful in a wide scope of uses. The historical backdrop of carbon nanotubes isn't altogether clear in any event, for those in the science in this manner giving legitimate credit to the individual that concocted the carbon nanotube has been the subject of a few cutting edge banters among scientific networks. The underlying history of nanotubes began during the 1970s. A readiness of the arranged carbon fibers was finished by Morinobu Endo who was procuring his Ph.D. at the University of Orleans, France. The development of these carbon fibers were at first idea to be the principal carbon nanotubes. Be that as it may, they neglected to meet the estimation necessities for width and subsequently were regarded, in the end, barrelenes. This was as yet an exceptionally significant advancement throughout the entire existence of carbon nanotubes, however it just wasnt the opportune time to be viewed as the principal perceived development. Giving the correct credit to who created carbon nanotubes would not go along for an addi tional 20 years. In 1991 the genuine first development of nanotube was at long last made. It appears just as there was a race between Russian nanotechnologists and Sumio Iijima of IBM. The main perception of the multiwall carbon nanotubes was credited to Iijima. There are some that believe that during the 1950s there was an underlying disclosure of what could have been viewed as the main carbon nanotubes had Roger Bacon had the powerful electron magnifying lens that would have been important. He was credited with the principal visual impression of the containers of iotas that move up and are topped with fullerene atoms by numerous researchers in the field. Some express that his disclosure just wasnt taken earnestly at the time since science didn't have the foggiest idea how this revelation could affect logical research. It would be in 1993 that Iijima and Donald Bethune discovered single walled nanotubes known as buckytubes. This helped mainstream researchers bode well out of the potential for nanotube investigate, yet the utilization and presence of fullerenes. With this data, the total disclosure of carbon nanotubes was acknowledged and Iijima and Bethune were at last credited with their revelation completely. Russian nanotechnologists were freely finding the equivalent visual certification. They were only somewhat later in their declaration and the potential impact of this disclosure. While Roger Bacon probably won't have been totally mindful of the effect his revelation had on the logical world, he is in fact the main researcher to find these empty containers of carbon that are changing lives every day. Since the underlying rediscovery of the nanotubes in 1991, who found carbon nanotubes is no longer as significant as who can concoct the most pragmatic applications. DefinitionCarbon nanotubes are enormous atoms of unadulterated carbon that are long and slight and molded like cylinders, around 1-3 nanometres (1 nm = 1 billionth of a meter) in distance across, and hundreds to thousands of nanometres long. A carbon nanotube (CNT) is a smaller than normal round and hollow carbon structure that has hexagonal graphite atoms connected at the edges. Nanotubes resemble a powder or dark ash, yet theyre really moved up sheets of graphene that structure empty strands with dividers that are just a single molecule thick. Nanotubes, which are some of the time called buckytubes, were created from the Fullerene, a structure that is like the geodesic vaults. Nanotubes can be portrayed by their number of concentric chambers, chamber sweep and chamber length. A few nanotubes have a property called chirality, an outflow of longitudinal turning. Numerous nanotubes can be gathered into infinitesimal mechanical frameworks called nanomachines. Shapes Despite the fact that carbon nanotubes are solid, they are not fragile. They can be twisted, and when discharged, they will spring back to their unique shape. One kind of carbon nanotube has a round and hollow shape with open finishes. Another kind of nanotube has shut closures, framed by a portion of the carbon iotas consolidating into pentagons on the finish of the nanotube. Figure 3.2 A carbon nanotube with shut finishes Carbon nanotubes can happen as numerous concentric chambers of carbon particles, called multi-walled carbon nanotubes (MWCTs). Coherently enough, carbon nanotubes that have just a single chamber are called single-walled carbon nanotubes. Three directions are conceivable: easy chair, crisscross, and chiral. Figure 3.3 The three potential directions of CNTs Synthetic Properties Carbon nanotubes are polymers of unadulterated carbon, and therefore have all of carbons flexibility, including the capacity to frame endless mixes and subordinates. Also, carbon nanotubes are immediate recipients of the rich history and tremendous assortment of information related with carbon science. Thus, carbon nanotubes can be functionalized in endless manners utilizing an assortment of surely knew compound responses. Also, the geometry of a nanotube takes into consideration the development of novel manufactured structures impractical with other carbon structures. Carbon nanotubes can be inferred both covalently, in which different particles being clung to the nanotube share an electron with the cylinder, and non-covalently, in which the other atom just holds fast to the carbon nanotubes sidewall, giving a nano-scale covering of the carbon nanotube. Since the carbon nanotube sidewalls are electrically polarizable, polar atoms can without much of a stretch stick to their surfaces . At the point when atoms follow even non-covalently to the carbon nanotube surface, they regularly cause unobtrusive changes in the electronic structure of the cylinders. Such changes can be handily identified, making carbon nanotubes perfectly touchy compound sensors. A significant part of non-covalent derivatization is the relationship of surfactants with the carbon nanotube surface, empowering them to be suspended in water. Physical Properties Electrical There has been impressive pragmatic enthusiasm for the conductivity of CNTs. CNTs with specific blends of N and M (auxiliary parameters showing how much the nanotube is contorted) can be profoundly directing, and consequently can be supposed to be metallic. Their conductivity has been demonstrated to be a component of their chirality (level of curve), just as their measurement. CNTs can be either metallic or semi-leading in their electrical conduct. Conductivity in MWNTs is very mind boggling. A few kinds of rocker organized CNTs seem to lead better than other metallic CNTs. Besides, interwall responses inside MWNTs have been found to redistribute the current over individual cylinders non-consistently. In any case, there is no adjustment in current across various pieces of metallic single-walled CNTs. In any case, the conduct of ropes of semi-leading SWNTs is extraordinary, in that the vehicle current changes suddenly at different situations on the CNTs. The conductivity and resistiv ity of ropes of SWNTs has been estimated by setting cathodes at various pieces of the CNTs. The resistivity of the SWNT ropes was in the request for 10-4 ohm-cm at 27ÂÂ °C. This implies SWNT ropes are the most conductive carbon strands known. The present thickness that was conceivable to accomplish was 107 A/cm2, anyway in principle the SWNT ropes ought to have the option to support a lot higher stable current densities, as high as 1013 A/cm2. It has been accounted for that individual SWNTs may contain abandons. Randomly, these deformities permit the SWNTs to go about as transistors. Similarly, consolidating CNTs may shape transistor-like gadgets. A nanotube with a characteristic intersection (where a straight metallic area is joined to a chiral semiconducting segment) acts as a correcting diode that seems to be, a half-transistor in a solitary particle. It has likewise as of late been accounted for that SWNTs can course electrical signs at high accelerates (to 10 GHz) when uti lized as interconnects on semi-directing gadgets. Quality and versatility The carbon particles of a solitary (graphene) sheet of graphite structure a planar honeycomb cross section, in which every iota is associated through a solid compound cling to three neighboring iotas. As a result of these solid bonds, the basal-plane versatile modulus of graphite is one of the biggest of any known material. Therefore, CNTs are relied upon to be a definitive high-quality filaments. SWNTs are stiffer than steel, and are extremely impervious to harm from physical powers. Pushing on the tip of a nanotube will make it twist, however without harm to the tip. At the point when the power is expelled, the tip comes back to its unique state. This property makes CNTs valuable as test tips for high-goals checking test microscopy. Evaluating these impacts has been somewhat troublesome, and a definite numerical worth has not been settled upon. Utilizing a nuclear power magnifying instrument (AFM), the unanchored parts of the bargains nanotube can be pushed out of their balance pos ition and the power required to push the nanotube can be estimated. The present Youngs modulus estimation of SWNTs is around 1 TeraPascal, however this worth has been contested, and an incentive as high as 1.8 Tpa has been accounted for. Different qualities fundamentally higher than that have additionally been accounted for. The distinctions most likely emerge through various test estimation strategies. Others have demonstrated hypothetically that the Youngs modulus relies upon the size and chirality of the SWNTs, going from 1.22 Tpa to 1.26 Tpa. They have determined an estimation of 1.09 Tpa for a nonexclusive nanotube. In any case, when working with various MWNTs, others have noticed that the modulus estimations of MWNTs utilizing AFM procedures don't firmly rely upon the distance across. Rather, they contend that the modulus of the MWNTs associates to the measure of turmoil in the nanotube dividers. As anyone might expect, when MWNTs break,

Next Generations Products - a Tiny Military Flying Device Houdini 2,0 Case Study

Next Generations Products - a Tiny Military Flying Device Houdini 2,0 Case Study Next Generations Products - a Tiny Military Flying Device Houdini 2,0 â€" Case Study Example > The paper “ Next Generations Products â€" a Tiny Military Flying Device Houdini 2,0 ” is an informative example of a case study on technology. My goal in this paper is to prepare a design brief for a next-generation product designed out of emerging technologies that perform a critical role in military service. The product that has been developed was considered after thorough research in emerging technologies and issues dealing with interaction. I have christened this product as the Houdini 2.0, and in keeping with the legendary magician, it (the product) too has been designed to complete its job accurately in the least amount of time and escape to safe surroundings. In brief, the Houdini 2.0 is a tiny military flying device that dashes into a room to detect chemical or biological agents. There are four technologies that have been used in the making of this device â€" nanotechnology for the nano skin and the super nano battery, flying technology and LCD technology. This paper i s essentially divided into two categories, the first being â€" the usage of the Houdini 2.0, which describes the consumer profile, in this case, the military organization, its various applications and live examples of its usability. The second part of the paper describes in detail the technologies that have been used in the making of the product. Here we look at the core technology that has been used and the supplemental technologies that go into the making of the Houdini 2.0. Together, the two sections will give a fair description of the practical application of emerging technologies such as nanotechnology. Technology has changed the lives of people and in some places ushered in more advanced economies. Every decade has been known for a particular technology or its derivatives. In the 1980s, it was the era of personal computing, with the advent of Apple’ s computers. In the 1990s, it shifted to other technologies such as software systems and the like. The late 90s typified the era of the dotcom that led to the rise and fall of aspects related to this technology. In today’ s 21st century, we now talk about nanotechnology, and its several applications in daily life such as electronics, medicine, and energy production. One such application of nanotechnology in conjunction with other complementary technologies is in military or defense areas. Imagine a scenario in a war, where a soldier is firing weapons that smart enough to be controlled from the command center. One of the primary benefits of this technology is the promise of materials that are stronger, lighter and inexpensive. Litt le wonder that institutions such as Lockheed Martin and the Indian Institute of Technology, Delhi, have collaborated to advance the research in nanotechnology as reported by Siddiqui in Nanotechnology’ s promise for the Global defense industry. The current agreement between the two institutions is for a one-year period and will strive to develop expertise in this domain. The ultimate goal is to research areas such as nano-technology enabled biological sensors, bio-degradable materials, and bio-filters for the detection of pollution. THE DEVICE CONCEPT AND CONTEXTIn the face of the current situation faced by the world in the form of terrorist activities, it becomes increasingly critical to curbing these elements in order to provide a safe and secure environment for citizens. Not a day goes by without terrorist activities damaging life and property. According to Prados and Savranskaya, the US army in its war on terror faced an immense challenge in the hostile environs of Afghanistan, fighting the Taliban.

The Human Brain Is A Remarkable Organ - 1346 Words

The human brain is a remarkable organ. It is one of the most important organs in the human body. The brain is responsible for most of what makes who we are, how we think and how we feel. Different parts of the brain control different aspects of our behaviour. There is a strong link between biological activity and psychological events. In addition to the interplay of chemicals like neurotransmitters and hormones, a lot of this has to do with that localised parts of the brain have specific functions, like vision, memory, movement, speech and facial recognition. The brain has four lobes, two hemispheres (left and right) and branches off into two nervous systems (central nervous system and peripheral nervous system). The central nervous†¦show more content†¦The right hemisphere is known for processing information simultaneously. A very interesting and odd fact is that the right hemisphere has control over the left hand side of the body. While the left hemisphere is responsible for the analytical functions, the right hemisphere is responsible for the non-verbal functions. The right hemisphere can only use non-verbal responses, such as drawing them out or signalling them. If the right hemisphere was to get damaged, people would lose their ability to understand sense of humour and interpret it. With our right hemisphere we are able to comprehend the context when you speak to another individual. In addition to this, it also provides a visual understanding, with imagery. The right hemisphere is able to put together a puzzle, read a map, or copy a painting. According to studies it is also more dominant in detecting and expressing emotion. The forebrain is responsible for receiving and processing sensory information. Its also controls producing and understanding language, thinking and controlling our motor functions. The forebrain is located just above the mid brain and covers 1/3 of our brain. The forebrain is the most highly strengthened section of the brain. The hypothalamus, the thalamus and the cerebrum are included within the forebrain. THALAMUS: The thalamus is included in several function of the body, such as: Controlling tiredness and awake states Filters and processes information from most sensoryShow MoreRelated Cloning - It’s Time for Organ Farms Essay1441 Words   |  6 PagesIt’s Time for Organ Farms   Ã‚  Ã‚   Currently 70,000 Americans are on the organ waiting list and fewer than 20,000 of these people can hope to have their lives saved by human organ transplantation.1   As a result of this shortage, there has been a tremendous demand for research in alternative methods of organ transplantation.   Private companies are racing to develop these technologies with an estimated market of six billion dollars.2   Xenotransplantation, or cross-species organ transplantation, appearsRead MoreEssay on The Five Major Structure of the Brain865 Words   |  4 PagesFive Major Structures of the Human Brain University of Phoenix PSY 240 October 27, 2012 Olivia Fransis The human brain is nothing short of incredible. In a way it’s the world’s most powerful computer because it can process tasks at lightning speeds and simultaneously be in control of our reflexes and every other voluntary and involuntary functions. It is the most important and complex organ as well as our core for learning At the point of birth, the brain weighs an average of 350 toRead MoreShould Organ Transplants Be Legal?853 Words   |  4 PagesIn the past century, science has made remarkable improvements in individual’s daily lives, from landing a man on the moon to transplanting organs between two people; science has taken a leap forward in helping humanity. The scientific discovery that absolutely fascinates many people is how surgeons can remove a failed organ from one person and implant a healthy organ inside the same person so that they can survive and live a longer and healthier life (1). 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When a stem cell divides, eachRead MoreInformative Speech Organ Donation and Transplant Essay1042 Words   |  5 Pagestwo hours someone dies waiting for an organ transplant. 18 people will die each day waiting for an organ. One organ donor can save up to 8 lives. . THE NEED IS REAL In Jan 2006 I began to lose my eyesight. A year later I became a candidate for cornea tissue transplant. I am a cornea tissue transplant recipient. As a result I felt is necessary to inform you about the history and facts on organ donation and transplantation. C. Audience Adaptation – Organ transplantation represents a unique partnershipRead MoreAnimal And Biological Characteristics Of Elephants1284 Words   |  6 PagesElephants, scientifically known as Loxodonta africana, are such remarkable animals, being the largest land mammal. Elephants are native to 37 countries in Africa and 13 countries in Asia; there are roughly four hundred and seventy thousand of them left. (â€Å"AWF – Learn about the elephant!†). They are friendly creatures that are unfortunately in danger due to the arrogance of the human population. With elephants comes their very interesting anatomy and biological characteristics. This species is notoriousRead MoreBioengeneering: Improving Health and Lifestyle for Humans874 Words   |  4 Pagesthere are many people who are born without arms, legs, or eventually develop organ failure. Bioengineering helps the people living without or damaged tissues and organs to live a better and comfortable life. Bioengineering will help advance and improve the health of humans by applying biology in engineering. Imagine a world without sick people, or people with deformity. This may be hard to imagine, but with the remarkable inventions and solutions developed and produced by bioengineers, this scenarioRead MoreTechnology Has Made The World A Global Village1375 Words   |  6 Pageswith new ideas, methods, products, tools to improve the current system. One can see transformation, revolution, breakthrough, and radical changes as a result of new ideas developed to improve the current models (Akash et al., 2014). Technology is a remarkable example of innovation. Day-in-day-out people are coming up with new upheavals. New things are created and more improvements to the already existing objects. The communication technology has made the world a global village. Robotic and industrial

The Looking Glass Self - 863 Words

Looking Glass Self Reflection Activity 10/10 Good observation!!! What is acceptable in one group is not always acceptable in another. Therefore, you change your appearance based on what you what others to think about you. The others’ perceived judgment about your style makes you change your style depending upon the group. Directions: Answer the Pre-Reading questions using Chapter 5 Section 2 Guided Reading Notes. When finished, read the article The Looking Glass Self: Who Holds Our Reflections. Read the short article and answer the Guided Reading questions. Finally, write a response to the journal activity. Pre-Reading: 1. According to Charles Horton Cooley, how do people develop their personality? People develop their†¦show more content†¦Dress up to convey others image, speak in certain way and what is the importance of their statement. 2. How do we become members of a group? We should adapt the social member. 3. While our surroundings shape us, what choice do we have as individuals upon our personality development? We can choice people or group that we should be affected by. For example, if I want to be healthy, I should not hang out with people who drink alcohols. Post-Reading Journal Response: Below explain a personal example about a time in your life where you experienced the Looking Glass Self. What was your imagined appearance? What were people’s reactions? How did the perceived reactions make you feel about yourself? I have two nationalities when I was born because my parents are Japanese (my father) and Thai (my mother). That means I have international family, so that I have more opportunities to interact among different nationality. When I dress up or set my hairstyle like Japanese which I think very cool style, my Thai relative, such as grandpa and grandma, looks me strangely because they does know Japanese style. It is not just only my relative but also my friends sometimes. Since there are different perspective between Japanese and Thai, I have to adapt my looks due to who IShow MoreRelatedThe Looking Glass Self1648 Words   |  7 PagesThe Looking-Glass Self by Charles H. Cooley I will be talking about the looking glass self, made famous by famed American sociologist Charles Horton Cooley. This concept stems from our interpersonal perception of what another individual’s impression is on us and how we form ourselves towards that initial perception. Out of all the theories that are at our disposal in sociology, this is the theory that interested me the most and here is why. To me the looking glass self is not just a concept orRead MoreThe Concept Of The Looking Glass Self1423 Words   |  6 PagesThe interactionist approach in sociology has been formed and it refers to the integrity of the human personality and self-determination in the micro-social environment. In this research paper, I want to consider the interactionist theory, as it perfectly reflects micro-social processes and explain the nature of human identity. â€Å"The Self† Concept The concept of the looking glass self is one of the first concepts of personality psychology, sociology. It does not come from the internal characteristicsRead MoreUnderstanding The Looking Glass Self1129 Words   |  5 Pageswell as classifying them into these groups. These classifications that we are assigned include, economic status level, education, ethnicity, and sexual orientation. By doing so, we perceive the view of ourselves and others in the world. The Looking Glass-Self allows us to see our interactions with others as well as what they expect from us according to our behavior (Verderber, 34). That is what sociology is; the study of society and social interaction. Throughout our lives, we have learned and willRead MoreLooking Glass Of One s Self884 Words   |  4 PagesLooking-Glass of One’s Self As a result, society has devalued heterosexual males and homosexual males that don’t fit into the construction of gender that society deems appropriate or inappropriate masculine behaviors (Epstein, D., 1998). In particular, within society heterosexual males are ridiculed for choosing a position that is a non-traditional profession (Evans, J., Frank, B., 2003). For instance, nursing traditionally is a female profession but heterosexual men are being ridiculed for obtainingRead MoreThe Looking Glass Self By George Herbert Mead831 Words   |  4 Pageswas on the mind he developed a sense of self and opened up discussions about the impact of subject and creativity on society to the rather objective approach to the constitution of society. Cooley saw himself as less of a sociologist than as a scholar in history, philosophy and social psychology. The looking glass self was introduced in his book Human Nature and the Social Order the primary group was introduced in Social Organiz ation. The looking glass self describes how an individual develops hisRead MoreThe Looking Glass Self By Charles Horton Cooley889 Words   |  4 Pagesfield of sociology by Charles Horton Cooley, an American sociologist in the early 1900s, famously known as the ‘looking-glass self’. The name of the theory itself gives ideas of a person looking through glass to determine their inner self. Whereas, this glass is a mere reflection of the person in the eyes of the people. The basic looking glass theory lays the foundation of how a person self grows in life based on the social interaction of that person, i.e. the influence a certain group on the mind-setRead MoreThe Looking Glass Self By Charles H. Cooley994 Words   |  4 Pagesemployee, a house wife, and a student. When we are trying to play all of these roles at once, the concept of role conflict has emerged. So what cause this concept appears in this society. Charles H. Cooley come up with the concept called the looking-glass self, which illustrates that as human we tend to identify ourselves based on what others think who we are, and change ourselves due to what others are expecting us to become. (Steckely Letts,p117). This concept can easily lead us in to the situationRead MoreThe Digital Self : Through The Looking Glass Of Telecopresent Others974 Words   |  4 PagesThe internet has provided humans a portal into the digital world and this digital world lead to Shanyang Zhao and his analysis: The Digital Self: Through the Looking Glass of Telecopresent Others. Shanyang begins his article by explaining to his readers the rudimentary system of socialization that has taken place prior to the development of the internet: â€Å"the significant others a child interacted with on a daily basis resided primarily in the corporeal copresence†¦ in Western society [it usually consistsRead MoreCharles Horton Cooley s Concept Of The Looking Glass Self870 Words   |  4 Pages1902, Charles Horton Cooley fashioned the concept of the looking-glass ‘self,’ this concept was researched to learn how identity is shaped. The authors concluded that people shape their identity based on the perception of how they think others view them. Three ideas comprise the looking-glass ‘self’: First, we see in our mind’s eye how we appear to others, second we imagine their judgment of how we appear to them, and third we develop our ‘self’ (our own identity) receiving the judgments from othersRead MoreSymbolic Interaction Theory : The Looking Glass Self And Romantic Relationships1126 Words   |  5 Pagesinteraction with others. Symbolic interaction theory has greatly impacted our world. This theory helps one understand how individuals shape their own reality and create norms. This essay focuses on the symbolic interaction theory through the looking-glass-self and romantic relationships. Symbolic Interactionism focuses on face-to-face communication. It is also micro-level theory; meaning this theory covers very specific relationships between individuals or small groups. Micro level theories are

Does Crime Pay Free Essays

Does crime pay? This is one of the most debated questions that has hit our shores in recent year. Ever since the introduction of basic human rights and many successful rallies against prisoner abuse, prisons have and are becoming increasingly pleasant places to lived. In this essay I aim to cover both sides of the story and give advice to the government on what is the next step. We will write a custom essay sample on Does Crime Pay or any similar topic only for you Order Now During my recent research I have found that roughly the average price to put one prisoner into prison cost ? 95,000 for one year. I also learnt that in prison you get an average wage of ? 9. 0 based on a 32 hour working week, and most surprisingly that prisoners get some fine food like Indian curries and Italian pastas. If we put this in contrast to the daily diet of a homeless person, who can go days without food and water, these people our victims of crime and yet our government still spends almost ? 100,000 on the people who victimise these helpless people in prisons. A logical and short term thinking homeless person would be silly not to commit crime – a working wage, food, a bed and toilet facilities and showers provided and the option to complete a degree are just some of the perks. So crime does indeed pay on this level. Job seekers allowance now stands at ? 67. 50 for a single person, however these people need an address to receive this, the average price of a loaf of bread is approximately ? 1 and a pint of milk is now ? 0. 40, this shows that it is nearly impossible to survive from day to day as they are not eligible to apply for jobseekers allowance and therefore are depending on busking or begging money. For many homeless people, they have been forced to make crime pay, but there is a problem†¦ How to cite Does Crime Pay, Papers

Justify a particular installation or upgrade Essay Example

Justify a particular installation or upgrade Essay I have installed a Microsoft Visio because the user needed software that will allow him to design the layout of rooms, by using vector graphics. Using this software the user can design and build his room exactly how he wants. You can also design and organize a computer network in that room that you have designed earlier. It also allows you to make a hierarchy diagram which can be used to show what work is more imported and which one is less. I have been asked to install Microsoft Visio in Harvard University so that the IT technicians can design classrooms with computers, using this software will allow them to see what is the best way to place the computers and how to save as much of space as possible. Microsoft Visio will allow the university to see what the class will look like before the work takes place.I have upgraded to AVG 9.0 because it has more features then the previous version. This are:Identity Protection- It protects your computer when banking or shopping online by improv ing your current anti-virus software by shielding your passwords, credit card numbers, and all other private information from hackers.Webshield- Provides you to safe social networking, chatting and downloading. It protects your computer when you download or exchange files from the risk of virus infection.Anti-Spam- Provides you safe and clear emails. AVG Anti-Spam often updates its database for detecting all forms of spam.Anti-Virus and Anti-Spyware- protects you from getting or spreading a virus, worm, or Trojan horse. It also prevents the unauthorized access of information from both spyware and adware.Enhanced Firewall- Helps you block the hackers. It protects your computer form any one trying to access it without authorization.I have also done a system restore, this allows you to go back to a recovery point that you have made earlier. This is very useful when you install new software that doesnt work correctly and cause your computer to crash or freeze. When this happens system r estore will allow you to go back to a recovery point that you made before installing the new software. Your computer is also able to automatically create restore checkpoints. It will do it by itself and depending on how often you use your computer will depend on how many checkpoints your computer does. These checkpoints will be stored in a calendar which will allow you to quickly locate the checkpoint you are looking for.I have created system restore so when I install new software or upgrade software and the software will not work properly then I can go back to a restore point that I have created. Using recovery point I will not lose any data that I had before the installation or upgrade of the software.I have planed my installation and upgrade because it will help me prepare and prevent any problems that may occur during the installation or upgrade . You need to make sure that the system requirements of your computer meet the needs this will save you time if you do this before inst alling or upgrading us you will not have to uninstall. When you plan you need to know what the users wants, this will prevent from installing the wrong software that is not needed by the user. You need to know if the installation or upgrade is required this will prevent from installing 2 of the same software. Also you need to collect all the material and instruction need for the installation or upgrade this will prevent from you wasting your time looking for things like installation CD or product key if you have them ready before you do the installation. You also need to plan the suitable time to do the installation this will prevent you from disturbing the users work. You also plan the risk reduction measures this will prevent from any data lose in case something goes wrong.D2: Evaluate the risks involved in the installation or upgrade of software and explain how the risk could be minimised.When you upgrade or install new software the data that you have may be lost. This could be b ecause when the software is upgrade the old version is deleted and the data connected to the software may be deleted as well. For example when you upgrade your operating system from Microsoft Windows XP to Microsoft Windows 7.To minimise the risk of losing data you need to make backups. You can backup your data on flash disks, CDs and any other memorable devices. To back up you simply copy the data on you memorable device and put it in a save place. Also you could make a restore point but this will cause your software or upgrade to be deleted.In some cases when the installation or upgrade is made the computer may not be used them for a company may lose income because it cant use the computers. For example when you upgrade your operating system from Microsoft Windows XP to Microsoft Windows 7.The best way to minimise this risk is to do the installation or the upgrade outside of working hours of the company. This way you will not disturber any ones work. If you are installing or upgra ding on many computers then you could install on one computer at a time, this way the other computers could be used and the company will not lose as much income us they would if all the computers were not functional.The new version may be unstable on the users computer, it may cause problems such us crashing or freezing the computer. This happens when the new software is not prepared for that type of computer in this cases the manufacture tries to work out whats wrong with the software and makes software patches that should fix the problem. For example in computer games like Fallout 3 a lot of computers had problem with that game and the manufacture very quickly made patches which resolved the problems.To minimise the risk of unstable software you have to check if it has bugs, if that is the case then you have to connect the manufacture and get a patch for the software that will fix the problem.The user may be used to the old version of the software the for he or she may not like th e new software or it may be too difficult to operate the new version. This could happen if the different between the old version and the new version is very big. For example Microsoft Office 2003 has a much different layout then Microsoft Office 2007 the for some people may have complications in finding the tools ect. in the newer version.To minimise this risk you need to know what the user wants. If he or she has problems with operating the new version then you could give them training. You could also give a presentation to the user and tell him or her what better features the new version has and how it can improve the users work.The software that the user wants to upgrade or install may not work on the computer that the user is using, this can be because the hardware may be incompatible with the software. For example game like Dragon Age: Origins has very high system requirements and some hardware may not be able to open the game for example graphic card.To minimise the risk of in compatible hardware with the new software you should check the system requirements before you install or upgrade. If the system is not compatible with the requirements you will have to upgrade the hardware of your computer so it will meet the requirements. If you cant upgrade the hardware then you will have to look for different software with lower requirements