Sunday, January 26, 2020

The Roots Of Cybernetic Theory Philosophy Essay

The Roots Of Cybernetic Theory Philosophy Essay Cybernetics is the interdisciplinary study of the structure of regulatory systems. Cybernetics is closely related to control theory and systems theory. Both in its origins and in its evolution in the second-half of the 20th century, cybernetics is equally applicable to physical and social (that is, language-based) systems. Artificial Intelligence and cybernetics: Arent they the same thing? Or, isnt one about computers and the other about robots? The answer to these questions is emphatically, No. Researchers in Artificial Intelligence (AI) use computer technology to build intelligent machines; they consider implementation (that is, working examples) as the most important result. Practitioners of cybernetics use models of organizations, feedback, goals, and conversation to understand the capacity and limits of any system (technological, biological, or social); they consider powerful descriptions as the most important result. The field of AI first flourished in the 1960s as the concept of universal computation [Minsky 1967], the cultural view of the brain as a computer, and the availability of digital computing machines came together to paint a future where computers were at least as smart as humans. The field of cybernetics came into being in the late 1940s when concepts of information, feedback, and regulation [Wiener 1948] were generalized from specific applications in engineering to systems in general, including systems of living organisms, abstract intelligent processes, and language. History The roots of cybernetic theory Ã…Å ¾tefan Odobleja (1902-1978) was a Romanian scientist, one of the precursors of cybernetics. His major work, Psychologie consonantiste, first published in 1938 and 1939, in Paris, had established many of the major themes of cybernetics regarding cybernetics and systems thinking ten years before the work of Norbert Wiener was published in 1948. The word cybernetics was first used in the context of the study of self-governance by Plato in The Laws to signify the governance of people. The word cybernà ©tique was also used in 1834 by the physicist Andrà ©-Marie Ampà ¨re (1775-1836) to denote the sciences of government in his classification system of human knowledge. The first artificial automatic regulatory system, a water clock, was invented by the mechanician Ktesibios. In his water clocks, water flowed from a source such as a holding tank into a reservoir, then from the reservoir to the mechanisms of the clock. Ktesibioss device used a cone-shaped float to monitor the level of the water in its reservoir and adjust the rate of flow of the water accordingly to maintain a constant level of water in the reservoir, so that it neither overflowed nor was allowed to run dry. This was the first artificial truly automatic self-regulatory device that required no outside intervention between the feedback and the controls of the mechanism. Although they did not refer to this concept by the name of Cybernetics (they considered it a field of engineering), Ktesibios and others such as Heron and Su Song are considered to be some of the first to study cybernetic principles. Origins of cybernetics The term itself began its rise to popularity in 1947 when Norbert Wiener used it to name a discipline apart from, but touching upon, such established disciplines as electrical engineering, mathematics, biology, neurophysiology, anthropology, and psychology. Wiener, Arturo Rosenblueth, and Julian Bigelow needed a name for their new discipline, and they adapted a Greek word meaning the art of steering to evoke the rich interaction of goals, predictions, actions, feedback, and response in systems of all kinds (the term governor derives from the same root) [Wiener 1948]. Early applications in the control of physical systems (aiming artillery, designing electrical circuits, and maneuvering simple robots) clarified the fundamental roles of these concepts in engineering; but the relevance to social systems and the softer sciences was also clear from the start. Many researchers from the 1940s through 1960 worked solidly within the tradition of cybernetics without necessarily using the term, some likely (R. Buckminster Fuller) but many less obviously (Gregory Bateson, Margaret Mead). Origins of AI in cybernetics Ironically but logically, AI and cybernetics have each gone in and out of fashion and influence in the search for machine intelligence. Cybernetics started in advance of AI, but AI dominated between 1960 and 1985, when repeated failures to achieve its claim of building intelligent machines finally caught up with it. These difficulties in AI led to renewed search for solutions that mirror prior approaches of cybernetics. Warren McCulloch and Walter Pitts were the first to propose a synthesis of neurophysiology and logic that tied the capabilities of brains to the limits of Turing computability [McCulloch Pitts 1965]. The euphoria that followed spawned the field of AI [Lettvin 1989] along with early work on computation in neural nets, or, as then called, perceptrons. However the fashion of symbolic computing rose to squelch perceptron research in the 1960s, followed by its resurgence in the late 1980s. However this is not to say that current fashion in neural nets is a return to where cybernetics has been. Much of the modern work in neural nets rests in the philosophical tradition of AI and not that of cybernetics. Philosophy of cybernetics AI is predicated on the presumption that knowledge is a commodity that can be stored inside of a machine, and that the application of such stored knowledge to the real world constitutes intelligence [Minsky 1968]. Only within such a realist view of the world can, for example, semantic networks and rule-based expert systems appear to be a route to intelligent machines. Cybernetics in contrast has evolved from a constructivist view of the world [von Glasersfeld 1987] where objectivity derives from shared agreement about meaning, and where information (or intelligence for that matter) is an attribute of an interaction rather than a commodity stored in a computer [Winograd Flores 1986]. These differences are not merely semantic in character, but rather determine fundamentally the source and direction of research performed from a cybernetic, versus an AI, stance. Underlying philosophical differences between AI and cybernetics are displayed by showing how they each construe the terms in the central column. For example, the concept of representation is understood quite differently in the two fields. Relations on the left are causal arrows and reflect the reductionist reasoning inherent in AIs realist perspective that via our nervous systems we discover the-world-as-it-is. Relations on the right are non-hierarchical and circular to reflect a constructivist perspective, where the world is invented (in contrast to being discovered) by an intelligence acting in a social tradition and creating shared meaning via hermeneutic (circular, self-defining) processes. The implications of these differences are very great and touch on recent efforts to reproduce the brain [Hawkins 2004, IBM/EPFL 2004] which maintain roots in the paradigm of brain as computer. These approaches hold the same limitations of digital symbolic computing and are neither likely to ex plain, nor to reproduce, the functioning of the nervous system. DIFFERENT TYPES AND RESEARCH Cybernetics is an earlier but still-used generic term for many types of subject matter. These subjects also extend into many others areas of science, but are united in their study of control of systems. Consolidated Cybernetics Consolidated Cybernetics is a leading Software house based at Coimbatore, premier industrial city and an emerging Information Technology hub, in Tamil Nadu, Southern India, was established in 1993. Promoted and managed by IT Professionals, the company is spearheaded by a technocrat of distinguished experience. The company has multi location operations at Coimbatore, Chennai. The company, which started its operations in education and training, over the years grew into software development. Cybernetics partnered with world leaders Digital Equipment Corpn, Oracle Corpn and PSG College of Technology for education. Pure cybernetics Pure cybernetics studies systems of control as a concept, attempting to discover the basic principles underlying such things as ASIMO uses sensors and intelligent algorithms to avoid obstacles and navigate stairs. Artificial intelligence Robotics Computer Vision Control systems Emergence Learning organization New Cybernetics Second-order cybernetics Interactions of Actors Theory Conversation Theory Basic concepts of cybernetics Feedback and circular causality Feedback is a process whereby some proportion of the output signal of a system is passed (fed back) to the input. So, the system itself contains a loop. Feedback mechanisms fundamentally influence the dynamic behavior of a system. Roughly speaking negative feedback reduces the deviation or error from a goal state, therefore has stabilizing effects. Positive feedback which increases the deviation from an initial state, has destabilizing effects. Natural, technological and social systems are full of feedback mechanisms. The general principles of feedback control were understood by engineers, and autonomous control systems were used to replace human operators. This replacement can be done only up to a point, and consequently one is brought directly to face the question of the role of the human observer in technological systems. The mechanization of the mind Cybernetic considerations of mind was related to the assumptions that Thinking is a form of computation. The computation involved is not the mental operation of a human being who manipulates symbols in applying rules, such as those of addition or multiplication; instead it is what a particular class of machines do machines technically referred to as automata. By virtue of this, thinking can be modeled within the domain of the mechanical. Physical laws can explain why and how nature in certain of its manifestations, not restricted exclusively to the human world appears to us to contain meaning, finality, directionality, and intentionality. Application Cybernetics   Engineering cybernetics(or Technical cybernetics) deals with the question of control engineering of mechatronic systems. It is used to control or regulate such a system; more often the term control theory encompasses this field and is used instead. Medical cybernetics investigates networks in human biology, medical decision making and the information processing structures in the living organism. Biological Cybernetics investigates communication and control processes in living organisms and ecosystems. Biorobotics is a term that loosely covers the fields of cybernetics, bionics and even genetic engineering as a collective study. Future Aspects Cybernetics: The Center of Sciences Future Cybernetics is not the same as robotics, and it has nothing to do with freezing dead people. It is as different from artificial intelligence as philosophy is from mud-pies. And, in the opinion of the speaker, it subsumes the hard sciences, the soft sciences, and the humanities as well. Emerging from control theory and the feeling that trans-disciplinary enquiry was critical, the field of cybernetics surged in the 1940s. By 1960 it had become a political no-no, coincidentally the same period that it exploded into new domains. Today the word has returned to common use, but its meaning and importance are not understood. Cybernetics directly influences revolutionary work in fields such as biology, cognitive science, family therapy, machine intelligence, and management. But what is it? Primarily an epistemological stance, cybernetics is informally characterized by the speaker as the science of describing; that is, a formal approach to the purpose and nature of this universal human activity. As such, it requires an examination of the subjectivity inherent in all description. Insofar as it exposes science as a consensual process (rather than a research for truth), it shows how science does not require a real world to do its work. Insofar as its primary observable is an interaction in which the observer inextricably participates, it is suitable for application to all human activities. In building his argument for the importance of cybernetics in the future of science, the speaker will give an overview of the philosophy and implications of the field. Examples will be given from his work in software development and management consulting, as well as from other important applications. He will draw implications for an ethics of scientific enquiry, the responsibility of the individual, and the signs of change in the world order. Referrence www.wikipedia.com www.scribd.com www.sciencedaily.com Books; Ashby, W. Ross, Design for a Brain. London: Chapman and Hall, 1960. Hawkins, Jeff and Blakeslee, Sandra, On Intelligence. Times Books, 2004. IBM/Ecole Polytechnique Fà ©dà ©rale de Lausanne (EPFL), http://bluebrainproject.epfl.ch/, 2004

Saturday, January 18, 2020

Essay on Australian Culture Essay

The composers of In Sydney’s Suburbs, An Endless Summer and Love Letter: McIver’s Baths have helped me to further understand Australian culture by using a variety of language devices and techniques to uncover the Australian culture. Chris West, the author of In Sydney’s Suburbs, An Endless Summer reveals that Australians respect the harsh landscape and presents beach culture as a prominent aspect n the lives of Australia. Helen Pitt, the author of Love Letter: McIver’s Baths, uncovers Aboriginal beliefs in Australian principles and shows that multiculturalism is freely accepted in Australian society. West conveys the Australian landscape to be harsh and rugged, yet respected and valued by Australians. West personifies the land and describes how it â€Å"points like a crooked finger†. The use of the verb â€Å"points† gives the land an intimidating quality. West continues to describe the land as â€Å"a patch of God’s country. † The juxtaposition of the two phrases suggests that the Australian is feared but respected and cared for by Australians. This comparison has broadened my understanding of the Australian culture. This idea is similar to Pitt’s description of the beach â€Å"which is as curvy as the female form. † The simile creates a unique attractiveness, which is intriguing but is appreciated in Australian culture. Both West and Pitt expose an underlying appreciation of natural beauty in Australia, confirming my understanding of Australian culture. Pitt has employed the use of figurative devices that helped extend my understanding of Australian culture. â€Å"You nursed me†¦your swell embraced me in a way she no longer could. † The use of apostrophe gives the baths motherly qualities. The verbs â€Å"nursed† and â€Å"embraced† mimic the actions of a mother caring for her child. The quote also alludes to the old Aboriginal beliefs that the land is mother. This reveals that Aboriginal culture and beliefs are still present in today’s society and highly respected in Australian culture. In West’s article, there are also allusions to Aboriginal culture. He describes children playing on the beach â€Å"under the watchful eyes of black-clad elders†. Both composers display an aspect of Aboriginal culture and its importance in Australian society, thus deepening my understanding of Australian culture. In West’s article, beach culture is displayed as a prominent aspect in the lives of Australians. He describes businessmen and how they â€Å"peel off their swimsuits in the beachfront parking lots, towel down and don sober business attire then drive straight to work. † The use of the verb â€Å"peel† suggests that the beach and beach culture is part of them, that it’s in their skin and soul. Pitt reinforces the idea that being at one with sea and its surrounding environment is what is truly valued in Australian society. â€Å"I took refuge in your barnacled depths, reacquainting myself†¦with what it meant to be Australian. † Both composers explore the notion that having connection with the beach is genuinely valued in Australian culture, thus challenging my understanding of Australian culture. In Pitt’s article, multiculturalism is celebrated by showing the freedoms that we as Australians, no matter what cultural heritage we have, are able to enjoy. â€Å"Muslim women frolicking in burkinis†¦Ã¢â‚¬  The use of the verb â€Å"frolicking† suggests that the women feel comfortable enjoying the Australian environment without fear of prejudice from other cultures. The revelation of the carefree attitude towards cultural diversity in Australian culture has expanded my understanding of Australian culture. West also presents the acceptance of a diverse range of culture in his article. â€Å"Families of newly arrived Mediterranean immigrants fetch extravagant picnics†¦from the trunks of Japanese-built sedans† Both composers clarify that people of other cultures and religions are accepted and welcomed in Australian society. The confirmation has contributed to my understanding of Australian culture. By manipulating a range of language devices, both composers have challenged and reinforced my understanding of Australian culture, beliefs and values. West and Pitt both confirm that the harsh yet spectacular landscape of Australia is respected and cherished in Australian culture. They both uncover Aboriginal beliefs that are still present in today’s society. Multiculturalism and beach culture are both thoroughly exposed by West and Pitt. In Sydney’s Suburbs, An Endless Summer and Love Letter: McIver’s Baths have definitely helped me to further understand Australian culture.

Friday, January 10, 2020

Software Associates

Assignment 1: Variance Analysis Report In order to perform a variance analysis report Jenkins calculated the actual revenues and expenses and found the difference which was $296,610 in profits. Then Jenkins did the same with budgeted values and found the budgeted profits to be $606,350. The variance amount in turn is $309,960 under budget. Also, the variance amount for revenues is $32,100. This number is favorable due to the fact that they made more than what they had budgeted for. But on the contrary, the variance amount for expenses was $342,060, which was unfavorable because they spent far more than what they had budgeted for.This information would not be sufficient in order to explain to Norton why their profit percentage is nearly half of what they budgeted. This variance analysis report only shows the raw numbers and not any details to why they spent more on expenses than what they budgeted. Jenkins would have a difficult time explaining details to why they went over budget. Sh e would need to show him a detailed expense report of the budgeted items and the actual amount they spent on the items. Then she would have to clearly define which items went over budget and why.This variance analysis report would not help Jenkins in the 8 am meeting she has would need to provide more information. Assignment 2: Preparing the Budget: Variance Analysis Report In order to provide more information to Norton, Jenkins will need to perform a variance analysis report. Jenkins would be required to use the numbers provided in Exhibit 2. She will use the numbers on the budget and actual income statement to identify revenue quantity, which is provided in number of hours. She will then identify actual and expected quantity.The actual number of consultant hours exceeded the expected number of consultant hours. Then Jenkins subtracted the actual amount of hours from the expected amount of hours and then multiplied by the expected labor price of $90. Jenkins found that Software Ass ociates made a total of $278,100 when providing the extra amount of hours billed. This is favorable for Software Associates if the billing rate was $90 as expected; however the average rate per consultant amounted to $83. 69. Next, Jenkins determined the average billing rate variance by subtracting the actual price from the expected price.She then multiplied the difference in price and the quantity of work done. Jenkins found that they had a deficit of $246,090. This is unfavorable because Software Associates is losing money due to the actual rate drop from $90 to $83. 69. When Jenkins compared the variance of both quantity of hours and hourly rate, this gave her the total revenue variance of $32,100. The total revenue variance is also the difference between the actual revenue and expected revenue. Over all, it is favorable that Software Associates created more revenue.Jenkins then determined whether or not the additional revenue would cover the additional costs incurred for the exc ess consultants. Jenkins used the same method for consultant expenses. By subtracting the actual number of hours supplied (50,850) from the budgeted number of hours supplied (47,250) and multiplying the expected costs, $37, Jenkins found a cost of $133,200. $133,200 is the amount they paid over the expected cost due to the increase in actual labor. Next, Jenkins took the actual cost of $39. 90 and subtracted the expected cost of $37 then multiplied the actual amount of labor hours, 50,850.This amounted to $147,465. This is the extra amount Software Associates paid due to the labor cost change. The two numbers, $133,200 and $147,465, equal $280,800. The difference in consultant salaries cost from actual to expect cost is $280,800. Overall operating expense is broken down into two categories, actual and expected. Subtract the actual operating expense, $938,560, from the expected operating expense of $877,300 to get the variance of $61,260. This amount is unfavorable. Jenkins found the total expense variance by completing the same equation.She subtracted the expected total expense from the actual total expense. The total expense variance was found to be $342,060. The extra hours worked created more costs than the extra revenue acquired. This puts the company in an awful position. The budget was not planned out very well. The price of the billed labor decreased while more labor was done and less was billed for. This is an equation for disaster as you can see. More planning must be taken when figuring out a budget and Software Associates must stick strictly to the budget for reasons like this. Numbers can add up quickly.Assignment 3: Expense Analysis: Spending and Volume Variance Analysis of Operating Expenses Jenkins then needed to analyze the expense analysis. Many of the expenses for Software Associates were not entirely fixed costs or variable costs. Rather, many of the expenses were a combination of fixed and variable costs. Therefore, Jenkins evaluated the ov erhead of the company and prepared Exhibit 3, which shows her judgment about each expenses degree of variability. Due to the increased expenses per consultant, it is also important to study how costs change with the additional consultant.In order to examine the relationship of overhead costs and number of consultants, Jenkins found the amount of the budget, which was deemed variable, and which was deemed fixed. The budgeted variable amount was obtained by multiplying each expense’s budgeted amount by the percent in which was expected to be variable. Then, she subtracted the budgeted amount from the budgeted variable amount to find the budgeted fixed amount. These calculations are shown in Exhibit 3A. Next, Jenkins took numbers and calculated the spending variance and volume variance.In order to perform a spending variance, she subtracted the actual amount spent from the budgeted amount. In this case the actual amount spent was $938,560 and the forecasted expenses totaled $877 ,300. After subtracting those numbers she found that the spending variance was $61,260. This is an unfavorable outcome of the quarter and can be mostly attributable to the eight extra consultants that were hired. The volume variance is determined by subtracting the budgeted quantity from the actual quantity and then multiplying the cost per unit.In this case, the expected number of consultants was 105 but the actual number of consultants was 113. To determine the cost per consultant, she took the total variable cost [$525,000] and divided it by the actual number of consultants [113] and got $4,646. Therefore by multiplying $4,646 by 8 Jenkins found the volume variance of $37,168. This is unfavorable and when compared to the spending variance, she determined that one of the major faults in Software Associate’s expenditures for the quarter was hiring the extra eight consultants which were not budgeted for.Assignment 4: Billing Percentage: Analysis of Revenue Change After analyz ing the expense analysis, Jenkins wanted to understand why the actual number of consultants was nearly 8% higher than the budgeted amount when revenues only had increased by 1%. Jenkins knew if she viewed the budgeted amount of hours allocated for consultants versus the actual hours spent towards consultants she would be able to determine if the consultants were being less productive. First Jenkins viewed the billing percentage by analyzing how much the consultants were billed for versus how much they were expected to be billed for.The consultants were billed for 39,000 hours when they supplied 50,850 hours creating an actual billing percentage of 76. 7%. The budget, however, projected to bill for 35,910 hours when actually supplied 47,250 hours creating a 76% billing percentage. Jenkins noticed there was a difference of 3,600 hours that were billed and supplied for which was not allocated in the budget. Each of these numbers was found by Jenkins referring to Exhibit 4. Jenkins also noticed that the average billing rate per consultant decreased from $90 to $83. 69.Overall Jenkins saw that if she took the actual hours supplied [50,850 hours] and multiplied it by the actual billing percentage [76. 7%] and then multiplied that by the actual cost per consultant [$83. 69] that there was an actual cost of $3,264,073. 1955 spent towards her consultants. Jenkins also noticed that when she recreated this same equation but in retrospect of Software Associates budgeted amount she found that they were only budgeted to spend $3,231,900. 00 on consultants. This was found by taking the budgeted hours supplied [47,250 hours] and multiplying it by the actual billing percentage [76. %] and then multiplying that by the actual cost per consultant [$90. 0]. (Each of these numbers was found by Jenkins referring to Exhibit 4. ) After analyzing the actual amount versus the budgeted amount of money Software Associates allocated towards consultants, Jenkins noticed there was a $32,173. 1955 increase in spending this quarter. Jenkins noticed that the billing percentage increased and the rate per consultant decreased. Based on the increase of consultants allocated and the increase in salary and fringes per consultant, Jenkins realized she is paying more for consulting.Their work does not appear to be more productive in the grand scheme of things. Software Associates are paying a lot more money for more consultants and not receiving a high enough overall revenue increase. Jenkins further analyzed Software Associate’s spending towards their increase in consultants by directing her attention towards the increase in hours supplied by the consultants [3,600 hours= 50,850-47,250] and multiplied that by the expected billing percentage [76%] and multiplied that by the expected rate per consultant hour [$90] and there was a variance of $246,240. 0. $246,240. 00 defines the amount that would have been spent per consultant. This is an unfavorable outcome for Software A ssociates because they are spending a considerable amount of money and not receiving a high return on investment per consultant. The quantity of work is not benefiting the company enough to spend more money on maintaining that number of consultants.

Thursday, January 2, 2020

Personal Crime Analysis - 656 Words

Personal Crime Analysis Personal crimes are crimes committed against a person, which affects the victim in a personal way. Personal crimes consist of homicide, assault, battery, mayhem, rape, and statutory rape. This paper will identify, define, and differentiate these types of personal crimes. Homicide â€Å"is the killing of one human being by another human being† (Schmalleger Dolatowski, 2010). There are three different types of homicide, which are justifiable, excusable, and criminal. Common law puts criminal homicide into two groups: murder and manslaughter. The Model Penal Code categorizes criminal homicide into murder, manslaughter, and negligent homicide. Justifiable homicides are legal killings acceptable by law, and society.†¦show more content†¦(1) Murders that is premeditated and committed willfully and deliberately. (2) Murders committed during perpetration or attempted perpetration of an enumerated felony, such as arson, rape, robbery, or burglary; and (3) all other types of murder (Schmalleger Dolatowski, 2010) Manslaughter is the second form of homocide and is defined as the unlawful killing of an individual without premeditiation and malice. If there was no intent to cause death or bodily harm that is likely to cause death, but the person that caused the death was negligent then it is considered manslaughter. There are two types of manslaughter and they are called voluntary and involuntary. Voluntary manslaughter involves killing in the heat of passion, in self-defense, or while commiting a felony. These are all instances in which the offender had no prior intent to kill. The circumstances caused a reasonable person to act in manner of being emotionally disturbed. Involuntary manslaughter is the unintentional killing of an individual during a lawful act. An individual charged with involuntary manslaughter can still be held criminally liable because of criminal negligence but not to the degree of murder. An example of involuntary manslaughter would be a lifeguard that failed to attem pt to save a person drowning while he or she was on duty. Negligent homicide are untentional killins that may constitute involuntaryShow MoreRelatedCrime Scene Analysis: Personal Experience1537 Words   |  7 Pages Unit 9 Unit 9 Assignment CJ328-01: Forensic Fingerprint Analysis Kaplan University Abstract Little is known about the decision-making processes of homicide detectives or crime scene investigators. 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