Summary one page ISO9000 Essay Example | Topics and Well Written Essays - 250 words

Summary one page ISO9000 - Essay Example In identifying this system, the ordering and relationship of the processes are critically defined. Second, management responsibility is the thorough implementation and development of the specified management system utilized by the company with the emphasis to the customer’s satisfaction to a given product. Moreover, it involves the creation of policy and objectives inherent in a company. Third, resource management refers to the determination and validation of the company’s human resources, infrastructure, and work environment. For the human resource in particular, the ISO 9000 identifies the competency of the personnel in line with his or her designated work. Fourth, product realization is mainly characterized by planning and application of the processes, design, and production of the customer-oriented product. The planning phase points to the identification of the processes, verification, monitoring and other related activities specific to the product. And production phase is the company’s activity to monitor and control the release, delivery, and distribution of its products. And fifth, the measurement, analysis, and improvement of the ISO 9000 are largely marked by the demonstration, quality control, and continuity of the effectiveness of the quality management system. For the analysis, the important data are identified, collected, and analyzed to determine the efficiency and effectiveness of quality management system. By and large, ISO 9000 is customer-oriented set of standard aimed to fulfill and satisfy the customer’s needs and

Loss Prevention Policies Assignment Example | Topics and Well Written Essays - 1500 words

Loss Prevention Policies - Assignment Example A fraud hotline will greatly enhance the system by allowing for anonymous reporting. Introduction Modern organizations are faced by an ever-increasing threat of fraud, both internally and externally. Fraud continues to increase alarmingly with each passing moment recording a new or even more sophisticated form of fraud. The situation is made worse by an increasing adoption of information technology that networks and connects the information infrastructure in businesses. Hard economic times are also tempting employees to engage in fraud. This paper will review the benefits of a comprehensive fraud control program and give a conclusion at the end. Literature review Question One A Fraud is a big problem even for large established global corporations; consider the case of dell Computer Corporation. In 2007, it had to redo its financial reports between 2003 and 2006 due to a deliberate manipulation of figures to meet quarterly budgetary targets. John Rigas, former chairman and founder of Adelphi Communications and his son Timothy who served as the CFO (Chief financial Officer) at Delphi were convicted for massive fraud in 2007 (Stanek, 2007). This illustrates the extent of fraud in organizations where even the senior leaders who are supposed to be role models actually initiate and commit heinous acts of corporate fraud. However, a comprehensive fraud monitoring system can come in handy to help detect and therefore help an organization reduce its risk to fraud. Comprehensive fraud monitoring involves the use of technology that incorporates forensic techniques to analyze data and information paths regularly to detect anomalies, to detect fraudulent acts while there is still time to stop or mitigate the fraud. An effective fraud monitoring system is difficult to achieve by using the existing requirements and regulations necessitating the need for a comprehensive fraud monitoring system especially where senior management can be involved in fraud. A comprehensive fraud m onitoring system continuously and constantly monitors happenings in a company’s financial system tracing the movement of cash, which can be used to trace back or detect potential fraud. A comprehensive system for fraud monitoring leverages the use of sophisticated methods of statistical analyses to thoroughly scrutinize a firms’ financial and other activity for acts of fraud, errors of omission and commission and misuse of the firm’s resources. It automated the process of analyzing a company’s financial data and information (Stanek, 2007). An automated system reduces direct human involvement and further helps shield the system from manipulation as well as improves the operations of the organization making them even more efficient (Schaeffer, 2008). An automated system also lowers the cost of hiring manpower that will be involved in the monitoring and auditing the financial and asset monitoring systems of a company. One B A comprehensive fraud monitoring s ystem will benefit the firm in numerous ways as discussed below; The assets of this organization will be protected and safeguarded against arbitrary misuse and even theft by staff; physical assets as well as non physical assets such as intellectual assets. The system limits access to sensitive information to data that can be sold by an insider to competitors for instance. Access to financial resources and money is also controlled further increasing data security. It will also help reduce the chances of fraud by detecting

Logical and physical network design

Logical and physical network design Introduction In the world today, information communication and technology has become one of the most relied upon pillars for economic development. It is through technology that the entire universe has been reduced to a small village whereby persons far away from each other can interact freely on real-time basis. Hence, every business enterprise and institution for instance is gearing towards modernizing its operations through Information technology. As a result, one of the most vital resources to ensure Information technology revolution is and has been using computers. They have replaced and /or improved the working environment through recording, processing, and analyzing data by utilizing application software. It is that this point that the pre-requisite IT infrastructure comes in handy. Thus, internet facility is required to interlink various departments within an organization so as to improve efficiency. However, to put in place the network infrastructure, a number of requirements and constraints have to be considered and includes the type of organization, desired network -its cost and reliance, and financial costs among others. The networking topology consists of two parts; physical and logical design networks, which are utilized further in various forms; bus, mesh, star, and ring network topologies (Raza, 2002). Each one of these has got its pros and cons. Hence, it is imperative while embarking on a mission to set up a network infrastructure, research extensively in order to determine the most feasible type. This has been covered to detail in the literature ahead to distinguish logical and physical design networks as well as related terminologies through a library based research. Literature Review Topology The network topology refers to the layout of a network installation (David, Skandier, 2005). The layout consists of two parts. First one is the physical network design which refers to the actual arrangement of all the devices that that are connected to the particular network. This is inclusive of the network location and cables installed. Second is the logical network design which refers to the way in which the network appears in the devices within the network or how data is transmitted within the network (Siamwalla, Sharma, Keshav, 2000). These two types of layouts are consists of four different kinds of network topologies in network infrastructure is set up. These include, the bus, mesh, ring, and star topologies (Raza, 2002). Types of network topologies A mesh topology represents a Wide Area Network whereby there are quite a number of paths interconnecting various sites. In this topology, a router is used in identifying and determining which path is best for data transmission. For a simple network, for instance two to three sites, it is convenient to create but for quite a number of sites it becomes expensive. Reason being that every network site and subsequent additions of devices needs an independent cable connection. Besides, the amount of work involved while configuring network is cumbersome (Programming Languages: Logical and Physical Network Design, 2004); However, the biggest advantage with mesh network is that, in case one of the connections fails, it does not interfere with the rest. Mesh topology represents a physical design layout. The bus topology in most cases is either a physical and/or logical design network. It generally utilizes Ethernet cables to connect and it is considered the simplest among the others. A backbone -common cable- is connects all the devices in a given network and any other device that is being added is connected to the same cable. It is therefore economical to implement as only one cable is used. The backbone connection transmits data through only this particular cable and interruption leads to disconnection of the whole network. The ring topology is a physical design layout whereby each device in the network is connected to its two other neighboring devices. However, in case a new device is being added, the whole connection is disrupted and this involves a lot of work to configure the whole system. Nevertheless such conflicts in transmitting the data can be mitigated by applying token ring technology but this m, method is rarely used in setting up a network (Designing a Network Topology, 2004). The star topology is usually either a physical and/or logical design layout whereby network devices have got one central location referred to as a hub or switch. This topology is the most advantageous because if one of the devices fails, the others are not affected. Configuring the network is simple as any one cable can easily be connected to the hub or switch. It is usually applied in Ethernet networks. Furthermore, all of these network topologies can be used in one single network to form a hybrid network topology (Thomas, 2008). Differences between logical and physical network designs Physical design layout outlines the pieces of the logical design network which are in a given network architecture. Besides, it refers to the arrangement of computers and other physical components. Its components include Fiber, ISDN and Ethernet (Johnson, 2002). The logical design network assumes a particular piece of a conceptual design in a network and assigns it a logical role in a within that framework. Its components consist of IP structures of the network such as Class A, B, or C address scheme (Johnson, 2002). Factors to consider when designing a network For a good network design the strategy and planning components are very vital. The overall project needs to be implemented in an orderly manner in order to achieve the goals set. Policies should be put in place when designing a network (Network Diagrams, 2010). They stipulate to detail how the network resources are to be used by the users concerned. Another scenario that policies become a necessity is at a point when network security becomes paramount -for instance firewall technology (Designing a Network Topology, 2004). Technical users responsible for managing the network require adequate training on tasks to be undertaken in the network management. When designing the network, the cost of the budget should be a pre-requisite consideration as well as the benefits to be realized. Feasibility study should be carried on both costs and benefits (Network management reference architecture, 2010). To design a logical network, there are two options; one can either design/install a new network from the scratch or upgrade an already existing logical network. However, a number of factors are supposed to be considered before commencing the design work: What services will you be providing to the clients/users? What possible network traffic patterns that crop up as a result from your particular plan? What are the expected bottle necks and how to avoid? Another important consideration is to determine whether your internet connection is going to be for internal network users only or if outside users domain will be given access to the network resources (Network Tutorials, 2010). In addition, scalability and extensibility of the network design are crucial considerations. Hence factors such as: Economic constraints -in most cases one has to compromise the capability of Wide Area Network links, the switching routers capabilities, the kind of interfaces used, and at some instances the of redundancy achieved; Labor-in either of the network design, the degree of effort and the level of knowledge required to admit a new client to the new network and/or expand the capacity of the network infrastructure are of great concern (Craft, 2006); The processor speed -increases on regular basis and therefore makes the internet traffic levels to rapidly increase. Computational limitations that most often engulf any particular network design are correlated to processing of route updates, security filtering, encryption, translation of address and packet forwarding; Space consists of the value of air-conditioned points of references (POPs) an/or the collocation facilities (Scots Ogletree, 2003); Time-to-market is another issue to be considered as while designing a network, clients might be have looked for alternatives by the time it becomes operational (Mueller Ogletree, 2003). Conclusion Designing a network calls for meeting the necessary requirements and constraints and putting into consideration other external factors for instance, cost of setting up the network, scalability and extensibility, and the future prospects of the particular network design. Nevertheless, the choice of the network design depends on its reliability and the resources are available for its adoption. REFERENCES: Craft, M. (2006). How to Cheat at Designing a Windows Server 2003 Active Directory Infrastructure. Syngress. David, G., Skandier, T. (2005). Network+ study guide, fourth edition. Sybex, Inc. Designing a Network Topology. (2004) .Cisco Press Priscilla Oppenheimer. Retrieved February 15, 2010, from www.topdownbook.com/chapters/Chapter05.ppt Network Tutorials. (2010). Retrieved February 14, 2010, from Network management reference architecture. Retrieved February 14, 2010, from http://www.cisco.biz/en/US/technologies/collateral/tk869/tk769/white_paper_c11-453503.html Mueller, S., Ogletree, T. (2003). Network design strategies; Planning and design components. Upgrading and repairing networks. (4th ed.) .Que. Retrieved February 14, 2010, from Megaessays: Network topology. Retrieved February 14, 2010, from, Network Diagrams. Retrieved February 14, 2010, from, Johnson, J. (2002). Ask the Networking Expert: Questions Answers. Retrieved Feb 14, 2010, Fromhttp://searchnetworking.techtarget.com/expert/KnowledgebaseAnswer/0,289625,sid7_gci846980, 00.html Network Topologies, Retrieved February 15, 2010, from Programming Languages: Logical and Physical Network Design. (2004). Retrieved February 15, 2010, from http://www.cheathouse.com/essay/essay_view.php?p_essay_id=47389 Raza, K. (2002). Cisco Network Topology and Design. Cisco Press. Retrieved February 15, 2010, from http://www.ciscopress.com/articles/article.asp?p=25188 Siamwalla, R., Sharma , R., S. Keshav (2000). Discovering Internet Topology. Cornell Network Research Group Department of Computer Science Cornell University. NY:Ithaca. Scott, M., Ogletree, W. T. (2003). Upgrading and repairing networks. (4th ed.).Que. Part of the upgrading and repairing series. Thomas, S. (2008).Network design checklist: Six factors to consider when designing LANs. Retrieved February 14, 2010 from http://searchnetworkingchannel.techtarget.com/generic/0,295582,sid100_gci1317697,00.

explication of cummings poem since feeling is first Essay -- since fe

explication of e. e. cummings' poem since feeling is first      Ã‚  Ã‚   e. e. cummings' "since feeling is first" is about feeling (802).   This is immediately evident from the title and first line, which emphasize the word "feeling" in several different ways.   The stresses on "feel-" and "first," as well as the alliteration between those two words, make explicit their connection and importance, and the repetition of the same line in both title and first line serves to enhance the effect.      Ã‚  Ã‚   The meaning of the first line is clear, but because of cummings' characteristic absence of punctuation and capitalization as well as sentence structure, the next few lines are more ambiguous.   The first three lines together could be paraphrased as, "Because feeling comes first, who cares about the rules?"   Feeling is first in order of importance, and the rest does not matter.   "Who pays attention" is a rhetorical question meaning that no one pays any attention.   However, the ambiguousness of sentence structure means that the last two lines of the first stanza, "the syntax of things / will never wholly kiss you," can also be read together.   Linked together in such a way, this clause means that structure, such as grammar, is not engaging; it does not seize the imagination or emotions the way feeling does.      Ã‚  Ã‚   This thought is continued in the next stanza, with the repeated word "wholly" linking back to the previous line.   Spring is a time of year known for giddy foolishness, and cummings plays off this idea.   The use of the word "fool" implies that there is a lack of intelligence, therefore that intelligence is important; however, in the next stanza, the speaker lets go of intellect entirely, declaring, "kisses are a better fa... ...Even though during the height of life we may be able to do whatever we want, eventually we will have to follow the rules, so we should make the most of it while we still can.   Because it uses the threat of death to urge the addressee to hurry up and live life to the fullest, especially through love, e. e. cummings' "since feeling is first" is essentially a carpe diem poem.    Works Cited cummings, e. e.   "since feeling is first."   The Norton Anthology of Poetry.   Ed. Margaret Ferguson et al.   5th ed., shorter.   New York: W. W. Norton, 1997.    Professor's Comments: Very well done indeed.   Two thoughts: 1) you might emphasize the paradox involved--even in trying to throw out "syntax," he can't get away from its terms and metaphors; 2) maybe try to get a bit of a smile into your own tone--a touch of wit to match his. But as a whole, fine work.

Memories of Montreal

The main character begins by emphasizing his regret and sadness In bringing his son up in a posh, serene and wealthy neighborhood located in West Vancouver, that Is vastly deferent from the richly cultured streets of Montreal from which he grew up In. This point is clearly stated In the text with the statement â€Å"And I blame yeses'.He wishes that his son had had the chance to experience the feeling of safety and support that came with growing up In a Jewish community where all the females had similar tragic pasts Involving the Holocaust. Although his childhood may have been less luxurious than his sons he knows that Its our experiences that makes us who we are as a person, and that It was the life skills that he learned growing up In Montreal, that are priceless to him.The father than truly captures the reader Into is fond memories of growing up In Montreal as he describes the Joys that he experienced by expressing the all to familiar sights and scents that he came across while n avigating the bustling streets of Montreal that were lined with all sorts of family owned shops, delicatessens, laundries and corner stores. The main character finishes by reflecting the sorrow he feels for his son as he walks to school, surrounded solely in beautiful showering cherry blossoms and not the influential feel of community, that he once did.

Types of Reinforcement

People have been using the theory of reinforcement even though they have not properly studied this theoretical concept. They have been employing this theory to strengthen the response for a particular stimulus or environmental event (Huitt and Hummel). Reinforcement theory generally states that the frequency of eliciting the same response will likely increase if it is followed by a reinforcer. The probability of repeating the same behavior in the future is dependent on what occurs after the individual engages in that behavior (Malala, et al. ). There are four types of reinforcement.Each type of reinforcement is distinguished by the kind of stimulus presented after the response. In positive reinforcement, for instance, a positive stimulus is presented after a certain response to increase the frequency of that response of behavior (Malala, et al. ,; Huitt and Hummel). The positive stimulus usually comes in the form of rewards. Positive reinforcement has been used in school settings to reinforce positive attitude towards studying. For example, academic awards such as medals and certificates are given to students who excel academically or in a certain field such as sports.While the previous example used a tangible positive reinforcer, it could also be intangible. To cite an example, according to Kobus and her associates (48), the praise, support, and encouragement of teachers and significant others (e. g. , parents) motivate grade school students to work hard and increase their self-efficacy (i. e, confidence in one’s capability). Positive reinforcement has often been used by parents as well. They reward their children with a reinforcer such as money for their hard work in school or for cleaning their room.The concept has also been applied by companies for their employees. Salary increase and promotion, for example, are awarded to hardworking employees for their outstanding performance. On the other hand, in negative reinforcement, the reinforcer, which is s omething negative, is withdrawn after the response. Repetition of this phenomenon will increase the occurrence of the response. This is usually observed when a person wants to avoid the negative reinforcer (Huitt and Hummel). For instance, children obey the house rules so that their parents will not get mad at them.In this example, the negative reinforcer is the anger of the parents while the response is the obedience of children. At work, employees meet their requirements and deadlines to avoid being reprimanded by their boss. Most people think that negative reinforcement and punishment is the same, which is a misconception. While negative reinforcement elicits a positive response due to the removal of the negative reinforcer after the response, punishment lessens the frequency of a response or behavior by presenting a negative stimulus after the response (Huitt and Hummel).Punishment has been used at home, in school, and in the workplace. For example, at home, parents ground their children when they do not come home at the time agreed. In school, punishment is imposed to discipline students. A simple example of this is reprimanding noisy students for disrupting the class. Punishment has been a system adopted in schools in the form of disciplinary policies where punishment for specific types of school offense are indicated (Gaustad 3). In the workplace, an example of punishment could be reducing the salary of employees when they do not report to the office without filing a leave.As punishment, they will not be paid for the days they did not come to work. The fourth type of reinforcement is extinction. In extinction, the frequency of a response or behavior is weakened when the reinforcement of a previously reinforced behavior is removed (Huitt and Hummel). To cite an example, in the field of psychology, extinction learning has been used in treating disorders such as anxiety disorder. The goal of the treatment is to extinguish fear by teaching the patients that the stimulus they fear no longer results in harmful consequences (Anderson and Insel 319).For instance, the patient is exposed to a previously feared event associated with an unpleasant outcome to get him or her accustomed to the event until he or she does not fear it anymore. Extinction can also occur in a corporate setting. When a company stops giving bonuses to hardworking employees, they may lose motivation to work hard, resulting in a decline in productivity. Based on the examples stated earlier, it could be concluded that reinforcement affects the behavior of individuals, children and adults alike.Reinforcement can either increase or decrease the frequency of a certain behavior depending on the stimulus or reinforcer presented (or removed) after the behavior. Hence, it could be inferred that behavior can be modified according to the pleasantness of the reinforcement that can be experienced for doing a certain behavior. For example, an individual’s positive or desired b ehavior can be maintained with positive or negative reinforcements, while his negative or unwanted behaviors can be extinguished through punishment or extinction.